Diagnose — figure out where you actually are.
Before you spend another billable hour, know the map. Read the ACS for your certificate, scan the syllabus, and identify the maneuvers you can't talk through cold.
Pass the checkride. Fly the standard.
A CFII-built study companion for every certificate from Private through ATP. ACS-aligned. Helicopter and airplane in one app. Free forever — no signup, no app store, no ads.
No login. No credit card. Built and flown by a working CFII helicopter pilot and flight paramedic.
Free attracts the curious · Paid attracts the committed
Three ways to go further. Same pilot. Different pace.
Free forever stays free. The two paid paths add an AI tutor, mentor sessions, and a structured climb to your rating — airplane or helicopter, all certificates.
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Every study tool below stays free — no email, no app store. Helicopter + airplane in one app.
- 1,000+ FAA written-test questions with rationales
- Oral exam flashcards + DPE scenarios
- 45 ACS maneuvers with tolerances
- Live weather, W&B, flight planning
- Ask CFII — a few free queries per day
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AI Lifetime · $99
AI Pilot — yours, forever.
One-time payment. Same license key works forever. Airplane and helicopter.
- Ask Pilot AI — 24/7 CFI/CFII tutor
- Daily Pulse — date-rotated maneuver, FAR/AIM, mnemonic
- FAR/AIM reference, W&B, calculators, mnemonics
- Compass tracker · Pilot DNA · SMART weekly plan
- Live weather, METAR/TAF, written-test banks
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Guided Climb — pick your aircraft + rating.
One Sprint covers every rating, both rotors and wings. Pick your two choices on activation:
Aircraft:
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- 12-week structured climb for your aircraft + rating — 60 daily blocks
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What's inside
One app. Every rating. Both rotors and wings.
9
Certificates · PPL → ATP
1,000+
FAA written questions
45
ACS maneuvers · heli + airplane
$0
Free forever for every pilot
Updated monthly against the current FAA ACS, FAR/AIM, and the Helicopter Flying Handbook.
Helicopter or airplane — every tab swaps with you.
Pick a side. The whole app — checklists, maneuvers, written prep, oral cards — re-skins for the category you're training in. Toggle anytime from the top of every page.
New to helicopters? Read the free helicopter ground school & written-test prep guide →
ACS-aligned across every certificate level — verified monthly.
The problem
Flight training is expensive. Failing a checkride is more expensive.
Most students learn the FAR/AIM from a paper book the size of a phone bill — then walk into the oral having never been asked the question the DPE actually asks. The maneuvers come from a different book. The helicopter content, if it exists at all, is buried in the back.
The result is predictable. A retake costs another four figures and another month of weather windows. Worse, it shakes the confidence of a pilot who was actually ready.
This app exists to close that gap. One place — written, oral, scenarios, ACS standards, real DPE failure modes — pulled from the latest FAA publications and the way a working CFII actually teaches them.
$18K+
Average all-in cost to add a checkride retake to a Private or Instrument rating — money, lost flight hours, and a re-scheduled DPE.
How a CFII actually prepares a pilot.
Not four chapters. Four habits — repeated until they're automatic. The whole app is organized around these four moves.
Know the standard
Every maneuver has a number, a tolerance, and a common failure point. Start there — not at the throttle.
Build the knowledge
1,000+ written-test questions and 82 acronyms, drilled until the FAR/AIM lives in your hands, not your bookshelf.
Fly the maneuver
Pre-flight brief, in-cockpit callouts, post-flight debrief. The CFI's checklist, on your phone, in the run-up.
Walk the checkride
Mock orals scored against real DPE rubrics. Day-of checklist. Endorsement cites with the FAR cited.
Every tool, in the order you'll need it.
Five stages from "I'm curious" to "passed the checkride." Each one is a tab you can open right now. Free.
Plan — turn the rating into a study calendar.
The maneuvers tab gives you tolerances, common errors, and DPE-likelihood ratings. The tracker logs hours and endorsements against §61.107 / §61.109 minimums per certificate.
Study — drill until the knowledge is automatic.
1,000+ written-test questions with rationales. Oral flashcards built from how a DPE actually phrases the question. 82 acronyms organized by use case, not alphabet.
Fly — operate like a working pilot, not a student.
Live METAR/TAF by ICAO. VFR/IFR flight planning helpers with alternates and filing links. Weight & balance for C172, Piper, R22, R44. NTSB library — real accidents, real lessons.
Pass — walk into the checkride ready.
DPE-style scenarios. A scored AI mock oral that flips the script — the model plays the examiner. Day-of checkride checklist. Endorsement language with the FAR cite under it.
Built with pilots. Used by pilots.
Feedback from real users — students, working CFIs, and pilots getting current after a long break.
I was studying for my Private from three different books and a YouTube playlist. This put it in one place — and the oral cards are written the way my DPE actually talks. Passed first try.Student pilotAdirondack Park, NY · PPL Helicopter
The maneuvers tab is the cleanest ACS reference I've found. Tolerances, common errors, and the DPE-likelihood rating all on one screen. I send every new student the link.Working CFINortheast US · Fixed-wing instructor
Came back to flying after eight years. The Rusty Pilot path walked me from "what's a TAF again" to a flight review in six weeks. Free, no signup, no nonsense.Rusty pilotReturning PPL · 850 TT before the break
About the CFII who built this
Walter Dusseldorp — CFII helicopter, flight paramedic, builder.
Walter is a CFII helicopter pilot, 911 flight paramedic, and the senior healthcare leader behind The Dutch Mentor. He flies R22, R44, and C172 out of the Adirondack Park and built Flight Path Pioneers as the study tool he wanted as a student — and keeps it free for every pilot coming up behind him.
CFII HelicopterFlight ParamedicR22 / R44 / R66C172 / Piper480 TT · 210 helo / 270 fixed8 states · 2 countries
Open a door. The whole app is behind it.
If you're not sure where to start, start here. Both are free, both work offline once you've loaded them once.
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Ready to fly for real? Train with North Country Heli-Flight.
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🎓 Study by Certificate
📚 Study & Practice
Written Prep1,000+ FAA practice questions
Oral Flashcards+ DPE-style scenarios
Checkride ChecklistDay-of preparation
DPE CornerFailure points + insights
Syllabus & Lesson PlansStage-by-stage training
CFI GuideFor instructors
Acronyms & Mnemonics82 every pilot should know
Hours & Endorsement TrackerPer certificate level
Maneuvers & ACS StandardsLesson plans · numerical tolerances · common errors
🛠 Tools & Reference
Live WeatherMETAR · TAF · ATIS by ICAO
Flight PlanningVFR/IFR calc · alternates · filing links
Weight & BalanceC172 · Piper · R22 · R44 · more
ForeFlight Quick-LaunchBriefing + chart helpers
Curated VideosBy topic and certificate
NTSB LibraryReal accidents · real lessons
Pilot ResourcesFAA WINGS · AOPA · IACRA · MedXPress
⭐ Pro Tier Tools
How to use this app. Tap any tile above to jump in, or use the 🔍 Search button (⌘K) at the top to find anything across 600+ items.
Every section is built from the most recent FAA Airman Certification Standards (ACS) and Practical Test Standards (PTS),
14 CFR Parts 61 / 91 / 141, the Helicopter Flying Handbook (FAA-H-8083-21), the
Pilot's Handbook of Aeronautical Knowledge (PHAK, FAA-H-8083-25), the Instrument Flying Handbook
(FAA-H-8083-15), the Aviation Instructor's Handbook (FAA-H-8083-9), and reference materials from
training providers such as the American Pilot Institute. Always verify against the current FAA publications
before signing endorsements or scheduling a checkride.
Fly with the Flight Path Pioneers is a study companion — your school's approved syllabus and your CFI's signed endorsements are the legal record of training.
Fly with the Flight Path Pioneers is a study companion — your school's approved syllabus and your CFI's signed endorsements are the legal record of training.
Prefer paper?
Take it to the kneeboard
Everything's free in the app, and the plans are up above. If you'd rather have print-ready copies for the kitchen table or the cockpit, grab the PDF bundle.
📘 Printable PDF Bundle
All 1,000+ practice questions, oral flashcards, syllabus, checkride checklist, acronyms, and NTSB library — 7 print-ready PDFs you own forever. Perfect for the kitchen table or kneeboard.
$39one-time · instant download
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Tools real pilots use. Prices are accurate as of 2026; use the tab's links to check live pricing. Some links are affiliate — your price is the same; a small commission helps keep this app free.
🎓 Courses & study tools we trust
This app is free and covers written prep, oral, maneuvers, and an AI mentor. If you also want a full video ground-school course or pro tools to go alongside it, these are the ones a working CFII would point you to. Some are partner links — your price is the same; a small commission helps keep Flight Path Pioneers free.
Video ground school
Sporty's Learn to Fly — polished video, the category benchmark
Rod Machado eCourses — instructor-vibe, witty
Gleim — lowest-cost self-study
Sporty's Learn to Fly — polished video, the category benchmark
Rod Machado eCourses — instructor-vibe, witty
Gleim — lowest-cost self-study
Test prep & books
ASA Prepware & Oral Exam Guides
Sheppard Air — fastest path to pass the written
CFIs: Sporty's student rebate ↗
ASA Prepware & Oral Exam Guides
Sheppard Air — fastest path to pass the written
CFIs: Sporty's student rebate ↗
In the cockpit
ForeFlight — the EFB most pilots fly with
Sporty's Pilot Shop — gear, kits, avionics
Headsets & accessories
ForeFlight — the EFB most pilots fly with
Sporty's Pilot Shop — gear, kits, avionics
Headsets & accessories
For Students
Read the ACS breakdowns for each certificate, drill written-test questions, flip oral-exam flashcards, and walk through a checkride-day readiness checklist.
For CFIs
Use the chronological CFI Guide for syllabus order, endorsements with FAR cites, required hours, stage checks, and a printable student progress tracker.
Print-friendly
Every page prints cleanly. Use Ctrl/Cmd + P from any tab. The CFI Guide and Tracker are designed for clipboard use in the cockpit.
Sharing with students
Yes, share it. Three practical ways:
- Send them the URL.
flightpathpioneers.app— type it, text it, email it, write it on the back of a business card. No app store, no download, no signup. Or use the 📲 Share button in the card above for a one-tap copy-to-clipboard with a ready-to-send message. - Tell them to add it to their home screen. Open the URL on iPhone Safari → tap Share → "Add to Home Screen." Same on Android Chrome → menu → "Add to Home screen." It becomes a real app icon with offline support — they can study in the FBO, in the air, anywhere. No App Store, no install friction.
- Print the sections that matter most. The Syllabus lesson plans and the Checkride Checklist print cleanly with hyperlink URLs visible — perfect for kneeboard use. Hit Cmd/Ctrl+P from any tab.
Ask your students to verify the regulatory content against current FAA publications before any practical test or endorsement signing — this app is a study aid, not a legal substitute. The "Last reviewed" date on this page tells them when the regulatory audit last ran.
Disclaimer
This app is a study aid and instructional reference. It is not a substitute for the FAA Airman Certification Standards, the FARs, the Helicopter Flying Handbook, your school's approved syllabus, or signed CFI guidance. Regulations and ACS task numbers update periodically — verify the current standard before any practical test. Fly with the Flight Path Pioneers makes no warranties about accuracy or completeness. Last reviewed: June 01, 2026.
Start tonight
Open it on your phone. Add it to the home screen. Fly.
Works offline once it's loaded — at the airport, in the maintenance bay, on the ferry flight home. No signup, no app store, no ads. Built and kept free by a working CFII.
No login. No credit card. Free for every pilot — student, CFI, or rusty.
Proud partner: North Country Heli-Flight — helicopter flight training, time building & rusty-pilot programs in the Adirondacks →
Private Pilot — Helicopter (ACS)
Reference: FAA-S-ACS-29 (Private Pilot — Rotorcraft ACS), 14 CFR §61.103–§61.113, §61.107–§61.109, Helicopter Flying Handbook (FAA-H-8083-21), PHAK (FAA-H-8083-25), AIM.
Eligibility (§61.103)
- At least 17 years old (16 for student solo).
- Read, speak, write, and understand English.
- Hold at least a current Third-Class Medical Certificate (or BasicMed where eligible — note BasicMed is generally not used to act as PIC of a helicopter for compensation; verify §68.3).
- Pass the FAA Private Pilot Knowledge Test (PAR — Private Rotorcraft).
- Receive required training, log hours, and receive endorsements per §61.107/§61.109.
- Pass the practical (oral + flight) exam with a DPE.
Aeronautical Experience — Part 61 (§61.109(c))
| Requirement | Hours |
|---|---|
| Total flight time | 40 hours minimum |
| Dual instruction (helicopter) | 20 hours minimum, including: |
| Cross-country dual | 3 hours |
| Night dual (with 1 XC >50 NM and 10 T/Os and landings to a full stop with each involving flight in the traffic pattern at an airport) | 3 hours |
| Within preceding 2 calendar months of test | 3 hours of test prep |
| Solo flight in a helicopter | 10 hours, including: |
| Solo cross-country | 3 hours |
| One solo XC ≥75 NM total, with 1 leg >25 NM and full-stop landings at 3 points | — |
| T/Os and landings to full stop at a towered airport | 3 |
Part 141 alternative: 30 hours total, per the school's approved syllabus.
Areas of Operation — ACS
- I — Preflight Preparation: pilot qualifications, airworthiness, weather, XC planning, performance, weight/balance, operations of systems, human factors.
- II — Preflight Procedures: preflight inspection, cockpit management, engine start, before takeoff check.
- III — Airport & Heliport Operations: communications, traffic pattern, light signals.
- IV — Hovering Maneuvers: vertical takeoff & landing, surface taxi, hover taxi, air taxi.
- V — Takeoffs, Landings, Go-Arounds: normal/crosswind, max performance, running/rolling, slope, confined area, pinnacle, go-around.
- VI — Performance Maneuvers: rapid deceleration (quick stop).
- VII — Navigation: pilotage & dead reckoning, navigation systems & radar services, diversion, lost procedures.
- VIII — Emergency Operations: autorotation (straight-in, 180°), settling-with-power, engine failure at altitude / hover, anti-torque failure, governor failure, system & equipment malfunctions, emergency equipment, emergency descent.
- IX — Night Operations: knowledge task only at the Private level.
- X — Postflight Procedures: after-landing, parking, securing.
Selected ACS Tasks — Knowledge / Risk / Skill
IV.A Vertical Takeoff & Landing to a Hover
K Effects of atmospheric conditions on hover performance; translating tendency, translational lift, ground effect; LTE awareness.
R Loss of tail-rotor effectiveness, dynamic rollover, rotor RPM decay, abrupt control input.
S Smooth vertical lift to a 3–5 ft hover within ±100 ft of intended spot; maintain heading ±10°; smooth descent without sliding/drift.
V.G Confined Area Operation
K High recon (4 S's: Size, Shape, Surface, Surroundings), low recon, escape route, wind, density altitude, departure path.
R Tail-rotor strike, dynamic rollover, settling-with-power, OGE hover power required, obstacle clearance.
S Plan and execute a power-check before commitment; maintain clearance from obstacles by at least the rotor radius; touchdown within ±5 ft of selected spot.
VIII.B Straight-In Autorotation
K Aerodynamics of autorotation: driving / driven / stall regions; rotor RPM management; flare timing; collective application.
R Rotor RPM decay, low-G pushover, late flare, run-on contact with the surface.
S Establish entry attitude and stabilize Vauto ±5 kt; maintain rotor RPM within green; touchdown within 200 ft of intended spot, heading ±10°.
VIII.E Anti-Torque System Failure
K Differences between failure in forward flight (roll-on / running landing) vs. hover (hovering autorotation, throttle chop on piston).
R Misidentification of failure mode; failure to reduce power; inadequate airspeed for weathervane.
S Recognize, communicate, and execute the appropriate procedure from the rotorcraft flight manual; touchdown safely with positive directional control.
Privileges & Limitations (§61.113)
A Private Pilot may not act as PIC for compensation/hire (limited exceptions: pro-rata expense sharing for fuel/oil/airport/rental fees, charitable, search and rescue, etc.). Cannot carry passengers for compensation or hire.
Memory Items & Mnemonics
| Item | Mnemonic |
|---|---|
| VFR Day required equipment | A-TOMATO-FLAMES (Airspeed, Tach, Oil press, Manifold press, Altimeter, Temp, Oil temp, Fuel gauge, Landing gear pos, Anti-collision, Magnetic compass, ELT, Safety belts) |
| VFR Night additional | FLAPS (Fuses, Landing light if for hire, Anti-collision, Position lights, Source of electrical power) |
| Inspections required | AAV1ATE (Annual, Airworthiness Directives, VOR 30 days IFR, 100hr if for hire/instr, Altimeter/Pitot-Static 24cal, Transponder 24cal, ELT 12cal) |
| Pilot documents | Photo ID, Pilot certificate, Medical (or BasicMed) |
| Aircraft documents | ARROW (Airworthiness, Registration, Radio Station License if intl, Operating limits/POH, Weight & balance) |
| Lost procedures | 5 C's (Climb, Communicate, Confess, Comply, Conserve) |
| Emergency priorities | Aviate, Navigate, Communicate |
Helicopter-Specific Aerodynamics — Quick Reference
- Translating tendency: tail rotor produces lateral thrust to the right (US main rotor turns CCW viewed from above); compensated by mast tilt or trim — manifests as left drift in a hover.
- Translational lift: typically begins ≈16–24 kt as undisturbed air increases efficiency; nose pitches up, may need forward cyclic.
- Effective Translational Lift (ETL): a recognizable threshold near 16–24 kt where induced flow decreases and rotor efficiency markedly improves.
- Settling with power (Vortex Ring State): power applied + low airspeed (< ETL) + descent rate >~300 fpm into own downwash. Recovery: fly out (forward cyclic) — newer doctrine also accepts the Vuichard recovery (lateral cyclic into pedal + collective).
- Retreating blade stall: high airspeed/high gross weight/turbulence → blade tip speed too low on retreating side. Recovery: reduce collective, slow down, lower ρ-altitude.
- Dynamic rollover: pivot point at a skid/wheel; once past the critical angle (~8–10°) the aircraft will roll regardless of cyclic. Prevent by smooth collective and lateral cyclic neutralization.
- LTE — Loss of Tail Rotor Effectiveness: uncommanded yaw at low airspeed/high power; relative-wind regions particularly aft & right (CCW main rotor). Recovery: forward cyclic, full opposite pedal, reduce collective if obstacles permit.
- Ground resonance (articulated rotors): blade lead/lag harmonic with landing-gear oscillation. Recovery: takeoff if RPM in range, otherwise close throttle and lower collective.
- Mast bumping (semi-rigid teetering): caused by low-G pushover; recovery: smooth aft cyclic to load rotor, then lateral correction.
Commercial Pilot — Helicopter (ACS)
Reference: FAA-S-ACS-16 (Commercial — Rotorcraft ACS), 14 CFR §61.123, §61.127, §61.129(c), §61.133.
Eligibility (§61.123)
- At least 18 years old; read/speak/write/understand English.
- Hold a Private Pilot certificate (or meet concurrent requirements).
- Hold at least a current Second-Class Medical to exercise commercial privileges; a Third-Class is sufficient to hold the certificate but not for compensated PIC duties.
- Pass the Commercial Pilot Knowledge Test.
- Meet the experience requirements of §61.129(c) and pass the practical test.
Aeronautical Experience — §61.129(c) (Part 61)
| Requirement | Hours |
|---|---|
| Total flight time as pilot | 150 hours |
| Powered aircraft | 100 hours; of which |
| Helicopter time | 50 hours |
| PIC flight time, total | 100 hours; of which |
| PIC in helicopters | 35 hours |
| PIC cross-country in helicopters | 10 hours |
| Training (dual) requirements | 20 hours, including: |
| Complex/performance maneuvers | 5 hours (helicopter) |
| Cross-country dual ≥2 hours, >50 NM straight-line, day | — |
| Cross-country dual ≥2 hours, >50 NM straight-line, night | — |
| 3 hours of test prep within 2 calendar months of test | — |
| Solo (or performing PIC duties under instructor) requirements | 10 hours, including: |
| One XC ≥100 NM total with landings at three points (one leg ≥50 NM) | — |
| 5 hours night, with 10 T/Os and landings at a towered field with each in the pattern | — |
Part 141 alternative: 115 hours total with reduced PIC requirements per the school's TCO.
Areas of Operation — Commercial ACS (Rotorcraft)
- I — Preflight Preparation (incl. operations of systems, performance, W&B, aeromedical).
- II — Preflight Procedures.
- III — Airport & Heliport Operations.
- IV — Hovering Maneuvers (tighter standards than Private — heading ±5°, ±50 ft of spot).
- V — Takeoffs, Landings, Go-Arounds.
- VI — Performance Maneuvers (rapid deceleration to a spot).
- VII — Navigation.
- VIII — Emergency Operations (180° autorotation to a spot is required at the Commercial level).
- IX — Special Operations: External Load Operations (knowledge), Long-Line / Vertical Reference (knowledge), Robinson SFAR 73 awareness if applicable.
- X — Postflight Procedures.
What Changes from Private → Commercial
- Tighter tolerances (e.g., hover heading ±5°, altitudes ±50–100 ft, airspeed ±5 kt).
- 180° autorotation to a designated spot is a required maneuver.
- Steep approach (≥13° glide) and shallow approach to a running landing.
- Knowledge of Part 119 / 133 / 135 / 137 commercial operating rules — even if you never operate under them, you must know what triggers them.
- External load classes (A, B, C, D) under Part 133.
External Load & Special Operations — Knowledge
| Class | Description |
|---|---|
| A | Cargo on a fixed line, cannot move freely; not jettisonable. |
| B | Cargo jettisonable, free of land/water during operation (e.g., logging). |
| C | Cargo remains in contact with land/water during the operation (e.g., long-line drag). |
| D | Other than A/B/C — generally human external cargo (HEC); requires special certification. |
Reference: 14 CFR Part 133.
Robinson SFAR 73 — Awareness
If trained in R22/R44, an instructor must hold the appropriate SFAR 73 endorsements; pilots receiving training/PIC time must comply with awareness training and currency requirements (e.g., R22: 200 hours total or specific dual time before solo PIC; recurrent every 12 calendar months).
Commercial Privileges & Limitations (§61.133)
May act as PIC for compensation or hire. Cannot carry passengers/property for hire on a cross-country flight greater than 50 NM, or at night for hire, unless holding an instrument-helicopter rating (§61.133(b)). Operations for hire generally require an operating certificate (Part 119/135/133/137) — a Commercial certificate alone does not authorize a "for-hire" operation.
Instrument Rating — Helicopter (ACS)
Reference: FAA-S-ACS-14 (Instrument Rating — Airplane and Helicopter ACS, helicopter task table), 14 CFR §61.65, IFH (FAA-H-8083-15), AIM, IPH (FAA-H-8083-16).
Eligibility (§61.65)
- Hold at least a current Private Pilot certificate (or apply concurrently with Commercial under §61.65(g) — limited concurrent paths).
- Read/speak/write/understand English.
- Pass the Instrument Rating — Helicopter Knowledge Test (IRH).
- Receive instruction and meet aeronautical experience requirements.
- Pass the practical test (oral + flight) — flight may be conducted in helicopter or approved FFS/FTD per the school's authorization.
Aeronautical Experience — §61.65(g) Helicopter
| Requirement | Hours |
|---|---|
| Cross-country PIC time | 50 hours, ≥10 of which in a helicopter |
| Instrument time, total | 40 hours actual or simulated, in any combination of helicopter / airplane / FFS |
| Instrument flight training in a helicopter | 15 hours from an authorized instructor |
| Instrument cross-country with an instructor (helicopter) | One XC with: filed IFR, ≥100 NM along routing, instrument approach at each airport, three different kinds of approaches with navigation systems |
| Within 2 calendar months prior to test | 3 hours of test prep |
Areas of Operation — IRH ACS
- I — Preflight Preparation (weather, performance, planning, NOTAMs, fuel reserves).
- II — Preflight Procedures (cockpit setup, check of nav/com/avionics, takeoff briefing).
- III — Air Traffic Control Clearances & Procedures.
- IV — Flight by Reference to Instruments (basic attitude instrument flying, recovery from unusual attitudes).
- V — Navigation Systems.
- VI — Instrument Approach Procedures (precision & non-precision; circling; missed approach).
- VII — Emergency Operations (loss of communications, partial-panel, single inverter/AHRS, system anomalies).
- VIII — Postflight Procedures.
Selected Tasks — Helicopter Specifics
VI.A Nonprecision Approach (NPA) — Helicopter
K RNAV (GPS) approaches with LP/LNAV minimums; helicopter "Copter only" approaches use 70 KIAS (or as charted) for category-A based minima; "Point-in-Space" (PinS) procedures with "Proceed VFR" or "Proceed Visually" segments.
R Failure to brief MAP and missed segment; loss of GPS or signal source; visual segment risk during PinS.
S Brief and execute approach within ACS tolerances: ±100 ft on segment altitudes, ±5 kt on approach speed, lateral within full-scale of CDI (±¾ for terminal, ±1 for enroute as published).
IV.B Recovery from Unusual Attitudes
K Helicopter has fewer secondary cues; recognize via instruments alone — primary attitude, then trend.
R Spatial disorientation, somatogravic illusion, fixation on a single instrument.
S Nose-low: smooth aft cyclic + reduce collective; nose-high: forward cyclic + add power if needed; level the wings.
IFR Currency & Reset (§61.57(c) / §61.57(d))
- Within preceding 6 calendar months: 6 instrument approaches, holding procedures, intercepting and tracking courses through navigation systems.
- If lapsed: 6-month grace period to regain currency in actual or simulated IMC. After 12 months total non-currency, an Instrument Proficiency Check (IPC) is required with an authorized instructor or examiner.
- Helicopter IPC is conducted to ACS standards in a helicopter or approved FFS/FTD.
Helicopter IFR Reserves & Alternates
| Item | Helicopter Rule (§91.167, §91.169) |
|---|---|
| Fuel reserve | Enough to fly to destination, then to alternate (if required), then 30 minutes at normal cruise. |
| Alternate weather minimums (filing) | At ETA + 1 hour: ceiling 200 ft above MDA/DA and visibility 1 SM, or as published in the alternate minimums; if none published, standard helicopter alternate is 200/1 above MDA/DA at ETA. |
| Alternate not required | Per §91.169(b)(2), if the destination has an instrument approach and from 1 hour before to 1 hour after ETA the ceiling is at least 1,000 ft above the lowest applicable approach minima (or 400 ft above the lowest, whichever is higher) and visibility ≥2 SM. Verify the current rule — helicopter-specific values apply. |
Always reference the current FARs and AIM 5-1-16 for helicopter-specific paragraphs (e.g., 90 KIAS speed limit on Copter approaches, "Proceed Visually" vs "Proceed VFR" PinS, helipad lighting).
Fundamentals of Instructing (FOI)
Reference: FAA-H-8083-9 Aviation Instructor's Handbook, Chapters 1–7. The FOI knowledge test (FOI) is required prior to any initial CFI practical test, unless the applicant already holds another instructor certificate (e.g., teacher's certificate per §61.183(d)(2)).
1. Human Behavior & Effective Communication
- Maslow's hierarchy: physiological → safety → belonging → esteem → self-actualization. A student in survival mode (e.g., airsick, hungry) cannot learn higher-order concepts.
- Defense mechanisms: denial, repression, rationalization, displacement, projection, reaction formation, fantasy, compensation, resignation. Recognize these — students under stress will display them.
- Communication elements: source, symbols, receiver. Barriers: confusion between symbol and the symbolized object, overuse of abstractions, interference, lack of common experience.
2. The Learning Process
| Concept | Key Points |
|---|---|
| Definition of learning | A change in behavior as a result of experience. |
| Characteristics of learning | Purposeful, result of experience, multifaceted, an active process. |
| Domains of learning | Cognitive (knowledge), affective (attitudes), psychomotor (motor skills). |
| Levels of learning (cognitive) | Rote → Understanding → Application → Correlation. |
| Laws of learning | R-EEPIR: Readiness, Effect, Exercise, Primacy, Intensity, Recency. |
| Acquiring skill knowledge | Cognitive, associative, automatic response stages. |
3. Memory & Forgetting
- Stages of memory: sensory register → short-term/working memory → long-term memory.
- Theories of forgetting: disuse, interference, repression, retrieval failure.
- Counter-forgetting: praise, repetition, association, favorable attitudes, all senses, meaningful learning.
4. The Teaching Process
- Preparation — lesson objectives, performance-based standards, building blocks of learning.
- Presentation — lecture, guided discussion, demonstration-performance, e-learning, cooperative learning.
- Application — student practices the skill or applies the knowledge.
- Review & Evaluation — measure progress against the lesson objective.
Demonstration-Performance has 5 phases: explanation, demonstration, student performance, instructor supervision, evaluation.
5. Assessment
- Traditional assessment (oral/written tests) measures knowledge.
- Authentic / collaborative assessment (rubrics, learner self-assessment) — supports development.
- Effective oral questions: brief and concise, center on one idea, single correct answer, free of unintended clues, present a challenge.
- Avoid: puzzle, oversize, toss-up, bewilderment, trick questions, irrelevant questions.
6. Instructor Responsibilities & Professionalism
- Helping students learn, providing adequate instruction, demanding standards, emphasizing the positive, ensuring safety.
- Avoiding hazardous attitudes: anti-authority, impulsivity, invulnerability, macho, resignation. Antidotes are taught and modeled.
- Pilot supervision: instructor is responsible for solo students until the certificate is issued.
7. Techniques of Flight Instruction
- Obstacles to learning: feeling of unfair treatment, impatience, worry, physical discomfort, apathy, anxiety.
- Single-Pilot Resource Management (SRM): aeronautical decision making, risk management, task management, situational awareness, CFIT awareness, automation management.
- Practical Risk Management: the PAVE (Pilot, Aircraft, enVironment, External pressures) and 5 P's (Plan, Plane, Pilot, Passengers, Programming) models.
- Decision-making models: DECIDE (Detect, Estimate, Choose, Identify, Do, Evaluate); 3P (Perceive, Process, Perform).
CFI — Helicopter (ACS / PTS)
Reference: FAA-S-8081-7B (Flight Instructor — Rotorcraft PTS until ACS issuance/superseded), 14 CFR §61.181–§61.201, FOI handbook, Helicopter Flying Handbook.
Eligibility (§61.183)
- At least 18 years old; English language.
- Hold a Commercial (or ATP) Helicopter certificate.
- Hold an Instrument-Helicopter rating (required for the practical, although you may add CFII later — note many DPEs require IRH for initial CFI in helicopters; verify §61.183(c) Instrument knowledge).
- Pass FOI (FOI) and Flight Instructor — Rotorcraft Helicopter (FIH) knowledge tests.
- Receive a logbook endorsement for spin awareness (rotorcraft applicants are typically exempt from spin training but must demonstrate stall awareness — verify §61.183(i)(1) which explicitly references airplanes; helicopter applicants are exempt from spin training under §61.183(i)).
- Receive ground and flight training and endorsements per §61.187.
Required Training Topics (§61.187)
- FOI listed in §61.185.
- Technical subjects per §61.187(b) for the rating sought.
- Preflight preparation, preflight lesson on a maneuver, runway incursion avoidance.
- Airport, heliport, seaplane base operations.
- Takeoffs, landings, go-arounds; fundamentals of flight; performance maneuvers.
- Emergency operations; postflight procedures; spin awareness (airplane); stall awareness (helicopter — settling-with-power, retreating blade stall).
The Big Difference: From Pilot → Instructor
- Maneuvers are flown from both seats, often demonstrated and described simultaneously in real time.
- You teach knowledge → risk → skill for every maneuver.
- Student errors are anticipated, recognized, and corrected — you must explain why they happen.
- Endorsements: you become legally responsible. Know §61.189, §61.193, §61.195 cold.
Areas of Operation — CFI Helicopter
- I — Fundamentals of Instructing.
- II — Technical Subject Areas (regulations, weather, performance, principles of flight, navigation, aeromedical, lighter than air? Not for rotorcraft — but airspace, ATC, and helicopter-specific aerodynamics).
- III — Preflight Preparation.
- IV — Preflight Lesson on a Maneuver to be Performed in Flight.
- V — Preflight Procedures.
- VI — Airport & Heliport Operations.
- VII — Hovering Maneuvers.
- VIII — Takeoffs, Landings, Go-Arounds.
- IX — Performance Maneuvers (incl. rapid deceleration, steep approach, shallow approach & running landing).
- X — Emergency Operations (autorotation, settling-with-power, LTE, dynamic rollover prevention/teaching).
- XI — Special Operations.
- XII — Postflight Procedures.
How to Teach a Maneuver — Lesson Template
- Objective: what the student will be able to do.
- Elements: knowledge points, references.
- Schedule: ground time + flight time.
- Equipment: POH/RFM, charts, model.
- Instructor Actions: explanation, demonstration, supervision, debrief.
- Student Actions: ground review, perform, ask questions.
- Completion Standards: ACS-aligned tolerances; risk & knowledge demonstrated.
- Common Errors: e.g., for slope ops — uphill skid contact first, tail-rotor strike risk, dynamic rollover.
Common-Error Library (Selected)
| Maneuver | Common Errors |
|---|---|
| Hover | Over-control on cyclic; failure to anticipate translating tendency; collective creep. |
| Normal Takeoff | Excessive aft cyclic; failure to crab into wind; not reaching ETL before climb out. |
| Max Performance Takeoff | Slow rotor RPM management; abrupt collective; failure to identify abort point. |
| Steep Approach | Decel too late; arriving with descent rate; settling-with-power. |
| Run-on Landing | Yaw control on touchdown; misuse of cyclic instead of pedals; inadequate clearing rotor disc. |
| Autorotation (straight) | Late entry, low RPM, late flare, late collective application. |
| 180° Auto | Overshooting/undershooting; cross-controlled flare; late level. |
| Quick Stop | Too aggressive flare leading to tail strike; uncoordinated pedal. |
CFII — Helicopter Instrument Instructor
Reference: FAA-S-8081-9 / current ACS, §61.183, §61.195, IFH (FAA-H-8083-15), IPH (FAA-H-8083-16).
Eligibility
- Hold a CFI Helicopter certificate.
- Hold an Instrument Rating — Helicopter and have logged instrument experience as PIC.
- Pass the Flight Instructor Instrument Helicopter (FII) knowledge test.
- Receive logbook endorsement for the practical, including spin / stall awareness instruction notes appropriate to category.
Areas of Operation — CFII (Helicopter)
- I — Fundamentals of Instructing (same FOI core).
- II — Technical Subject Areas (IFR regulations, IFR aeromedical & spatial disorientation, IFR weather services, performance, ATC).
- III — Preflight Preparation (filing, alternates, departure procedures, fuel planning).
- IV — Preflight Lesson on a Maneuver.
- V — Preflight Procedures.
- VI — Air Traffic Control Clearances & Procedures.
- VII — Flight by Reference to Instruments (basic attitude, instrument scan, partial-panel).
- VIII — Navigation Systems & Approach Procedures (precision, non-precision, RNAV LP/LNAV/LPV, PinS, circling).
- IX — Emergency Operations (loss of comms, partial panel, AHRS/ADC failures, alternator/generator).
- X — Postflight.
Teaching Instrument Scan
Three primary scan techniques you must teach: Selected Radial / Hub-and-Spoke, Inverted-V, and Rectangular.
- Common scan errors: fixation, omission, emphasis (e.g., over-relying on attitude indicator).
- Pitch instruments: AI, ALT, VSI, ASI. Bank: AI, HI/HSI, TC. Power: MAP/Torque, ASI.
Approach Briefing — TANT-EM
Type/Title of approach · Approach course · Navaids/Nav setup · Timing/Times if non-DME · Entry / final approach fix · Missed approach. Reinforce the "5 Ts" at each fix: Time, Turn, Twist, Throttle, Talk.
Helicopter-Only IFR Items to Cover
- "Copter only" approaches and 70 KIAS standard speed (or as charted).
- Point-in-Space (PinS) — "Proceed VFR" vs "Proceed Visually" — explain and demonstrate the difference (see AIM 5-4-5).
- Helipad alternate planning and what to do when no helipad alternate is available.
- Heli-route operations (e.g., NY/LA charted helicopter routes).
- Instrument failures unique to helicopters: AHRS failures with un-trimmed rotor effects; vibration-induced gyro precession.
CFI / CFII Chronological Training Guide
A start-to-finish playbook for instructors. Use it in syllabus order with a Part 61 student; Part 141 schools should follow their TCO. Print this section for clipboard use during stage checks.
Helicopter mode. The hour tables and references below are scoped to helicopter
training (§61.109(c), §61.129(c), §61.65(g), §61.183 with the helicopter spin exemption). For airplane,
flip the toggle at the top — the Tracker, Syllabus, and Written Prep tabs auto-swap to airplane data.
Airplane mode. The category-specific phases and hour tables below are scoped to
airplane training — §61.109(a), §61.129(a), §61.65(d), the §61.183(i) spin-training requirement,
and §61.31(e)/(f)/(i)/(g) endorsements. The Tracker, Syllabus, and Written Prep tabs are also scoped to
airplane data. The phase order, intake flow, knowledge-test sequence, practical-prep checklist, and CFI
renewal mechanics in this guide are universal across categories.
Phase 0 — Intake & Setup (Before Flight 1)
- Verify TSA Alien Flight Student Program eligibility if non-US citizen.
- Issue or verify Student Pilot Certificate (§61.83) via IACRA.
- Verify Class III Medical (or BasicMed eligibility — note BasicMed limitations on rotorcraft for hire).
- Government-issued photo ID; pilot logbook started; FTN created.
- Sign student to a TCO/syllabus; brief school SOP, customer service standards.
- First-flight ground brief: cockpit familiarization, controls, basic aerodynamics, sterile-cockpit / safety brief.
Phase 1 — Pre-Solo Training (Private)
- Lessons 1–5: ground familiarization, hover practice, basic flight maneuvers, normal takeoff/landing, traffic pattern.
- Lesson 6+: emergency procedures (autorotation entries from altitude, hover autos as appropriate to aircraft), stuck-pedal, settling-with-power recognition.
- Conduct and log a pre-solo written test covering the make/model RFM, applicable airspace, and §91.
- Evaluate readiness: hover quality, traffic-pattern judgment, emergency reactions, decision-making.
Pre-Solo Endorsements (§61.87)
| Endorsement | Reference | Trigger |
|---|---|---|
| A.1 Aeronautical knowledge test (pre-solo written) | §61.87(b) | Before first solo |
| A.2 Pre-solo flight training | §61.87(c)(1) and (c)(2) | Before first solo, in make/model |
| A.3 Solo flight (each additional 90-day period) | §61.87(n) | Every 90 days after initial solo |
Endorsement language is in AC 61-65. Verify the most current revision.
Phase 1 — Pre-Solo Training (Private)
- Lessons 1–5: ground familiarization, taxi practice, basic flight maneuvers, normal takeoff/landing, traffic pattern.
- Lesson 6+: emergency procedures (power-off / engine-failure scenarios, slow flight, stalls, stall/spin awareness and recovery), go-arounds.
- Conduct and log a pre-solo written test covering the make/model POH/AFM, applicable airspace, and §91.
- Evaluate readiness: landing consistency, traffic-pattern judgment, emergency reactions, decision-making.
Pre-Solo Endorsements (§61.87)
| Endorsement | Reference | Trigger |
|---|---|---|
| A.1 Aeronautical knowledge test (pre-solo written) | §61.87(b) | Before first solo |
| A.2 Pre-solo flight training | §61.87(c)(1) and (c)(2) | Before first solo, in make/model |
| A.3 Solo flight (each additional 90-day period) | §61.87(n) | Every 90 days after initial solo |
Endorsement language is in AC 61-65. Verify the most current revision.
Phase 2 — Solo & Solo Cross-Country
- Sign A.3 for solo currency, then A.4 / A.5 / A.6 for cross-country progressions.
- Each solo XC leg requires a flight-by-flight review of the planning before signing the daily endorsement.
- Verify the student meets §61.93 prior to solo XC: training in pilotage, dead reckoning, airspace, weather, fuel, NOTAMs, lost procedures.
Solo Cross-Country Endorsements
| Endorsement | Reference |
|---|---|
| A.4 Solo cross-country flight (general) | §61.93(c)(1) and (c)(2) |
| A.5 Solo cross-country flights (a specific flight) | §61.93(c)(3) |
| A.6 Repeated solo XC ≤50 NM | §61.93(b)(2) |
| A.7 Solo to/from/at airport in Class B | §61.95(a) |
| A.8 Solo at a Class B primary airport | §61.95(b) |
Phase 3 — Private Pilot Checkride Prep
- Confirm 40 hours total, 20 dual, 10 solo, 3 XC dual, 3 night dual w/ XC >50NM & 10 T/L, 10 solo, 3 hr XC solo, etc. — see Private page.
- Pass the FAA PAR knowledge test (valid 24 calendar months).
- Conduct a stage check / mock oral & flight to ACS standards. Identify weak areas, drill them.
- Complete IACRA application; print 8710-1 for review; verify XC, night, instrument, solo, and dual hours by category and class.
Endorsements to Sign for the Practical
| Endorsement | Reference |
|---|---|
| A.32 Aeronautical knowledge test (pre-test signoff) | §61.35(a)(1), §61.103(d), §61.105 |
| A.33 Flight proficiency / practical test | §61.103(f), §61.107(b), §61.109 |
| A.34 Review of deficiencies on a knowledge test | §61.39(a)(6)(iii) |
| A.35 Prerequisites for practical test | §61.39(a) |
Phase 4 — Instrument Rating Helicopter
- Brief §61.65 hour requirements, build a study plan around the IRH knowledge test.
- Begin with attitude instrument flying — basic six and EFIS scan.
- Introduce departures, holds, intersections, then approaches (VOR, ILS, RNAV/GPS, PinS).
- Long IFR XC (≥100 NM with three different kinds of approaches).
- Stage check, mock oral, mock practical to ACS tolerances.
IRH Endorsements
| Endorsement | Reference |
|---|---|
| A.36 IRH knowledge test signoff | §61.35(a)(1), §61.65(a) and (b) |
| A.37 Flight proficiency / practical test (instrument) | §61.65(a)(6) |
Phase 4 — Instrument Rating Airplane
- Brief §61.65(d) hour requirements, build a study plan around the IRA knowledge test.
- Begin with attitude instrument flying — basic six and EFIS/glass scan.
- Introduce departures, holds, intersections, then approaches (VOR, ILS, RNAV/GPS, LPV).
- Long IFR XC (≥250 NM along airways/ATC routing with three different kinds of approaches).
- Stage check, mock oral, mock practical to ACS tolerances.
IRA Endorsements
| Endorsement | Reference |
|---|---|
| A.36 IRA knowledge test signoff | §61.35(a)(1), §61.65(a) and (b) |
| A.37 Flight proficiency / practical test (instrument) | §61.65(a)(6) |
Phase 5 — Commercial Pilot Helicopter
- Verify §61.129(c) hours: 150 total, 100 powered, 50 helicopter, 100 PIC, 35 PIC heli, 10 PIC XC heli, 20 dual, 10 solo with the long XC and 5 night with 10 T/L.
- Drill commercial maneuvers: 180° auto to a spot, steep approach, shallow approach & running landing, max performance takeoff, confined area, pinnacle.
- Cover Part 119/133/135/137 introduction; SFAR 73 if Robinson.
- Stage check, mock oral; verify CPL knowledge test (CAX) within validity.
Commercial Endorsements
| Endorsement | Reference |
|---|---|
| A.38 CAX knowledge test signoff | §61.35(a)(1), §61.123(c), §61.125 |
| A.39 Flight proficiency / practical test | §61.123(e), §61.127, §61.129 |
Phase 5 — Commercial Pilot Airplane
- Verify §61.129(a) hours: 250 total, 100 powered, 50 airplane, 100 PIC, 50 PIC airplane, 50 PIC XC, 20 dual incl. 10 complex/TAA, day & night XC, 3 hr test prep; 10 solo (or PIC with instructor) incl. the long XC and night.
- Drill commercial maneuvers: chandelles, lazy eights, steep spirals, eights-on-pylons, power-off 180° accuracy landing, steep turns, slow flight, stalls.
- Cover Part 119/135 introduction; high-performance / complex / TAA endorsements as applicable.
- Stage check, mock oral; verify CPL knowledge test (CAX) within validity.
Commercial Endorsements
| Endorsement | Reference |
|---|---|
| A.38 CAX knowledge test signoff | §61.35(a)(1), §61.123(c), §61.125 |
| A.39 Flight proficiency / practical test | §61.123(e), §61.127, §61.129 |
Phase 6 — CFI Helicopter (Initial)
- Build the master FOI & TSA (Technical Subject Area) lesson library.
- Practice teaching maneuvers from the left seat (helicopters often have CFI in left seat with student on right; verify aircraft & school SOP).
- Pass FOI and FIH knowledge tests.
- Apply through your local FSDO (initial CFIs typically go to a FSDO/ACR/DPE authorized for initial CFI).
- Mock practical: 4–6 hours of oral, plus a flight.
CFI Endorsements
| Endorsement | Reference |
|---|---|
| A.40 FOI knowledge test signoff | §61.183(d) (or holding teacher's certificate per §61.183(d)(2)) |
| A.41 FIH (Flight Instructor Helicopter) knowledge test signoff | §61.183(d) |
| A.42 Flight proficiency / practical test (initial CFI) | §61.183(g), §61.187 |
| A.43 Spin training (airplane only) | §61.183(i)(1) — n/a for helicopter; rotorcraft applicants are exempt from spin training under §61.183(i) |
Phase 6 — CFI Airplane (Initial)
- Build the master FOI & TSA (Technical Subject Area) lesson library.
- Obtain the required spin training and logbook endorsement (§61.183(i)) before the practical.
- Practice teaching maneuvers from the right seat; develop the instructor's perspective on sight pictures and common errors.
- Pass FOI and FIA (Flight Instructor Airplane) knowledge tests.
- Apply through your local FSDO (initial CFIs typically go to a FSDO/ACR/DPE authorized for initial CFI).
- Mock practical: 4–6 hours of oral, plus a flight.
CFI Endorsements
| Endorsement | Reference |
|---|---|
| A.40 FOI knowledge test signoff | §61.183(d) (or holding teacher's certificate per §61.183(d)(2)) |
| A.41 FIA (Flight Instructor Airplane) knowledge test signoff | §61.183(d) |
| A.42 Flight proficiency / practical test (initial CFI) | §61.183(g), §61.187 |
| A.43 Spin training (airplane) | §61.183(i)(1) — required for airplane CFI applicants |
Phase 7 — CFII (Add-On)
- Build a complete instrument lesson library to ACS standards.
- Pass the FII (Flight Instructor Instrument) knowledge test.
- Practice teaching scans, partial-panel, holding, and all approach types from the right seat as PIC and from the left seat as instructor (per aircraft).
- Mock practical with an examiner-style oral focused on instrument teaching.
CFI Recurrent Responsibilities (every flight)
- Brief the lesson against the syllabus and the ACS — every time.
- Risk assessment using PAVE, weather review, weight & balance, performance.
- Endorsements signed only after demonstrated proficiency, with FAR cite written into the endorsement (per AC 61-65).
- Logbook reviewed for currency: §61.56 (FR for CFI's own currency), §61.57 (3 T/L for passengers within 90 days), §61.57(c) IFR currency, §61.197 (renew CFI every 24 months).
- Maintain a personal student records folder with progress notes, stage checks, endorsements log, and 8710-1 drafts.
CFI Currency & Renewal (§61.197)
- CFI certificate is valid for 24 calendar months.
- Renew via: 1) FIRC/eFIRC; 2) presenting endorsement records of ≥5 students recommended for practicals with an 80%+ pass rate within preceding 24 months; 3) practical test for renewal; 4) instructor for an Air Carrier under §121.414 / §135.337.
- Reinstate after expiration: practical test (no FIRC).
Endorsement Quick Index (§61, AC 61-65)
The full text of each endorsement is in AC 61-65. Always paste the current FAA-approved language — do not paraphrase.
| Group | Endorsements |
|---|---|
| Pre-solo | A.1, A.2, A.3 |
| Solo XC | A.4, A.5, A.6, A.7, A.8 |
| Knowledge tests | A.32, A.36, A.38, A.40, A.41, FII |
| Practicals | A.33, A.37, A.39, A.42, A.44 (additional rating) |
| Reviews | A.49 Flight Review (§61.56), A.50 IPC (§61.57(d)), A.51 Recency (§61.57(a)/(b)) |
Readiness Checklist Before Recommending a Practical
- Knowledge test passed and unexpired (24 calendar months).
- All §61.x experience requirements met and verified by category/class/condition.
- 3 hours of test prep within preceding 2 calendar months — logged and endorsed.
- Mock oral and mock flight to ACS standards passed.
- IACRA application complete; 8710-1 reviewed; photo ID and logbook ready.
- Aircraft documents ARROW; logs reviewed for AAV1ATE.
- Weather and personal minimums reviewed; risk assessment signed.
- DPE briefed; fees, fuel, alternate plan in place.
FAA Written Exam Prep — Practice Questions
Pick your level. Answers are scored at the end of each set. Explanations cite the authoritative source.
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Oral Exam & Checkride Preparation
Click any card to reveal the answer. Use Cmd/Ctrl + P to print the deck for cockpit prep.
🎯 Scenario-Based Questions DPEs Are Known To Ask
DPEs lean heavily on scenarios because they reveal how you think, not just what you've memorized. The deck below switches with your Mode (helicopter / airplane) and the Level picker above. For each scenario: read the setup, talk through your answer aloud (the way you would on the ride), then reveal the discussion points to compare.
Checkride-Day Readiness Checklist
- Documents: Student certificate / pilot certificate, photo ID, medical, knowledge test report (original), logbook with endorsements tabbed, IACRA app printout / FTN, graduation cert if Part 141.
- Aircraft: ARROW + logbooks ready (engine, airframe, prop where applicable), AAV1ATE inspections current, MEL/equipment list reviewed, weight/balance, performance for the day's conditions.
- Flight Plan: Cross-country plan complete with weather brief printed, NOTAMs, fuel calculation, weight & balance signed.
- Personal: Sleep, food, water, headset, charts, plotter, E6B/electronic flight bag, backup batteries, kneeboard, flashlight (night).
- Mental Prep: Risk assessment with PAVE; personal minimums; "go/no-go" criteria; brief the examiner on emergency action.
- DPE Logistics: Confirm time, location, fee, what's expected for examiner's seat, fueling plan.
Universal Oral Strategies
- If you don't know: "I'm not sure off the top of my head, but I would look it up in [the FAR/AIM, the RFM, AC 61-65]". Then look it up.
- Use the FAR/AIM, sectional, A/FD (Chart Supplement), and RFM as references — examiners expect you to use them.
- Tie every answer back to a source: regulation, ACS task, RFM page, Helicopter Flying Handbook chapter.
- Avoid making up numbers. If unsure of an exact value, say so and find it.
- Stay engaged — examiners are reading not just your knowledge, but your judgment and decision-making.
CFI Student Progress Tracker
In-memory checklist for use during a single session. Use Print for a paper copy. Note: data does not persist after closing the tab — print or screenshot at the end of each session.
Student Information
Hours Tracker
Required values pre-fill based on selection; enter "Logged" for current totals. The bar shows percent complete.
Endorsements & Stages
Skill Sign-offs (ACS-aligned)
Notes
Private Pilot — Airplane (ASEL) AIRPLANE
Reference: FAA-S-ACS-6 (Private Pilot — Airplane ACS), 14 CFR §61.103, §61.107(b)(1), §61.109(a), Pilot's Handbook of Aeronautical Knowledge (FAA-H-8083-25), Airplane Flying Handbook (FAA-H-8083-3), AIM.
Eligibility (§61.103)
- At least 17 years old (16 for student solo).
- Read, speak, write, and understand English.
- Hold at least a current Third-Class Medical Certificate, or BasicMed (per §68.3) — most ASEL operations are eligible for BasicMed.
- Pass the FAA Private Pilot Knowledge Test (PAR — Private Airplane).
- Receive required training, log hours, and receive endorsements per §61.105 / §61.107 / §61.109.
- Pass the practical (oral + flight) exam with a DPE.
Aeronautical Experience — Part 61 (§61.109(a))
| Requirement | Hours |
|---|---|
| Total flight time | 40 hours minimum |
| Dual instruction (airplane) | 20 hours minimum, including: |
| Cross-country dual | 3 hours |
| Night dual (with one XC >100 NM total and 10 T/Os and 10 landings to a full stop with each in the pattern at an airport) | 3 hours |
| Instrument flight training (basic attitude instrument flying) | 3 hours |
| Within preceding 2 calendar months of the test | 3 hours of test prep |
| Solo flight in a single-engine airplane | 10 hours, including: |
| Solo cross-country | 5 hours |
| One solo XC ≥150 NM total, with full-stop landings at three points and one leg with straight-line distance >50 NM | — |
| 3 T/Os and landings to a full stop with each involving flight in the traffic pattern at a towered airport | 3 |
Part 141 alternative: 35 hours total per the school's TCO.
Areas of Operation — ACS
- I — Preflight Preparation: pilot qualifications, airworthiness, weather, XC planning, performance, weight/balance, operations of systems, human factors.
- II — Preflight Procedures: preflight inspection, flight-deck management, engine starting, taxi, before-takeoff check.
- III — Airport & Seaplane Base Operations: communications/light signals; traffic patterns.
- IV — Takeoffs, Landings, Go-Arounds: normal/crosswind, soft-field, short-field, forward slip to a landing, go-around/rejected landing.
- V — Performance & Ground Reference Maneuvers: steep turns, ground reference (turns around a point, S-turns, rectangular course).
- VI — Navigation: pilotage & dead reckoning, navigation systems & radar services, diversion, lost procedures.
- VII — Slow Flight & Stalls: maneuvering during slow flight, power-off & power-on stalls, spin awareness.
- VIII — Basic Instrument Maneuvers: straight-and-level, turns to a heading, climbs/descents, recovery from unusual attitudes (under hood).
- IX — Emergency Operations: emergency descent, emergency approach & landing, systems & equipment malfunctions, emergency equipment & survival gear.
- X — Night Operations: knowledge task at the Private level.
- XI — Postflight Procedures: after-landing, parking, securing.
Selected ACS Tasks — Knowledge / Risk / Skill
IV.D Short-Field Approach & Landing
K Stabilized approach concept; published 50-ft obstacle landing distance; flap configuration; airspeed schedule.
R Energy state, undershoot/overshoot, runway environment, gust factor, density altitude.
S Maintain VREF (or as published) ±5 kt; touchdown at or within 200 ft beyond a specified point; minimum braking distance.
VII.A Maneuvering During Slow Flight
K Slow flight at an airspeed at which any further increase in AOA, increase in load factor, or reduction in power would result in a stall warning.
R Inadvertent stall, loss of directional control, distraction-induced stall, accelerated stall.
S Maintain altitude ±100 ft, heading ±10°, airspeed +10/-0 kt; smooth coordinated control inputs.
VII.B/C Power-Off & Power-On Stalls
K Stall aerodynamics: critical AOA, accelerated stalls, cross-controlled stall risk on base-to-final.
R Inadvertent spin entry, secondary stall, loss of altitude, distraction.
S Recognize stall warning, recover with simultaneous reduction of AOA, level wings, power as appropriate; minimum altitude loss.
IX.B Emergency Approach & Landing (simulated)
K Field selection, glide speed (best L/D), restart attempt flow, passenger brief, securing the aircraft.
R Stretching the glide, fixation on engine, choosing a poor landing area, missing best L/D speed.
S Establish best glide ±10 kt; land within reach of the chosen field; emergency checklist completed; squawk 7700 / 121.5 if available.
Privileges & Limitations (§61.113)
A Private Pilot may not act as PIC for compensation/hire, with limited exceptions: pro-rata expense sharing for fuel/oil/airport/rental fees, charitable, search and rescue, demonstration flights for a charitable cause, etc. Cannot carry passengers/property for compensation or hire.
Memory Items & Mnemonics
| Item | Mnemonic |
|---|---|
| VFR Day required equipment | A-TOMATO-FLAMES |
| VFR Night additional | FLAPS |
| Inspections required | AAV1ATE |
| Aircraft documents | ARROW |
| Lost procedures | 5 C's — Climb, Communicate, Confess, Comply, Conserve |
| Emergency priorities | Aviate, Navigate, Communicate |
| Engine failure (single-engine) | ABCD — Airspeed (best glide), Best field, Checklist (restart, fuel, mags, mixture, primer), Declare (mayday, squawk 7700) |
Airplane Aerodynamics — Quick Reference
- Four forces: lift, weight, thrust, drag — equilibrium in unaccelerated flight.
- Left-turning tendencies: torque, P-factor (asymmetric blade thrust), spiraling slipstream, gyroscopic precession. Most pronounced at low airspeed and high power. Counter with right rudder.
- Stall: exceedance of critical AOA, regardless of airspeed or attitude. Recovery: reduce AOA, level wings, then power.
- Spin: aggravated stall with yaw — autorotation around the spin axis. Recovery (PARE): Power idle, Ailerons neutral, Rudder full opposite, Elevator briskly forward through neutral.
- Adverse yaw: downgoing aileron creates more induced drag — yaws away from the turn. Counter with coordinated rudder.
- Load factor: increases with bank angle; at 60° = 2 G, stall speed × 1.41.
- Ground effect: reduced induced drag within ~½ wingspan of the surface; can mask high AOA on takeoff (inadvertent settling on departure).
- Wake turbulence: avoid by remaining above and upwind of the generating aircraft's flight path; on takeoff, rotate before its rotation point and climb above its flight path.
- Vmc (multi-engine, awareness): minimum control airspeed with critical engine inoperative — covered in multi-engine training, mentioned for awareness.
- Density altitude: high & hot & humid = degraded performance; longer takeoff roll, reduced climb.
V-Speeds Quick Reference (verify with POH)
| Speed | Meaning |
|---|---|
| Vso | Stall in landing config (white arc lower limit). |
| Vs | Stall, clean (green arc lower limit). |
| Vfe | Max with flaps extended (white arc upper limit). |
| Vno | Max structural cruising (green arc upper limit / yellow arc lower). |
| Vne | Never exceed (red line). |
| Va | Maneuvering speed — for full deflection of a single control surface. |
| Vx | Best angle of climb (most altitude per ground distance). |
| Vy | Best rate of climb (most altitude per time). |
| Vg | Best glide (max L/D). |
Commercial Pilot — Airplane (ASEL) AIRPLANE
Reference: FAA-S-ACS-7 (Commercial Pilot — Airplane ACS), 14 CFR §61.123, §61.127(b)(1), §61.129(a), §61.133.
Eligibility (§61.123)
- At least 18 years old; English language.
- Hold a Private Pilot certificate (or meet concurrent requirements).
- Hold at least a Second-Class Medical to exercise commercial privileges.
- Pass the Commercial Pilot Knowledge Test (CAX).
- Meet experience requirements per §61.129(a) and pass the practical test.
Aeronautical Experience — §61.129(a) (Part 61)
| Requirement | Hours |
|---|---|
| Total flight time as pilot | 250 hours |
| Powered aircraft | 100 hours; of which |
| Airplane | 50 hours |
| PIC flight time, total | 100 hours; of which |
| PIC airplane | 50 hours |
| PIC cross-country | 50 hours, ≥10 hours in airplanes |
| Training (dual) | 20 hours, including: |
| Complex/turbine/TAA airplane training | 10 hours (as applicable) |
| Day VFR cross-country dual ≥2 hr, >100 NM | — |
| Night VFR cross-country dual ≥2 hr, >100 NM | — |
| Instrument training | 10 hours, ≥5 hours in airplane |
| 3 hr test prep within 2 calendar months | — |
| Solo (or performing PIC duties under instructor) | 10 hours, including: |
| One XC ≥300 NM total with landings at three points (one leg ≥250 NM straight-line) | — |
| 5 hours night with 10 T/Os and 10 landings to full stop, each in the pattern at a towered airport | — |
Part 141 alternative: 120 hours total per the school's TCO.
Areas of Operation — Commercial ACS (Airplane)
- I — Preflight Preparation.
- II — Preflight Procedures.
- III — Airport & Seaplane Base Operations.
- IV — Takeoffs, Landings, Go-Arounds (incl. Power-Off 180° Accuracy Approach & Landing).
- V — Performance Maneuvers (steep turns at 50° bank, chandelles, lazy 8s).
- VI — Ground Reference (eights on pylons).
- VII — Navigation.
- VIII — Slow Flight & Stalls.
- IX — Emergency Operations.
- X — High-Altitude Operations (knowledge — pressurization, oxygen).
- XI — Postflight Procedures.
What Changes from Private → Commercial (Airplane)
- Tighter tolerances (e.g., steep turns ±100 ft, ±10 kt, ±10° heading rollout; 50° bank).
- Chandelle — maximum-performance climbing 180° turn; precise pitch/bank coordination at the 90° point.
- Lazy 8 — coordinated, symmetrical 180° course reversal at varying pitch/bank.
- Eights on pylons — pivotal altitude coordination.
- Power-off 180° accuracy approach & landing — touchdown within 200 ft beyond a designated point.
- Knowledge of complex aircraft systems (retractable gear, controllable-pitch prop, flaps); high-performance (>200 hp) per §61.31; tailwheel per §61.31(i).
- Knowledge of high-altitude / oxygen requirements (§91.211), pressurization basics.
Endorsements You'll Often See Around Commercial
| Endorsement | Reference |
|---|---|
| Complex airplane (retractable gear, flaps, controllable prop) | §61.31(e) |
| High-performance airplane (>200 hp) | §61.31(f) |
| Tailwheel airplane | §61.31(i) |
| High-altitude (pressurized, FL250+) | §61.31(g) |
Commercial Privileges & Limitations (§61.133)
May act as PIC for compensation/hire. Without an instrument rating (§61.133(b)), restricted from carrying passengers/property for hire on a cross-country flight greater than 50 NM, or at night for hire. Operations for hire generally require an operating certificate (Part 119/135/137) — a Commercial certificate alone does not authorize a "for-hire" operation.
Instrument Rating — Airplane AIRPLANE
Reference: FAA-S-ACS-14 (Instrument Rating — Airplane and Helicopter ACS), 14 CFR §61.65, IFH (FAA-H-8083-15), AIM, IPH (FAA-H-8083-16).
Eligibility (§61.65)
- Hold at least a current Private Pilot certificate (or apply concurrently with Commercial under §61.65(g) — limited concurrent paths).
- Read/speak/write/understand English.
- Pass the Instrument Rating — Airplane Knowledge Test (IRA).
- Receive instruction and meet aeronautical experience requirements.
- Pass the practical test (oral + flight) — flight may use approved FFS/FTD per the school's authorization.
Aeronautical Experience — §61.65(d) Airplane
| Requirement | Hours |
|---|---|
| Cross-country PIC time | 50 hours, ≥10 of which in an airplane |
| Instrument time, total | 40 hours actual or simulated, in any combination of airplane / FFS |
| Instrument flight training in an airplane | 15 hours from an authorized instructor |
| Instrument cross-country with an instructor (airplane) | One XC: filed IFR, ≥250 NM along routing, an instrument approach at each airport, three different kinds of approaches with navigation systems |
| Within 2 calendar months prior to test | 3 hours of test prep |
Areas of Operation — IRA ACS
- I — Preflight Preparation (weather, performance, planning, NOTAMs, fuel reserves).
- II — Preflight Procedures.
- III — Air Traffic Control Clearances & Procedures.
- IV — Flight by Reference to Instruments.
- V — Navigation Systems.
- VI — Instrument Approach Procedures (precision & non-precision; circling; missed approach).
- VII — Emergency Operations (loss of communications, partial-panel, system anomalies).
- VIII — Postflight Procedures.
Airplane IFR Reserves & Alternates
| Item | Airplane Rule (§91.167, §91.169) |
|---|---|
| Fuel reserve | Enough to fly to destination, then alternate (if required), then 45 minutes at normal cruise. |
| Alternate weather minimums (filing) | If a precision approach: 600 ft and 2 SM at ETA. If a non-precision: 800 ft and 2 SM. Otherwise the alternate-specific published minima (Part 97). |
| Alternate not required | Per §91.169(b)(2), if destination has a published IAP and from 1 hr before to 1 hr after ETA the ceiling is at least 2,000 ft above the airport elevation and visibility is at least 3 SM ("1-2-3 rule"). |
Selected Tasks — Airplane Specifics
VI.A Nonprecision Approach (NPA) — Airplane
K RNAV (GPS) approaches with LNAV/LP minimums; LPV/LNAV+V; circle-to-land; CDI sensitivity.
R Failure to brief MAP and missed segment; loss of GPS/RAIM; descent below MDA without visual references.
S Brief and execute approach within ACS tolerances: ±100 ft on segment altitudes, ±10 kt on approach speed, lateral within full-scale of CDI.
IV.B Recovery from Unusual Attitudes
K Spatial disorientation, somatogravic illusion, fixation; difference between nose-high (unloaded) and nose-low (loaded) recoveries.
R Stall during nose-high recovery, overspeed during nose-low, structural overload from abrupt input.
S Nose-low: reduce power, level wings, smoothly raise nose. Nose-high: add power, lower nose, level wings.
IFR Currency & Reset (§61.57(c))
- Within preceding 6 calendar months: 6 instrument approaches, holding procedures, intercepting and tracking courses through navigation systems.
- If lapsed: 6-month grace period to regain currency in actual or simulated IMC. After 12 months total, an Instrument Proficiency Check (IPC) is required with an authorized instructor or examiner.
- Airplane IPC is conducted to ACS standards in an airplane or approved FFS/FTD.
CFI — Airplane (Single-Engine Land) AIRPLANE
Reference: FAA-S-ACS-25 (Flight Instructor — Airplane ACS), 14 CFR §61.181–§61.201, FOI handbook, Airplane Flying Handbook.
Eligibility (§61.183)
- At least 18 years old; English language.
- Hold a Commercial (or ATP) Airplane certificate.
- Hold an Instrument-Airplane rating.
- Pass FOI and Flight Instructor — Airplane (FIA) knowledge tests.
- Spin training endorsement (§61.183(i)) in airplane category — required prior to initial CFI practical.
- Receive ground and flight training and endorsements per §61.187.
Required Training Topics (§61.187)
- FOI listed in §61.185.
- Technical subjects per §61.187(b) for the rating sought.
- Preflight preparation, preflight lesson on a maneuver, runway incursion avoidance.
- Airport and seaplane base operations.
- Takeoffs, landings, go-arounds; fundamentals of flight; performance maneuvers.
- Stall awareness and spin training with logbook endorsement per §61.183(i)(1).
- Emergency operations; postflight procedures.
The Big Difference: From Pilot → Instructor
- Maneuvers are flown from the right seat; demonstrated and described simultaneously in real time.
- Teach knowledge → risk → skill for every maneuver.
- Anticipate, recognize, and correct student errors — explain why they happen.
- Endorsements: legally responsible. Know §61.189, §61.193, §61.195 cold.
Areas of Operation — CFI Airplane
- I — Fundamentals of Instructing.
- II — Technical Subject Areas.
- III — Preflight Preparation.
- IV — Preflight Lesson on a Maneuver to be Performed in Flight.
- V — Preflight Procedures.
- VI — Airport & Seaplane Base Operations.
- VII — Takeoffs, Landings, Go-Arounds (normal/crosswind, soft-field, short-field, forward slip, power-off 180° accuracy).
- VIII — Fundamentals of Flight.
- IX — Performance Maneuvers (steep turns 50°, chandelles, lazy 8s, eights on pylons).
- X — Slow Flight, Stalls, & Spins (incl. spin awareness/recovery).
- XI — Basic Instrument Maneuvers.
- XII — Emergency Operations.
- XIII — Postflight Procedures.
Common-Error Library (Airplane, Selected)
| Maneuver | Common Errors |
|---|---|
| Normal Takeoff | Insufficient right rudder; rotation too early/late; failure to track the centerline. |
| Crosswind Landing | Failing to keep the wing down; flaring too high; releasing crosswind correction after touchdown. |
| Soft-Field T/O | Forgetting flaps; pitching off ground too soon; pitching for cruise climb in ground effect. |
| Short-Field Land | Unstabilized approach; inadequate aiming-point discipline; failure to flare smoothly for short rollout. |
| Steep Turn | Banking past 50°; altitude loss/gain; loss of coordination; failure to roll out on heading. |
| Slow Flight | Pitch instability; loss of altitude; under-controlled rudder. |
| Power-Off Stall | Late recognition; abrupt forward yoke (secondary stall); over-controlling rudder. |
| Power-On Stall | Inadequate right rudder leading to wing drop; failure to maintain heading. |
| Chandelle | Inconsistent pitch/bank rates; missing the 90° point peak bank; rollout error. |
| Lazy 8 | Asymmetric maneuver; failure to maintain coordination; airspeed extremes. |
| Eights on Pylons | Failing to climb/descend to maintain pivotal altitude; not banking enough at the pylon. |
| Power-off 180° | Energy mismanagement; overshoot/undershoot; landing past the 200-ft target. |
CFII — Airplane Instrument Instructor AIRPLANE
Reference: FAA-S-ACS-26 / current ACS, §61.183, §61.195, IFH (FAA-H-8083-15), IPH (FAA-H-8083-16).
Eligibility
- Hold a CFI Airplane certificate.
- Hold an Instrument Rating — Airplane and have logged instrument experience as PIC.
- Pass the Flight Instructor Instrument Airplane (FII) knowledge test.
- Receive logbook endorsement for the practical.
Areas of Operation — CFII (Airplane)
- I — Fundamentals of Instructing.
- II — Technical Subject Areas (IFR regulations, IFR aeromedical & spatial disorientation, IFR weather services, performance, ATC).
- III — Preflight Preparation.
- IV — Preflight Lesson on a Maneuver.
- V — Preflight Procedures.
- VI — Air Traffic Control Clearances & Procedures.
- VII — Flight by Reference to Instruments (basic attitude, instrument scan, partial-panel).
- VIII — Navigation Systems & Approach Procedures (precision, non-precision, RNAV LNAV/LP/LPV, circling).
- IX — Emergency Operations (loss of comms, partial panel, system failures, vacuum/AHRS).
- X — Postflight.
Teaching Instrument Scan
Three primary scan techniques to teach: Selected Radial / Hub-and-Spoke, Inverted-V, and Rectangular. Use the Control + Performance or Primary/Supporting concepts as the structure.
- Common scan errors: fixation, omission, emphasis (e.g., over-relying on attitude indicator).
- Pitch instruments: AI, ALT, VSI, ASI. Bank: AI, HI/HSI, TC. Power: MAP/Tach, ASI.
Approach Briefing — TANT-EM & the 5 Ts
Type/Title of approach · Approach course · Navaids/Nav setup · Timing/Times if non-DME · Entry / final approach fix · Missed approach.
At each fix: Time, Turn, Twist, Throttle, Talk.
Airplane IFR Items to Cover
- Vacuum vs. electric AHRS failure modes; partial panel.
- Pitot/static system failures (alternate static source).
- Icing recognition and the airframe icing escape (descend, climb, divert).
- Convective avoidance and storm-circumnavigation.
- Lost-comms (§91.185) and emergency declaration.
- RNAV with WAAS — LPV minima as low as 200 ft HAA when published.
Rusty Pilot & Flight Review
A return-to-flying playbook for any pilot — currently rusty, between airplanes, or due for a §61.56 flight review (the rule once known as the "biennial flight review"). Toggle Helicopter or Airplane at the top to scope the maneuver checklist to your category.
The Rule — §61.56 Flight Review
- Required every 24 calendar months to act as PIC.
- Minimum: 1 hour ground + 1 hour flight with an authorized instructor.
- Ground portion: review of current general operating & flight rules of 14 CFR Part 91.
- Flight portion: maneuvers and procedures necessary in the instructor's judgment for the safe exercise of pilot privileges.
- Completed when the instructor's logbook endorsement is dated.
- Substitutes that satisfy the flight review: practical test, proficiency check, FAA WINGS phase completed within 24 cal mo, certain Part 121/135 checks.
Other Currency Items to Audit at the Same Time
| Currency | Rule |
|---|---|
| Passenger T/L recency | §61.57(a) — 3 T/Ls within 90 days, same category/class (and type if type-rated). |
| Night passenger T/L | §61.57(b) — 3 T/Ls to a full stop, 1 hour after sunset to 1 hour before sunrise. |
| Tailwheel | 3 T/Ls within 90 days for tailwheel passenger carriage (full stop at conventional gear airplane). |
| Instrument currency | §61.57(c) — 6 approaches, holding, intercept/track within preceding 6 calendar months. |
| Medical | §61.23 / BasicMed — verify class & expiration; physiological self-check. |
| Aircraft inspections | AAV1ATE: Annual; ADs; VOR (30 days, IFR); 100-hour (for hire/instr); Altimeter / Pitot-static (24 cal mo, IFR); Transponder (24 cal mo); ELT (12 cal mo). |
Rusty Pilot — Six Lesson Return-to-Flight Syllabus
Lesson R-1 — Logbook & Document Audit (ground)
Verify last flight review, last passenger currency, last instrument currency, medical status. Pull aircraft logbooks and verify AAV1ATE. Rebuild the personal & aircraft document folder.
Lesson R-2 — Regulations & Airspace Refresh (ground, ~2 hr)
Run through Part 91 with an emphasis on what's changed since last current: ADS-B Out (§91.225), airspace updates, NOTAM portal, weather sources, runway incursion (taxi diagrams, hot spots), runway incursion / surface awareness materials. Review ATC phraseology and light-gun signals.
Lesson R-3 — Aircraft Systems & Performance Refresh (ground, ~1 hr)
POH/RFM walk: limitations, normal & emergency procedures, fuel, oil, electrical, weight & balance computation, density-altitude / takeoff-distance problems for the local airport.
Lesson R-4 — Maneuvers Refresh (flight 1, ~1.2 hr)
Helicopter: hover (IGE/OGE), pattern work, normal/crosswind T/L, slope, confined area; emergency: autorotation entry/recovery, settling-with-power recognition.
Airplane: pattern work, normal/crosswind T/L, slow flight, power-off & power-on stalls, steep turns, ground reference; emergency: simulated engine failure / best glide.
Lesson R-5 — Cross-Country & ADM (flight 2, ~1.5 hr)
Plan a short XC including diversion. Use modern tools (EFB, weather) plus the basic chart/log fallback. Practice the diversion and a lost-procedures sequence. Apply PAVE / 5 Ps before launch.
Lesson R-6 — Flight Review (ground + flight, ≥1+1 hr)
Conduct the §61.56 review formally: 1 hr Part 91 ground, 1 hr flight with maneuvers and emergency operations. Issue the endorsement when proficient.
Maneuver & Topic Checklist (mode-aware)
Helicopter
- Hover precision (IGE) — heading ±5°, ±50 ft of spot.
- Hover taxi, air taxi, pedal turns over a spot.
- Normal & crosswind takeoff and landing.
- Steep approach (≥13°) and shallow approach to a running landing.
- Confined area, pinnacle, slope.
- Quick stop / rapid deceleration.
- Straight-in & 180° autorotation (at safe altitude per RFM/SOP).
- Settling-with-power recognition + recovery (traditional & Vuichard).
- LTE awareness; dynamic-rollover prevention review.
- Emergency: anti-torque failure (forward flight & hover).
Airplane (ASEL)
- Normal & crosswind takeoff and landing.
- Soft-field and short-field T/O & landing.
- Forward slip to a landing; go-around / rejected landing.
- Steep turns (≥45°, often 50° at the Commercial level).
- Slow flight at a stall-warning indication.
- Power-off and power-on stalls; spin awareness.
- Ground reference: turns around a point, S-turns, rectangular course.
- Emergency descent; emergency approach & landing (best glide, field, checklist).
- Basic instrument maneuvers under hood (straight-and-level, climbs, turns to a heading, recovery from unusual attitudes).
- Pilotage / dead reckoning + GPS navigation; diversion; lost procedures.
Personal Minimums Worksheet (rebuild yours)
| Condition | Beginner | Current | Now (post-rust) |
|---|---|---|---|
| Ceiling (day VFR) | ≥3,000 ft AGL | ≥1,500 AGL | Choose conservatively |
| Visibility | ≥6 SM | ≥3 SM | Choose conservatively |
| Crosswind | ≤8 kt | ≤demonstrated | Choose conservatively |
| Density altitude | ≤3,000 ft | Aircraft limit | Choose conservatively |
| Takeoff/landing distance margin | ×1.5 | ×1.25 | ×1.5 until current |
| Night | Avoid until current | OK | Defer |
Build your own table; revisit after each lesson. Apply PAVE + I'M SAFE (Illness, Medication, Stress, Alcohol, Fatigue, Eating) every flight.
WINGS Program (alternate to a Flight Review)
The FAA's WINGS Pilot Proficiency Program (faasafety.gov) accepts completion of one phase within the preceding 24 calendar months as a substitute for a flight review per §61.56(e). Each phase requires a mix of online learning credits and in-flight credits. Many CFIs structure rusty-pilot training around a WINGS phase so the student earns both proficiency and the regulatory credit.
Student Study Syllabus
A lesson-by-lesson study plan you can follow from day one. Each lesson lists the objective, study readings, ground topics, in-flight elements (when applicable), and completion standards. Every reference (FAR §, AIM, PHAK / HFH / AFH chapter, AC, ACS) is hyperlinked to the live FAA / eCFR source. Each lesson also has a Printable Lesson Plan button — it opens a CFI-formatted plan with schedule, equipment, instructor & student actions, common errors, completion standards, and signoff lines, ready for the kneeboard.
My Progress
Your study activity and quiz performance, saved on this device. Data lives in your browser only — switch devices and you start fresh. Tap Reset progress at the bottom to wipe.
Manage your data
Progress is stored locally in your browser via localStorage. Nothing is sent to any server. To move your progress to another device, use Export and then Import there.
📰 Daily Feed — pilot education, fresh every morning
A new FAA Q&A, NTSB lesson, and Rule of the Day every 24 hours, plus 🚁 EMS / HEMS stories from around the nation — accident lessons, life-saving missions, safety videos, and industry news. All for learning. Pulls from the same content I post to FB / IG / X — read it here without leaving the app.
💼 Pilot Jobs & Career Resources
Curated directory of the major pilot job boards and career resources. Pilot-job feeds are mostly behind paywalls or auth, so this tab is a hand-vetted launchpad — pick the board that matches your certificate level and click through.
Job boards
JSfirm
The largest aviation-only job board. Airline, corporate, charter, helicopter, MX, dispatch. Free to browse.
Open JSfirm →Pilot Career Centre
Strong for international pilot opportunities + aircraft type ratings. Useful for FOs targeting regionals or low-time pilots.
Open PCC →AvJobs
Aviation-focused with strong CFI / instructor / mechanic listings. Membership for full access.
Open AvJobs →ClimbTo350
Pilot community + jobs board specifically for low-time pilots building toward 350 / 500 / 1500 hours. Free.
Open ClimbTo350 →USAJOBS — Aviation
Federal pilot positions: FAA inspector, military civil, NASA, Customs and Border Protection. High pay, government bennies, slow process.
Open USAJOBS →Helicopter-specific
Vertical Magazine job board, AHS International, Just Helicopters. Strong for HEMS, offshore, ENG, utility.
Just Helicopters → Vertical Mag →Airplane-specific
JSfirm and Climbto350 are the heavy hitters for fixed-wing: regional/cadet pipelines, corporate/Part 135, banner tow, survey, and flight-instructing gigs.
JSfirm → ClimbTo350 →Airline cadet programs
Direct paths from CFI to right seat at a regional. United Aviate, American Cadet Academy, Delta Propel, JetBlue Gateway, Republic LIFT.
United Aviate AA Careers Delta Propel JetBlueLinkedIn Jobs
Search "Pilot," "First Officer," "Captain," "CFI," "Helicopter Pilot." Set up alerts for your matching certificate level.
Open LinkedIn →Career path by certificate
| Stage | Hours / cert | Typical role | Comp range |
|---|---|---|---|
| Pre-CFI | ~250 hr · CPL | Skydive jump pilot · Banner tow · Pipeline patrol | $25K-$45K |
| CFI / CFII | 250-1000 hr | Flight instructor at a Part 61 / 141 school | $30K-$60K + bonuses |
| R-ATP eligible | 1000-1500 hr | Regional First Officer (R-ATP path: 750 / 1000 / 1250 hr) | $80K-$110K year 1 (post-2022 contracts) |
| ATP | 1500 hr+ | Regional Captain · Mainline FO · Charter PIC · Corporate | $120K-$300K+ |
| Mainline Captain | 5000+ hr | Major airline Captain (Delta · United · American · Southwest) | $300K-$700K+ |
| Helicopter HEMS PIC | 2000 hr (1000 PIC) | Air ambulance Captain · IFR · NVG | $95K-$180K |
| Offshore / Utility | 1500 hr+ | GoM offshore · external load · firefighting · ENG | $110K-$250K (rotation) |
Comp ranges are 2025-2026 industry estimates pulled from union contracts (ALPA / Teamsters), AIN Online surveys, and operator pay scales. Verify against current postings — pilot pay has been moving fast since 2022.
R-ATP path (the 1500-hour rule has exceptions)
| Path | Total time | Source |
|---|---|---|
| Standard ATP | 1500 hr | §61.159 |
| R-ATP — Military | 750 hr | §61.160(a) |
| R-ATP — Bachelor's + Part 141 (60+ aviation credits) | 1000 hr | §61.160(b) |
| R-ATP — Bachelor's + Part 141 (30+ aviation credits) | 1250 hr | §61.160(d) |
| R-ATP — Associate's + Part 141 (30+ aviation credits) | 1250 hr | §61.160(c) |
R-ATP holders are restricted to Second-in-Command at Part 121 carriers until reaching the 1500-hour standard ATP threshold. Most regional contracts upgrade R-ATP FOs to standard ATP within 12-18 months on the line.
ATP-CTP providers
Mandatory before the ATP knowledge test (§61.156). 30 hr academic + 10 hr simulator (6 hr Level C/D minimum + 4 hr FTD). Typical cost $4,500-$6,500. Many regionals reimburse fully on hire.
- ATP Flight School · Multiple US locations · atpflightschool.com/atp-ctp
- FlightSafety International · Premium · flightsafety.com
- CAE · Worldwide · cae.com/civil-aviation
- L3Harris Flight Academy · Sanford FL · l3harris.com
- Pan Am International Flight Academy · Miami, Memphis, Las Vegas · panamacademy.com
Networking
- Pilot Network — chapters in most major cities, monthly mixers. thepilotnetwork.org
- OBAP — Organization of Black Aerospace Professionals · scholarships + mentor matching. obap.org
- WAI — Women in Aviation International · annual conference + scholarships. wai.org
- NGPA — National Gay Pilots Association · scholarships + community. ngpa.org
- HAI — Helicopter Association International · annual Heli-Expo. rotor.org
- NBAA — National Business Aviation Association. nbaa.org
Got a pilot job board, cadet program, or career resource we should add? Email Walter.
🌦 Live Weather
Real-time METAR + TAF for any US airport. Enter the ICAO identifier (e.g., KJFK, KORD, KMIA). Data from the FAA Aviation Weather Center, refreshed every minute. ATIS audio link included where available.
About this data
- METAR = Meteorological Aerodrome Report. Standard hourly observation; updates ~5 min before the hour.
- TAF = Terminal Aerodrome Forecast. Issued every 6 hours, valid 24 hours ahead.
- AWOS / ASOS = the automated systems that PRODUCE the METAR text. Frequencies are listed on each station's chart supplement entry.
- ATIS = Automatic Terminal Information Service. Voice broadcast at towered airports — listen at LiveATC.net.
- Source: NOAA / NWS Aviation Weather Center. Free public API. App proxies through our Cloudflare Worker for CORS.
- This is a study aid — verify the official sources (1-800-WX-BRIEF or 1800wxbrief.com) before flight.
✈ Flight Planning
Educational tool. Calculator + regulatory-requirement checks for student pilots learning flight planning. For actual filing, use the operational tools linked at the bottom — ForeFlight, 1800wxbrief, SkyVector, FltPlan. This tab teaches the how; those tools handle the file.
Quick Calculator
IFR alternate required? — §91.169 "1-2-3 rule"
Per §91.169(b)(2), an alternate is required if, from 1 hour before to 1 hour after ETA, the destination forecast shows ceiling less than 2,000 ft OR visibility less than 3 SM. (1 hr · 2,000 ft · 3 SM = "1-2-3.")
Required equipment for IFR — §91.205(d)
"GRABCARD" — beyond VFR-day equipment, add:
- Generator or alternator
- Radios appropriate to ground facilities and procedures used
- Attitude indicator
- Ball (slip-skid indicator)
- Clock with second-display (digital is fine)
- Altimeter (sensitive, with adjustable barometric setting)
- Rate of turn indicator (turn coordinator or gyroscopic turn indicator)
- Directional gyro (or HSI)
VFR equipment list (§91.205(b)) is "ATOMATOFLAMES" + "FLAPS" — see Acronyms tab.
Oxygen requirements — §91.211
| Altitude (cabin pressure) | Crew requirement | Pax requirement |
|---|---|---|
| 12,500 – 14,000 ft | Required if > 30 minutes | Not required |
| 14,000 – 15,000 ft | Required at all times | Not required |
| Above 15,000 ft | Required at all times | Must be PROVIDED to each passenger |
Helicopter operations & pressurized aircraft have specific exceptions — verify against current §91.211.
Sample IFR flight plan walkthrough
Example route: KJFK → KBOS (direct), C172 at 8,000 ft, 110 KTAS, 8 gph fuel burn.
- Distance. KJFK to KBOS direct = ~190 NM (use SkyVector or chart supplement).
- Winds aloft. Pull from aviationweather.gov at FL080. Suppose 280° at 30 kt.
- Headwind component. Course ~060°T, wind 280° → wind from behind/right → quartering tailwind, ~+15 kt component. Groundspeed ~125 kt.
- ETE. 190 ÷ 125 = 1.52 hr ≈ 1+31.
- Fuel. 1.52 hr × 8 gph = 12.2 gal block. Add 45-min IFR reserve = 6 gal. Need ≥ 18.2 gal usable.
- Alternate? Check KBOS forecast at ETA ±1 hr. If ceiling < 2,000 OR vis < 3 SM, file an alternate (e.g., KMHT — must meet §91.169(c) alternate minimums).
- File. Use ForeFlight, 1800wxbrief, or FltPlan (links below). Standard format: aircraft type, route, altitude, ETD, ETE, fuel, alternates, remarks.
- Get clearance. "Clearance Delivery, Cessna 12345 with information [ATIS], IFR to Boston." Read back exactly. Use CRAFT: Clearance limit, Route, Altitude, Frequency, Transponder.
Where to actually file your flight plan
1800wxbrief.com
Official FAA-contractor (Leidos) flight services portal. File VFR / IFR / DVFR, get briefings, NOTAMs. Free with FAA account.
Open 1800wxbrief →ForeFlight
Industry standard for general aviation. Plan, file, brief, navigate. ~$100/year basic. Trial available.
Open ForeFlight →SkyVector (free)
Free web-based VFR/IFR sectional charts and flight planner. Excellent for route study and student pilots.
Open SkyVector →FltPlan.com (Garmin)
Free planning + filing platform owned by Garmin. Strong for cross-country, weather, and fuel-stop logic.
Open FltPlan →Garmin Pilot
ForeFlight competitor with deep Garmin avionics integration. ~$85/year. iOS / Android.
Open Garmin Pilot →Flight planning is a study skill. Build the habit of computing your own numbers before checking ForeFlight — that's what DPEs test on the oral.
📋 Pilot Resources
External tools and services every active pilot uses — FAA, AOPA, regulatory, medical, safety. One-click access to the things you actually need.
FAA WINGS — Pilot Proficiency Program
What it is: The FAA's free pilot proficiency program. Earn credits for online courses + flight activities. Once you complete a Phase, your flight review (§61.56) is satisfied for 24 calendar months — no separate flight review needed.
How it works
- Three skill levels: Basic → Advanced → Master
- One Phase = 3 knowledge activities + 3 flight activities. Knowledge = AOPA Air Safety Institute / FAASTeam online courses. Flight = scenarios with a CFI tied to specific tasks.
- Credit: Completing 1 Phase = your §61.56 flight review for 24 calendar months
- Free to enroll, free to participate
Why it's worth doing
- Saves you the cost of a flight review (~$300–400)
- Knowledge activities are accessible online — do them at home
- Insurance discounts (most carriers offer 5–10% off for active WINGS participants)
- Currency stays sharper than waiting for the 24-month review
- Required for many Part 135 / corporate ops as a proxy for proficiency
For CFIs
Sign up as a "Master Trainer." Your endorsements toward your students' WINGS credit count toward your own Master phase. CFIs who actively participate in WINGS qualify for the FAA's Master CFI / Distinguished Flight Instructor designation — a credential that opens doors at flight schools and Part 135 operators.
AOPA — Aircraft Owners and Pilots Association
Largest pilot membership organization in the US. The default membership for any active GA pilot.
Membership benefits
- Free for student pilots — full benefits during your training
- $79/year full membership after your training is complete
- Pilot Protection Services — legal + medical assistance if you're ever in a deviation/enforcement situation
- Discounted aviation insurance (AOPA Insurance Services)
- Free flight planning tools, weather, charts, currency tracker
- Free monthly AOPA Pilot magazine
- Strong advocacy presence in Washington — your dues fund FAA-rule-change challenges
Free resources (no membership needed)
- AOPA Air Safety Institute — free safety courses (many WINGS-eligible), accident analysis, scenario videos
- AOPA Flight Planner — free for members; web-based filing tool
- "Pilot Protection" guides — free downloads on common ramp-check, FAA inquiry, and accident response topics
FAA Regulatory & Personal Tools
IACRA
Integrated Airman Certification & Rating Application. Submit applications for new ratings and certificates. Required for every checkride.
Open IACRA →FAA MedXPress
Online medical certificate application. Fill this out BEFORE your AME exam — your AME pulls your application by your confirmation number.
Open MedXPress →FAA Charts (free)
VFR sectionals, IFR low/high enroute, terminal procedures, chart supplements. All free PDFs from the FAA's chart distribution center.
Open FAA Charts →eCFR — Live FAR Text
Search the actual current text of 14 CFR Parts 1, 61, 91, 119, 135, 141 — updated continuously. Always cite from eCFR, never from a printed FAR/AIM.
Open eCFR Title 14 →FNS NOTAM Search
Notices to Air Missions — TFRs, runway closures, ATC procedural changes, GPS interference. Required check before every flight per §91.103.
Open NOTAM Search →NTSB Aviation Database
Every aviation accident with a public docket. Best primary source for accident research — what we use to populate the NTSB Library tab.
Open NTSB Aviation →Safety & Continuing Education
FAA Safety Briefing
FAA's official monthly safety magazine. Free PDF, decades of archive available. Covers regs changes, accident lessons, ATC/airspace updates.
FAA Safety Briefing →AOPA Air Safety Institute
Free safety courses, accident case studies, video library, real-pilot scenarios. Many courses count for WINGS knowledge credit.
ASI Resources →FAASTeam Online Courses
FAA-curated safety courses on faasafety.gov. Most count for WINGS knowledge credit. Topics: weather, runway incursion, decision-making, density altitude.
FAASTeam Courses →NASA ASRS
Aviation Safety Reporting System. Confidential, voluntary reporting of incidents/safety concerns. Filing within 10 days protects against most enforcement actions.
Open ASRS →Got a pilot resource we should add? Email Walter.
Ask CFII · Build v12.5 · Logo = Home · ← Back button always available
Live xAI Grok-4 with rate limiting (30/hour per device, $1/day global cap). 600+ written-test questions across all 12 cert/category banks. Falls back to cached scenarios if the live API is offline.
Ask CFII — Student Mentor
Type a helicopter or airplane training question. You'll get a structured answer — direct take, the reasoning, the regulations cited, edge cases, common mistakes, and what to do next. Every FAR / AIM / handbook reference is a live hyperlink to the FAA / eCFR source.
Have a Pro Lifetime license? Activate it →
Paste the Order ID from your Gumroad receipt email (or your purchase page on gumroad.com). It unlocks unlimited Ask CFII queries on this device.
Cmd/Ctrl + Enter to submit · Esc to clear
Try one of these questions
Click a chip to load that question and get the full structured answer instantly.
How this works
This assistant has 25 in-depth scenario answers covering the most-asked CFI / CFII / IFR / helicopter aero / airplane aero topics. When your question matches a scenario, you'll see a structured response with these sections:
- Direct answer — the bottom-line take in one paragraph.
- Why — the reasoning a CFII would explain, broken into bullets.
- References — every FAR, AIM section, AC, and handbook chapter, hyperlinked to eCFR.gov or faa.gov.
- Edge cases — exceptions and gotchas.
- Common mistakes — what students get wrong.
- What to do — concrete action steps.
If your question doesn't match any scenario, you'll get the closest matches from the question banks and flashcards plus a Copy CFII-ready prompt button that packages your question with relevant local context for a paste into Claude or another AI for a deeper, generative answer.
Video Library — Visual Learning Companion
A curated index of free YouTube channels and topic searches that demonstrate the maneuvers and procedures in this app. Each topic opens a live YouTube search pre-filtered with the right keywords — so the results stay relevant even as channels publish new content. Pair this with the Syllabus tab: every lesson there has a Watch demos button that does the same thing for that specific lesson.
How to use this tab: the toggle at the top of the app (Helicopter / Airplane) scopes
both the channel directory and the topic browser to your category. Click any channel to open its YouTube
page; click any topic to open a YouTube search ranked by relevance. Use the search box to find a custom
topic across all aviation YouTube.
📺 Want structured video courses, not just YouTube?
Free YouTube is great for spot-checks, but for a complete ground-school you want a structured course. Sporty's Pilot Shop has the most comprehensive paid library — Private through ATP, with HD video, animations, and an iPad app that syncs your progress.
Browse Sporty's Pilot Shop →About this list
Channels are listed because they are widely cited in aviation training communities and publish content broadly aligned with the FAA Airman Certification Standards. Inclusion is not an FAA or Anthropic endorsement of any specific video — verify all techniques and figures against your aircraft's RFM/POH and your CFI's signed guidance before applying them. Some content may be commercially sponsored or out of date.
NTSB Accident Reports — Learning From What Went Wrong
Curated NTSB and AOPA Air Safety Institute resources organized by accident category. Every link opens a live NTSB CAROL search or an AOPA case-study page in a new tab — the data is maintained by NTSB and AOPA, this app just provides scoped entry points so you can study the patterns most relevant to your training. Toggle Helicopter / Airplane at the top to scope the categories.
How to use this responsibly. NTSB reports are intended to advance flight safety
through learning, not to assign blame. The probable cause is the NTSB's official determination —
use it to understand the chain of events and the human factors, not to second-guess the pilot.
Each category below ties to an ACS knowledge or risk task. The goal is "I won't make that mistake
myself," not "I'd never have done that."
Direct entry points
About this list
The categories cover the most common training-relevant accident patterns, each with a brief description of the typical scenario, the lesson the FAA / NTSB has codified from the data, the ACS task it relates to, and a one-click query into the NTSB CAROL database scoped to that pattern. NTSB CAROL is the official database of all civil aviation accidents and incidents in the United States since the early 1960s. Searches return the probable cause, the factual report, and any safety recommendations.
CFIs use accident analysis as a teaching tool — pair an Ask CFII scenario or a Syllabus lesson with an NTSB study session and the abstract becomes concrete. The "Lesson" bullet under each category is what should anchor the discussion.
Aviation Acronyms & Mnemonics — Cheat Sheet
A searchable reference of the acronyms and memory devices that show up on every checkride and every IPC. Click a category chip to filter, or type in the search box. Citations are hyperlinked to the FAA / eCFR source. Print works in any view (Print button at the top right of the page).
Checkride Checklist — DPE Plan of Action
A student-facing version of the plan-of-action a Designated Pilot Examiner uses to run a practical test. Every checkride is built around the FAA Airman Certification Standards (ACS) for the certificate sought; the DPE's plan of action selects, in advance, which tasks will be tested and in what order. Use this to walk into the test prepared, not surprised.
How to use this: select the certificate at the top. The page refreshes with the
documents check, the oral exam outline organized by ACS Area of Operation, the flight portion with
maneuvers in typical execution order, common DPE scenarios, and the notice to the applicant. The
Helicopter / Airplane toggle at the top of the app scopes everything to your category.
Tap Print to take it with you.
DPE Corner — Wisdom From The People Grading Your Checkride
Curated public commentary, advice, and common failure points from FAA Designated Pilot Examiners. The goal: walk into your checkride knowing what the DPE is actually looking for, and where students consistently leave points on the table.
About this tab. Everything here is sourced from public DPE statements (podcasts, FAA Safety Team videos, YouTube channels, ASI forums, published interviews). DPEs do not coordinate with this app — these are recurring themes from public discourse, not insider knowledge. Always consult the FAA Designee Handbook (Order 8900.2) and your actual DPE's plan-of-action for authoritative guidance.
The 7 Most Common Failure Points (every DPE says some version of these)
1 · Cross-country planning that doesn't survive scrutiny
Top DPE complaint: students show a flight plan they "filled out" but can't defend a single number. If asked "where did this fuel burn come from?" you should be able to point at the POH page and the wind-corrected leg time. Compute everything by hand at least once before the ride — even if you'll use ForeFlight on the day.
Common gotchas: forgot to account for taxi/runup fuel, used standard pressure when winds aloft were significant, no alternate planned, weather minimums not actually checked against the route.
2 · Weight & balance that's a memorized number
"I'm within limits" is not an answer. Show the moment math. Every DPE I've heard from emphasizes: pull out the loading graph, plot the actual passenger and fuel for the day, show the takeoff and landing CG. Most failures here are sloppy arithmetic, not lack of knowledge.
Helo-specific: forward CG limits during approach to a hover with full fuel; lateral CG with a single right-seat passenger in an R22.
Airplane-specific: confirm both takeoff and landing CG fall inside the envelope after fuel burn; watch the aft-CG case with rear-seat passengers and full baggage in a C172.
3 · Required documents — paperwork failures end rides at the gate
You can fail the ride before engine start. Memorize the documents required (ARROW for aircraft, AAV1ATE-style for pilot) and have them physically in front of you: medical/BasicMed, photo ID, knowledge test report, all required endorsements (61.39, 61.87, 61.93, 61.103 — whichever apply), aircraft maintenance logs, AD compliance.
DPE Greg Hutchins (helicopter): "If you walk in without the right endorsements, we're done before we start. It happens more than you'd think."
4 · Going beyond ACS tolerances and not noticing
The ACS is not a guideline — it's the bar. Common bust: drifting +200 ft on slow flight, +15° on steep turns, +/-100 ft on instrument approach minimums. Know the exact tolerance for every maneuver in your ACS before the ride. If you're outside tolerance, say something — "I'm outside, correcting" — and recover immediately. Most DPEs grade the recovery harder than the deviation.
5 · ADM & risk management — recited, not demonstrated
Reciting "PAVE" and "IMSAFE" earns nothing. DPEs want to see you actually identify a risk in a real scenario, articulate the threat, and pick a mitigation. Practice talking through a scenario aloud: weather is forecast to drop below personal mins by 1500 — I see PAVE-Environment risk, my mitigation is to depart 90 min earlier or postpone. That's the level they want.
6 · Emergency procedures done sloppy or by rote
Every DPE has a story about a student who can recite the engine-failure flow perfectly on the ground but freezes in the air. Brief the immediate-action items aloud before takeoff every flight as practice, not just on checkride day. Memory items first, then checklist. Land-as-soon-as-possible vs land-as-soon-as-practical — know the difference.
Helo-specific: full-down autorotation at the actual touchdown spot, not "to a hover then go around" — DPEs want commitment.
Airplane-specific: fly the power-off 180 to a committed landing on the aiming point, and run the engine-failure flow (best glide, field, flow, mayday) without fishing for the checklist first — DPEs want decisive, by-memory action.
7 · Not knowing the airplane / helicopter you're flying
"What does that gauge measure?" "What happens if this annunciator illuminates?" If you can't answer cold, you're not ready. Learn the systems chapter of your specific aircraft's POH/RFM cover-to-cover. DPEs love to ask follow-up "what if" questions on systems — be ready for three layers deep, not just the surface answer.
Bonus · Communication on the radio
Stepping on transmissions, missing a call sign, or freezing mid-readback under pressure — happens to almost every checkride applicant at least once. DPEs aren't grading you on perfect comms, they're grading on whether you recover gracefully. If you mess up, just say "stand by" or "say again" and try once more. Don't apologize, don't explain, just fly.
What DPEs say they actually want
Recurring themes from public DPE commentary across podcasts, AOPA Safety Institute interviews, and FAA Safety Team webinars:
- "Show me you can fly the airplane safely, not perfectly." Most DPEs would rather see a small deviation caught and corrected than a perfectly silent maneuver where the student got lucky.
- "Talk to me." Verbalize your scan, your decisions, your trade-offs. Silence reads as confusion. Even narrating "checking traffic… clear right… turning final" demonstrates situational awareness.
- "Use your resources." Pulling out the POH, asking ATC to repeat a clearance, double-checking with your iPad — that's airmanship, not weakness. Refusing to look something up because you "should know it" is a red flag.
- "Plan the flight, fly the plan, but be ready to change the plan." The "scenario diversion" portion of every checkride is testing whether you'll commit to a bad plan or admit a new factor changes the math.
- "I am not your enemy." Multiple DPEs explicitly say this. They want you to pass. The flight is yours to fly. Treat them like an experienced passenger asking pertinent questions.
Featured DPE-Adjacent YouTube Channels
Public channels run by DPEs, former DPEs, or instructors who consistently feature DPE perspective. Click any to open their channel in a new tab.
The Finer Points (Jason Miller)
One of aviation YouTube's most respected voices on checkride preparation. Long-time CFII with deep coverage of ACS standards, oral exam strategies, and the mental side of practical tests.
Visit channel →FlightInsight
ACS-aligned ground school content with regular DPE-style oral question walkthroughs. Strong on weather, instrument procedures, and the questions DPEs actually ask.
Visit channel →MzeroA Flight Training (Jason Schappert)
Long-running channel covering Private through ATP. Frequently brings on DPEs as guests for "what to expect on your checkride" walkthroughs at every level.
Visit channel →AOPA Air Safety Institute
Authoritative source for safety, ADM, and checkride preparation videos. Produces the "Real Pilot Story" series and accident-reconstruction videos that DPEs frequently reference.
Visit channel →FAASTeam (FAA Safety Team)
The FAA's own safety channel. Webinars run by FAA inspectors and DPEs covering specific checkride pitfalls, recurring violation patterns, and policy changes.
Visit channel →Helicopter Online Ground School (Steve Lyons)
Helicopter-specific. Steve has been covering R22/R44 SFAR 73, autorotation technique, and the "what your DPE wants to see" angle for years. Deep helicopter checkride library.
Visit channel →Mentour Pilot
Airline transport-focused but the systems-thinking and ADM content scales down. Excellent for instrument and CFII candidates studying the checkride mindset at a higher level.
Visit channel →Pilot Workshops Podcast
Monthly podcast featuring DPEs, ATPs, and check airmen. Episodes regularly include "DPE confidential" — what they're really watching for during a practical test.
Visit channel →Plan-of-Action — anatomy of a typical checkride
DPEs are required to follow the FAA's Plan of Action format. Knowing the structure removes most of the surprise:
- Pre-test briefing. DPE introduces themselves, explains the format, confirms eligibility/documents, and sets expectations. Common failure: showing up late, missing endorsements, or failing to bring a plotter / E6B / current charts.
- Oral exam. Typically 1–2 hours covering all ACS Areas of Operation. Expect scenario-based questions ("you're at this airport, this weather, what's your call?"), aircraft systems deep-dive, and regulatory edge cases. Most rides are decided here.
- Preflight inspection. Walked aloud while the DPE observes. They want to hear what you're checking and why. Common failure: skipping items, not checking fuel quantity directly, missing AD compliance items.
- Flight portion. 1–2 hours of maneuvers per the ACS, usually starting with cross-country departure → diversion scenario → maneuvers → emergency procedures → return and landing. The diversion is almost always inserted to test ADM.
- Debrief. Pass or notice of discontinuance / disapproval. If you bust a single task you may be able to retest just that task; if you bust multiple, the whole ride is over.
Got a DPE quote or insight worth featuring?
If you've heard a DPE on a podcast, in a webinar, or at a hangar talk say something that students should hear, send it. We'll add the best ones to this tab with full attribution and a link to the source.
Disclaimer: The information on this tab is curated from public DPE commentary and aviation educational content. It is not a substitute for the FAA Airman Certification Standards, your DPE's specific plan of action, or the current FAA Designee Handbook (Order 8900.2). All quotes are paraphrased unless explicitly cited. Sources are listed alongside each section where appropriate.
Weight & Balance Calculator
Educational W&B for the most common training aircraft. Pick your model, override the empty-weight numbers from your aircraft's equipment list, plug in payload + fuel, and see whether you're within limits.
For training and study only — not a substitute for the POH/RFM.
Every airframe has slightly different empty weight and CG depending on installed equipment, paint, modifications, and updates. The defaults below are representative values from FAA training materials (PHAK, HFH) and manufacturer published examples. Always overwrite the empty-weight + arm fields with the numbers from YOUR aircraft's most recent equipment list before relying on a calculation. For real flight planning, use the manufacturer's POH/RFM, an FAA-approved EFB, or a dedicated tool like Gyronimo.
| Item | Weight (lb) | Arm (in) | Moment |
|---|---|---|---|
| TOTAL | 0 | — | 0 |
How to use: Override Empty Weight + Empty Arm with the numbers from your aircraft's most recent equipment list (look for the placard or weight-and-balance amendment in the back of the POH). Fuel is calculated assuming 6.0 lb/gal (Avgas 100LL); adjust the row weight if your aircraft uses a different fuel or you want to enter pounds directly. Helicopter calculations show longitudinal CG only — lateral CG must also be checked separately on rotorcraft.
Aircraft Defaults — Reference Values
These are typical values for the trainer-fleet variant of each aircraft, sourced from FAA training handbooks and manufacturer published examples. Your specific aircraft will differ slightly. Always verify against the actual POH/RFM and current equipment list.
Cessna 172 (P/S/SP)
Most common GA trainer. Empty weights vary widely by year and equipment — ranges 1,500–1,720 lb. Default loads 1,690 (typical post-2000 Skyhawk SP).
Stations: Pilot/Front Pax 37" · Rear Pax 73" · Baggage A 95" · Baggage B 123" · Main Fuel 48"
Limits: 2,550 lb max gross · CG 35.0–47.3 (varies by weight)
Piper PA-28-181 (Archer)
The other top GA trainer. Stations measured aft of datum (firewall typically). Empty weights ~1,650–1,750.
Stations: Front 80.5" · Rear 118.1" · Baggage 142.8" · Fuel 95"
Limits: 2,550 lb max gross · CG 82.0–93.0
Robinson R22 Beta II
The world's most-flown training helicopter. Empty weights tight: 855–895 lb. Subject to SFAR 73 (see DPE Corner). Lateral CG matters — pilot-only flight needs the right-seat solo to be from the LEFT seat (different POH).
Stations (long.): Pilot/Pax 49.5" · Aux fuel 75.6" · Main fuel 95.0"
Limits: 1,370 lb max gross · CG 92.5–101.0 (longitudinal)
Robinson R44 Raven II
Most common 4-seat training/personal helo. Empty ~1,440–1,490 lb. Like the R22, lateral CG envelope must also be checked.
Stations (long.): Front 49.5" · Rear 79.5" · Aux fuel 95.0" · Main fuel 106.0"
Limits: 2,500 lb max gross · CG 92.0–101.0 (longitudinal)
Enstrom F28F / 280FX
Three-seat reciprocating-engine trainer. Wider CG envelope than the Robinson series. Empty ~1,620 lb.
Stations (long.): Pilot 84" · Pax 84" · Center 84" · Fuel 109" · Baggage 121"
Limits: 2,600 lb max gross · CG 90.0–98.5
Guimbal Cabri G2
Modern French two-seat trainer, increasingly common at flight schools. Empty ~950 lb. Excellent autorotation characteristics.
Stations (long.): Pilot 53.0" · Pax 53.0" · Fuel 78.0" · Baggage 96.0"
Limits: 1,543 lb max gross · CG 49.0–55.0
Authoritative Sources for Real-Flight W&B
For actual flight planning, do not rely on this calculator alone. Use:
- Your aircraft's POH/RFM — the legal source. Section 6 (airplane) or Section 5 (helicopter) is W&B. Compare every number above against yours.
- Aircraft equipment list / current weight-and-balance amendment — usually inside the back cover of the POH. After any equipment change, this is updated and the empty weight + CG change with it.
- Gyronimo — pro-grade EFB W&B + performance app for helicopters, including R22, R44, EC130, AS350, Bell 206/407, MD500, and many more. Gold standard for helicopter operators.
- ForeFlight — most-used EFB for fixed-wing in the US. Includes a W&B module that loads your aircraft profile and updates with payload as you plan.
- FAA-H-8083-1B — the FAA's official Aircraft Weight and Balance Handbook. Reading the math chapter once will demystify every aircraft's CG calculation forever.
- Helicopter Flying Handbook (FAA-H-8083-21) Chapter 8 — helicopter-specific W&B with worked R22/R44 examples.
Disclaimer: The default values shown for each aircraft are representative figures drawn from FAA training handbooks and manufacturer-published examples. They are not authoritative for any specific airframe. Empty weight, empty arm, and station moment arms can vary by serial number, model variant, modifications (STC), and equipment. Always verify against the most recent weight-and-balance amendment for your aircraft before flight.
ForeFlight Companion
Tools to hand off this app's content to ForeFlight on your iPad, iPhone, or Mac: airport & route deep links, a logbook-import CSV builder, and FAA reference quick-links you can save into ForeFlight Documents.
✈️ Don't have ForeFlight yet?
ForeFlight is the gold-standard EFB for general aviation — flight planning, charts, weather, weight & balance, logbook, and more. Both helicopter and airplane pilots use it daily.
Try ForeFlight Free for 30 Days →
What this is — and what it isn't. ForeFlight does not publish a third-party API,
so this app cannot read your ForeFlight subscription, your routes, your logbook, or your charts.
What works reliably is handing data off to ForeFlight via the published
foreflightmobile://
URL scheme (iPad / iPhone / Mac with the ForeFlight app installed) and producing a
ForeFlight Logbook import CSV in the format published at foreflight.com/support/logbook.
Two ForeFlight buttons in each card: Open in ForeFlight app uses the
iPad/iPhone/Mac deep link — which only works on a device that has the app installed. If you're on
a desktop browser without the Mac app, the button silently falls through to ForeFlight Web after
~1.5 seconds. ForeFlight Web opens plan.foreflight.com directly in a new tab — sign in with
your paid subscription and search the airport / file the route there. AirNav, SkyVector,
1800wxbrief, and the FAA Chart Supplement work without any ForeFlight account.
1. Airport Quick-Open
Type an ICAO or FAA identifier (e.g., KSFO, KAPA, 0CO9). Buttons launch ForeFlight if installed on this device, with web fallbacks.
2. Plates & Procedures
ForeFlight Plates is bundled with most subscriptions. The button below opens the approach search for a given airport in ForeFlight (you'll pick the specific plate). Use FAA's d-TPP for free plate PDFs as a backup.
3. Route → ForeFlight Flight Plan
Enter a planned cross-country. The Open button launches ForeFlight's Flights view with the route prefilled (works on iOS/macOS where ForeFlight is installed). The text below is a copy-pasteable route string for ForeFlight, SkyVector, or 1800wxbrief.
4. Logbook → ForeFlight CSV
Build entries here, then download a CSV in ForeFlight Logbook's published import format. In ForeFlight: More → Logbook → ⋯ → Import. Verify each entry on import — the CSV doesn't sign or guarantee anything.
5. FAA Documents — Save into ForeFlight Documents
ForeFlight Documents accepts PDFs you save from the web (open the link, then Share → Save to Files or Open in ForeFlight Documents on iOS). These are the most-used FAA references for student pilots and CFIs.
| Document | Open |
|---|---|
| Helicopter Flying Handbook (FAA-H-8083-21) | faa.gov |
| Airplane Flying Handbook (FAA-H-8083-3) | faa.gov |
| Pilot's Handbook of Aeronautical Knowledge (FAA-H-8083-25) | faa.gov |
| Instrument Flying Handbook (FAA-H-8083-15) | faa.gov |
| Helicopter Instrument Procedures Handbook (FAA-H-8083-16) | faa.gov |
| Aviation Instructor's Handbook (FAA-H-8083-9) | faa.gov |
| Risk Management Handbook (FAA-H-8083-2) | faa.gov |
| Aeronautical Information Manual (AIM) | faa.gov |
| 14 CFR Part 61 (eCFR) | ecfr.gov |
| 14 CFR Part 91 (eCFR) | ecfr.gov |
| AC 61-65 — Endorsements | faa.gov (search 61-65) |
| FAA Test Question Bank Index (Airman Knowledge Tests) | faa.gov |
| ForeFlight Logbook Import Guide | foreflight.com |
How the deep link works (technical note)
The buttons use ForeFlight's published custom URL scheme,
foreflightmobile://, which the ForeFlight app registers on install (iOS / iPadOS / macOS).
Examples used:
foreflightmobile://maps/search?q=KAPA— open the Maps view at an airport.foreflightmobile://airports/KAPA— open the Airports detail page.foreflightmobile://flights/new?dep=KAPA&dest=KCOS&route=DCT&alt=9500— start a new flight plan.
If ForeFlight isn't installed on the current device, the deep-link attempt fails silently and the app automatically opens ForeFlight Web (the planning portal at plan.foreflight.com) in a new tab as a fallback. Sign-in to your ForeFlight account is required for full data on the web portal. Each card also has dedicated AirNav / SkyVector / 1800wxbrief / FAA Chart Supplement buttons that work without any ForeFlight account. Schemes can change between ForeFlight versions; verify any unexpected behavior at foreflight.com/support.
You're thinking about becoming a pilot. Here's the actual map.
No acronyms in the first paragraph. No corporate sales funnel. Just the real thing — what it costs, what you can earn, how long it takes, and how to find out if you actually love it before you spend a dollar.
The 6 levels of pilot — like Lego blocks you stack
Every pilot stacks certificates. Each one unlocks new privileges:
- Student Pilot. A medical certificate and a logbook. You can fly with an instructor. First solo usually around 15-20 hours.
- Private Pilot (PPL). Carry passengers (not for hire). 40 hours minimum, 60-80 in real life. This is the "real" first license.
- Instrument Rating (IR). Fly in clouds and weather using only the instruments. Essential for any career.
- Commercial Pilot (CPL). Get paid to fly. 150-250 hours. The license that turns flying into a job.
- Flight Instructor (CFI / CFII). Teach others. Most career pilots build hours by instructing. ~250 hours typical.
- Airline Transport Pilot (ATP). The captain's license. 1,500 hours (1,000 with a degree). Required for airline captains.
Helicopter vs. Airplane — honest comparison
| 🚁 Helicopter | ✈ Airplane | |
|---|---|---|
| Training time to Private | 40 hrs minimum, 60-80 typical | 40 hrs minimum, 60-80 typical |
| Training cost to Private | $18,000–$28,000 | $12,000–$18,000 |
| Where it leads | Air ambulance (HEMS), offshore oil, news/TV, utility, tour ops, military | Regional airline → major airline; corporate; cargo |
| Hour-building after CPL | CFI-H, tour ops, photo flights | CFI, banner-tow, skydive, pipeline patrol |
| Income at 5 years | $95,000–$180,000 (HEMS) | $80,000–$120,000 (regional FO) |
| Income at 15 years | $150,000–$280,000 (utility/offshore captain) | $300,000–$500,000+ (major airline captain) |
Rule of thumb: Airplane has a clearer, faster path to high pay (airlines). Helicopter has more variety and is harder to automate away. Both are fine careers. Pick what you actually love — not what the brochure tells you.
What it really costs (honest numbers)
- Private Pilot → Regional Airline FO: $80,000–$120,000 if you self-fund. Less through a Part 141 university or military.
- Private Pilot → HEMS Captain: $90,000–$140,000, plus helicopter time which is expensive.
- Financing: Sallie Mae aviation loans, Sheffield Financial, AOPA Finance. Some flight schools have in-house plans.
- The cheap path most working pilots actually took: Get your Private at a Part 61 mom-and-pop school. Work toward CFI. Instruct your way through Commercial and Instrument while getting paid (modestly).
Your first step (cheaper than you think)
You don't need this app yet. You need a discovery flight: $150–$300 for a 30-60 minute intro flight with an instructor. Most flight schools offer them. Sit in the seat, put your hands on the controls, and find out whether you actually love it or just love the idea.
Then come back here. The Private Pilot tab will be exactly where you left it. Start studying for the written test on the bus to school. Build a streak. Don't wait until you can afford lessons to start learning.
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Training in the Northeast? Start with North Country Heli-Flight.
FAA Part 61 helicopter flight school in the Adirondacks (Ft. Ann, NY) — R44 training, time building & rusty-pilot programs. Our featured partner.
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FAA Part 61 helicopter flight school in the Adirondacks (Ft. Ann, NY) — R44 training, time building & rusty-pilot programs. Our featured partner.
The Maps button uses your current location for instant local results with reviews, photos, and contact info. AOPA's official "Learn to Fly" portal adds finance info, scholarships, and a school directory.
Why I'm telling you this for free
Because every study tool that pretends flying is easier or cheaper than it is gets people into debt and frustrated. Flying is wonderful and it is hard. If knowing the real numbers makes you want it more, you're going to do great.
— Walter Dusseldorp, CFII · Adirondack Park, NY
FAQ — quick answers to questions students actually ask
Do I need to be good at math?
No. Basic arithmetic. Anything more complex the calculator on your phone or your flight computer handles. The math myths are mostly leftover from the slide-rule era.
What about my eyesight / glasses?
You can wear glasses or contacts and become a commercial pilot. The medical standards correct to 20/20 — corrected, not uncorrected. Talk to an Aviation Medical Examiner (AME) before you commit, but it's almost never disqualifying.
Am I too young / too old?
You can start lessons at 14 (solo at 16 for glider, 17 for airplane/heli). There's no upper limit. People earn Private Pilot certificates at 70+ regularly.
Will my anxiety / ADHD / SSRI history disqualify me?
Probably not — but the FAA medical process for mental health history is real and worth understanding before you spend money on training. Look up "FAA HIMS program" and "FAA Mental Health pathway 2024" before scheduling your first lesson. Don't lie on the medical app — that's the only thing that genuinely disqualifies you.
Helicopter or airplane — which is harder?
Both are hard. Helicopter has steeper learning curve early (hovering is genuinely difficult) but more variety long-term. Airplane has gentler learning curve but the upper-level commercial regulatory load is heavier. Most working pilots will tell you "whichever one you're not currently flying is the hard one."
Flight Maneuvers & ACS Standards
Every required maneuver with its precise FAA tolerances, procedure, common errors, and CFI teaching technique. Filtered to your selected aircraft category; filter further by certificate level. Tap any maneuver to expand its full lesson-plan card — print it (Cmd/Ctrl+P) for kneeboard use.
About these standards
Tolerances and procedures here reflect the current FAA Airman Certification Standards as of May 2026:
- FAA-S-ACS-29 — Private Pilot Rotorcraft
- FAA-S-ACS-30 — Commercial Pilot Rotorcraft
- FAA-S-ACS-6 — Private Pilot Airplane
- FAA-S-ACS-7 — Commercial Pilot Airplane
- FAA-S-ACS-8 — Instrument Rating Airplane
ACS standards are revised periodically. Always confirm against the current published ACS on faa.gov/training_testing/testing/acs before any practical test.
Coverage note: v15.1 ships ~45 maneuvers spanning PPL/CPL/CFI/CFII/IFR airplane and helicopter. ACS references updated to current revisions (FAA-S-ACS-6C/7B/8C/11A/14/15/16). Verify tolerances against the current published ACS PDF — small revisions occur. If a maneuver you need isn't here, use Ask CFII for full ACS coverage on demand. Future revisions will add ATP-specific maneuvers, additional CFI demonstrations, and helicopter instrument approach procedures.
Currency Vault Pro
Track your six expiring currencies in one place. Browser alerts 30/14/7 days before anything expires. Plus the full AC 61-65 endorsement library, ready to PDF and sign.
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Logbook Pro Pro · Beta
Film your paper logbook (slow page turn) or upload a single-page photo. We extract every entry into FAA-format data you can download as CSV for ForeFlight, MyFlightbook, or any digital logbook.
DPE Mock Oral NEW
An AI plays the role of a Designated Pilot Examiner. Scenario-based oral questions for your certificate. You answer in your own words, the AI scores each response and gives DPE-voice feedback. End-of-session report tells you where you're sharp and where you need work before walking into the real one.
Start a mock oral
Same scoring rubric across all three — only feedback tone changes. Pick Friendly if you're early in study; Strict for last-mile pressure-testing.
The AI uses real-world scenarios — airport names, weather conditions, aircraft types — calibrated to your certificate level. Type your answer in your own words; the AI will score you 0–10 with specific feedback after each question.
Your mock oral history
No sessions yet. Start one above.
How it works
- Pick your certificate and category. The AI calibrates difficulty and topic spread to match real DPE oral exam expectations.
- Answer each scenario in your own words. Type the way you'd answer a DPE — reasoning, regulation, decision. Don't worry about being polished.
- Get scored 0-10 with specific feedback after each answer. The AI tells you what was right, what was missed, and whether your FAR citation was correct.
- End-of-session report. Overall score, strengths, weak areas, specific ACS tasks or FAR sections to study before your real oral.
- Repeat. Take it as often as you want — different questions each time, scoped to your weak areas if you've taken it before.
Free tier: 1 mock oral session per day, 3 questions per session. CFI Pro and Pro Lifetime: unlimited sessions, 10 questions each.
MEI — Multi-Engine Instructor (Helicopter) Helicopter
Add-on for CFI-Helicopter holders teaching in twin-engine helicopters (S-76, AW139, EC135, H145, Bell 429). Covers Cat A vs Cat B operations, OEI handling, combining-gearbox failure modes, and instructional technique for multi-engine emergencies.
Key references
- 14 CFR §61.183, §61.187, §61.195 — CFI eligibility and authorization rules; class authorization extends from your CFI privileges.
- FAA AC 27-1B / AC 29-2C — rotorcraft certification basis; OEI performance and Cat A/B definitions.
- Operator-specific RFM Cat A profile diagrams — TDP, VTOSS, OEI escape paths.
- Helicopter Flying Handbook (HFH) Ch.7 — multi-engine systems overview.
Use the other tabs to study MEI-Helicopter
All app tabs (Written Prep, Oral Flashcards, Syllabus, Checkride Checklist, Tracker, Ask CFII) include an "MEI" option in the level dropdown when Helicopter mode is active. Toggle Helicopter at the top, switch to any tab, pick MEI from the dropdown.
MEI — Multi-Engine Instructor (Airplane) Airplane
Add-on for CFI-Airplane holders teaching in multi-engine airplanes. The whole MEI curriculum centers on engine-out instructional discipline — Vmc demo recovery, identify-verify-feather-secure, single-engine ROC management, and recognizing the link between Vmc rollover and incipient spin entry.
Key concepts
- Critical engine — failure most adversely affects performance/handling. PAST: P-factor, Accelerated slipstream, Spiraling slipstream, Torque. On a conventional US twin, the left engine is critical.
- Vmc recovery — REDUCE power on the operating engine FIRST, then lower the nose. Never add rudder beyond what coordinated flight requires.
- VYSE (blue line) — best single-engine rate of climb. After engine failure, pitch for blue line. Bank ~5° into the operating engine.
- Spin avoidance — most light twins are NOT certified for spins. MEI training emphasizes recognition and avoidance, not recovery.
Use the other tabs to study MEI-Airplane
All app tabs (Written Prep, Oral Flashcards, Syllabus, Checkride Checklist, Tracker, Ask CFII) include an "MEI" option in the level dropdown when Airplane mode is active.
ATP — Airline Transport Pilot (Helicopter) Helicopter
Highest pilot certificate for rotorcraft. Required for many Part 135 IFR PIC roles, HEMS Captain positions, and offshore IFR operations. Lower minimums than airplane ATP — 1200 hr total + 500 PIC rotorcraft per §61.161.
Eligibility (§61.161)
- Age 23+ (no R-ATP path for helicopters)
- 1200 hr total flight time
- 500 hr rotorcraft PIC
- 200 hr cross-country
- 75 hr night time
- 75 hr instrument time (50 of which must be airborne)
- Hold a Commercial-Helicopter and Instrument-Helicopter rating
Emphasis areas
- IIMC — leading cause of HEMS fatalities. Memory items: TRANSITION to instruments, climb to MEA/MSA, level wings, request IFR vectors. Per NTSB SR 19-01.
- Cat A vs Cat B — for multi-engine operations, plan OEI escape paths.
- Settling-with-power — recognition cues, recovery techniques (Vuichard or forward-cyclic).
- NVG operations — additional §61.31(k) endorsement plus operator-specific training.
- Mountain/offshore/HEMS-specific risks — DA effects, tailwind approach planning, rejection-criteria discipline.
Use the other tabs to study ATP-Helicopter
All study tabs include "ATP" as an option in level dropdowns when Helicopter mode is active.
ATP — Airline Transport Pilot (Airplane) Airplane
The certificate that gets you to the airline cockpit. Standard ATP requires 1500 hr (§61.159). R-ATP allows 750-1250 hr depending on background (§61.160). ATP-CTP completion required before the knowledge test (§61.156).
Two paths
| Path | Minimum | Source |
|---|---|---|
| Standard ATP | 1500 hr total + 500 XC + 100 night + 75 instrument + 250 PIC | §61.159 |
| R-ATP — Military | 750 hr | §61.160(a) |
| R-ATP — Bachelor's + Part 141 (60+ aviation credits) | 1000 hr | §61.160(b) |
| R-ATP — Associate's + Part 141 (or Bachelor's + 30 credits) | 1250 hr | §61.160(c)/(d) |
R-ATP holders are restricted to SIC at Part 121 carriers until they hit standard ATP minimums.
ATP-CTP — required since August 2014
- 30 hours academic (high-altitude, swept-wing, transport-category performance, automation, leadership/CRM)
- 10 hours simulator (6 hours full-flight Level C/D minimum, 4 hours FTD)
- Must be completed BEFORE the ATP knowledge test (§61.156)
- Resulting graduation certificate is required to register for the test
Modern emphasis areas
- UPRT (Upset Prevention & Recovery Training) — AC 120-109, AC 120-111. Reduce AOA FIRST, THEN add power. Lessons from Colgan 3407 (2009).
- CRM/TEM (Threat & Error Management) — both pilots empowered to challenge; threat identification in briefings.
- Energy management — high-altitude swept-wing aerodynamics, Mach effects, coffin-corner awareness.
- Wake turbulence — modern spacing rules and avoidance technique.
- RVSM (FL290-FL410) — equipment, training, operational procedures per §91.180.
Use the other tabs to study ATP-Airplane
All study tabs include "ATP" in the level dropdowns when Airplane mode is active.