Not affiliated with the FAA. Original questions based on the current text of 14 CFR Parts 61 and 91 on eCFR (current as of 2026-10-26), the FAA Helicopter Flying Handbook (FAA-H-8083-21B) and the Pilot’s Handbook of Aeronautical Knowledge (FAA-H-8083-25C).

FAA Commercial Pilot helicopter (CRH) knowledge test: practice test with original questions

Practice for the FAA Commercial Pilot helicopter (CRH) knowledge test with 130 original questions written from the current 14 CFR Parts 61 and 91 and FAA handbooks. Mock tests follow the published rule: 100 questions, 70 correct to pass.

Die Prüfung „FAA Commercial Pilot helicopter (CRH) knowledge test“ hat 100 Fragen; bestanden ist sie mit 70 richtigen Antworten. Diese 130 Übungsfragen wurden auf Grundlage von Helicopter Flying Handbook (FAA-H-8083-21B) (2019) geschrieben und am 28.10.2026 geprüft.

Umfasst: 14 CFR Parts 61 and 91 as of 2026-10-26; HFH FAA-H-8083-21B; PHAK FAA-H-8083-25CAls aktuell bestätigt am 28.10.2026Sprachen: English

130 Fragen · Modi: Lernen, Themen-Drill, Probeprüfung, Täglich 5

Probeprüfung: 100 Fragen, bestanden ab 70

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Über diesen Test

Practice for the FAA Commercial Pilot helicopter (CRH) knowledge test with original questions written from the current text of 14 CFR Parts 61 and 91 on eCFR (current as of 2026-10-26), the FAA Helicopter Flying Handbook (FAA-H-8083-21B) and the Pilot’s Handbook of Aeronautical Knowledge (FAA-H-8083-25C). Every correct answer is backed by a passage of the source and checked by two independent verifiers.

  • Study: every question with a short explanation.
  • Topic drills: regulations and privileges, helicopter aerodynamics, helicopter systems and performance, maneuvers and emergencies, weather, airspace, navigation and decision-making.
  • Mock test: 100 questions, 70 correct (70%) to pass, as the FAA Airman Knowledge Testing Matrix (revised 9/25/26) states for test CRH.

The questions are written in our own words; this is not the FAA’s question bank. Chart, figure and computer questions that need images are not included.

Themen

  • Freewheeling unit · 2
  • 180-degree autorotation · 1
  • Advection fog · 1
  • AIRMET Tango · 1
  • Alcohol waiting period · 1
  • Angle of incidence · 1
  • Autorotation definition · 1
  • Blade twist · 1
  • Carbon monoxide · 1
  • Carburetor ice consequence · 1
  • Ceiling definition · 1
  • Charging ammeter · 1
  • Class B airspace · 1
  • Class D airspace · 1
  • Class E base · 1
  • Class G airspace · 1
  • Clutch purpose · 1
  • Coaxial rotors · 1
  • Cockpit lighting at night · 1
  • Collective feathering · 1
  • Collective in a turn · 1
  • Collective in vortex ring · 1
  • Collective timing at touchdown · 1
  • Color at night · 1
  • Commercial eligibility age · 1
  • Commercial pilot privileges · 1
  • Compensating for dissymmetry · 1
  • Compressor surge · 1
  • Confined area takeoff · 1
  • Coning · 1
  • Convective SIGMET criteria · 1
  • Critical rollover angle · 1
  • Cross-country PIC time · 1
  • Dead reckoning · 1
  • Dissymmetry of lift · 1
  • Dropping objects · 1
  • Emergency deviation report · 1
  • Engine failure response · 1
  • Factors affecting lift · 1
  • Featureless terrain illusion · 1
  • Flameout · 1
  • Flight review content · 1
  • Flight review interval · 1
  • Fog persistence · 1
  • Front speeds · 1
  • Fuel injection benefit · 1
  • Fully articulated rotor · 1
  • Ground effect height · 1
  • Ground resonance · 1
  • Ground run after autorotation · 1
  • Gyroscopic precession · 1
  • Hazardous attitudes · 1
  • Heading control in autorotation · 1
  • Head-on right-of-way · 1
  • Height/velocity diagram · 1
  • Helicopter electrical systems · 1
  • High clouds · 1
  • Histotoxic hypoxia · 1
  • Hovering ceiling · 1
  • Humidity effect · 1
  • Hydraulic failure · 1
  • Hydraulic system parts · 1
  • Ice pellets · 1
  • Induced drag and airspeed · 1
  • Isobar spacing · 1
  • Landing energy · 1
  • Landing light illusion · 1
  • Lapse rate · 1
  • Low-G and two-bladed rotors · 1
  • Low-G recovery · 1
  • Low rotor rpm recovery · 1
  • LTE cause · 1
  • LTE recovery · 1
  • Main rotor transmission · 1
  • Mast bumping · 1
  • Medical for commercial privileges · 1
  • Microburst duration · 1
  • Night approach tendency · 1
  • Night passenger recency · 1
  • Night preflight light · 1
  • Night scanning · 1
  • Night takeoff · 1
  • Night vision deficiency · 1
  • Occluded front · 1
  • OGE hover power · 1
  • Parasite drag and speed · 1
  • Passenger recency · 1
  • Pilotage · 1
  • Pilot error share · 1
  • Pilot in command authority · 1
  • Pinnacle takeoff · 1
  • PIREP solicitation · 1
  • Powered aircraft and helicopter hours · 1
  • Restricted areas · 1
  • Retreating blade stall · 1
  • Retreating blade stall recovery · 1
  • Retreating blade stall symptoms · 1
  • Rotational relative wind · 1
  • Rotor rpm control · 1
  • Rotor stall · 1
  • Rotor versus engine rpm · 1
  • Semirigid rotor system · 1
  • Single-pilot resource management · 1
  • Slope landing heading · 1
  • Slope limit for training · 1
  • Solo or PIC with instructor · 1
  • Stopping dynamic rollover · 1
  • Supplemental oxygen for crew · 1
  • Swash plate purpose · 1
  • Symmetric airfoil at zero AOA · 1
  • TAF issue times · 1
  • Tail rotor drive · 1
  • Tail rotor drive failure · 1
  • Temperature inversion · 1
  • Test preparation with instructor · 1
  • Thunderstorm avoidance · 1
  • Thunderstorm stages · 1
  • Torque and power · 1
  • Total drag curve minimum · 1
  • Total flight time for helicopter commercial · 1
  • Translating tendency · 1
  • Transverse flow effect speed · 1
  • Type rating requirement · 1
  • VFR fuel reserve for rotorcraft · 1
  • VNE marking · 1
  • Vortex ring recovery · 1
  • Wind and climb performance · 1
  • Wind direction and performance · 1
  • Winds aloft rule of thumb · 1

Quellen und Version

Umfasst: 14 CFR Parts 61 and 91 as of 2026-10-26; HFH FAA-H-8083-21B; PHAK FAA-H-8083-25C · Als aktuell bestätigt am 28.10.2026

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