TC Gyroplane Pilot Permit (GYROP) study guide
TC Gyroplane Pilot Permit (GYROP) · Work through your exam, one topic at a time.
The Gyroplane Pilot Permit (often abbreviated GYROP) is a Transport Canada pilot credential for flying gyroplanes, a class of rotorcraft that relies on an unpowered, freely rotating rotor for lift. This page is an independent study resource for candidates preparing for the written knowledge examination associated with that permit. It is not affiliated with, endorsed by, or operated by Transport Canada, and it is not an official source of licensing information. Important limitation: the Transport Canada page cited as the intended official reference for this credential could not be retrieved. Topics on this exam: Air Law, Aerodrome and Airspace Procedures, Gyroplane Flight Operations and Performance, Gyroplane Theory of Flight, Stability and Control, and Meteorology, Navigation and Radiotelephony. The TC Gyroplane Pilot Permit (GYROP) study guide has 4 sections and about 2,157 words.
01Air Law for the Gyroplane Pilot Permit
Canadian aviation law layers the Aeronautics Act, the Canadian Aviation Regulations (CARs), and associated standards. For the gyroplane permit, the core references are CAR 401 (licensing and permits), CAR 421 (the standards behind it), CAR 602 (general operating and flight rules), and CAR 605 (aircraft equipment and maintenance).
331 words, about 2 min02Aerodrome and Airspace Procedures
Understand runway designators (magnetic heading divided by ten, rounded), displaced thresholds, taxiway markings, and mandatory instruction signs. Know the difference between a controlled aerodrome (operating control tower) and an aerodrome with an FSS or MF.
325 words, about 2 min03Gyroplane Flight Operations and Performance
Gyroplanes have specific pre-flight items: rotor blade condition and tie-down, teeter bolt and hub bar, prerotator, rotor brake, control rigging, and the integrity of the mast and cheek plates. Daily inspection and journey log entries are regulatory, not optional.
299 words, about 1 min04Gyroplane Theory of Flight
A gyroplane's rotor is unpowered; it spins because of the airflow through it (autorotation). Relative wind comes up through the disc, and the blades produce lift through angle of attack.
1,202 words, about 6 min