12
hours
Ground school and briefing
8
hours
Flying
6
days
Required to complete
Theoretical Knowledge Instruction
TECHNICAL SUBJECTS
- Inverted flight
- inverted turns
- steep turns.
- Inverted wing rocks
- Segments of inverted loops.
- Inverted stalling
- Precision recoveries from intentional inverted spins
- Rotational changes during recovery
- Effects of relative wind on recovery attitude
- Positive flick rolls:
- level
- 45° descending)
- Entry speeds and unloading
- Half flicks
- Inside & Outside Rolling circles
- Advanced loops:
- square
- rolling
- avalanche
- Rolling in the vertical:
- up and down
- Zero G
- Elevator neutral point
- Lack of adverse yaw at Zero G
ARESTI
- Notation for Intermediate aerobatic maneouvres
- Aresti System (Condensed)
(http://www.aresti system.com)
SEQUENCE APPRECIATION
- Sequence design
- Free Known
Intermediate Aerobatic Manoeuvres
- Straight and level inverted flight
- Inverted turns
- Inverted steep turns (60° of bank)
- Recovery form inverted spiral dive
- Inverted stall from level deceleration
- Inverted spins entered from level inverted
- Non-precision recovery
- Precision spin recoveries including 1 and 1½ turns.
- Low speed inverted flight
- half square loop
- Pushing at low speed slipstream + gyro + torque!!
- Outside looping segments, 45° segments, up and down
- Outside looping segments, half loop up
- Outside looping segments, stall turn, push out
- Flick rolls:
- entry speeds
- unloading
- effects of aileron
- stopping after ½
- Rolling turns: inside
- optimum speeds
- flat turning aspects
- spatial orientation
- rhythm
- Rolling turns: outside
- differences from inside
- Vertical rolling, up and down