Blicence canopy proficiency

Слайд 2

INTRODUCTION

B licence canopy Course overlay
Jump 1:  Evaluation jump
Jump 2:  Basic aerodynamics, effective flaring

INTRODUCTION B licence canopy Course overlay Jump 1: Evaluation jump Jump 2:
and riser turns
Jump 3: Stalls
Jump 4: Flat turns and cross wind landings
Jump 5: Long spot

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#1 EVALUATION JUMP

COLLAPSE SLIDER • LOOSEN CHEST STRAP • CHECK BRAKE LINE

#1 EVALUATION JUMP COLLAPSE SLIDER • LOOSEN CHEST STRAP • CHECK BRAKE
LENGTH • PRACTICE FLARES UP HIGH • PLAN AND EXECUTE A DISTINCT DOWNWIND, BASE AND FINAL APPROACH
Clear Predictable pattern
Airmanship
Straight in approach - Full flare

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#2 BASIC AERODYNAMICS, EFFECTIVE FLARING AND RISER TURNS
Lift
Drag
Gravity
Momentum (force)
Flaring
Riser turns
Under canopy

#2 BASIC AERODYNAMICS, EFFECTIVE FLARING AND RISER TURNS Lift Drag Gravity Momentum

Слайд 5

#3 STALLS

Dynamic stalls
Aerodynamic stalls
Full ram air stalls (reverse flight)
High speed stall
Stall characteristics 
Stall

#3 STALLS Dynamic stalls Aerodynamic stalls Full ram air stalls (reverse flight)
practice - Full ram-air stalls using toggles. 
   - Rear riser stalls

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#4 FLAT TURNS & CROSS-WIND LANDINGS

Reasons for flying in brakes
Vertical separation from

#4 FLAT TURNS & CROSS-WIND LANDINGS Reasons for flying in brakes Vertical
canopy traffic
Slow forward speed and descent rate
Returning from a long spot
Flat turns as a defence tool at low altitudes
Techniques for initiating a braked turn
Bring both toggles to mid-stall position to start.
Raise one toggle slightly to turn in the opposite direction.
Pull one toggle down slightly to initiate a turn in the same direction.
Most effective method for flat turns: Raise one toggle slightly and pull the opposite toggle down slightly to initiate a turn in the direction which the toggle is pulled down
Avoid stalling the canopy.

Effect of brakes on glide
Slower forward speed
Lower descent rate
Change in glide:
The pilot needs to experiment to determine the change in glide path at different degrees of flying in brakes.
Most modern nine-cell canopies fly flatter when a slight amount of brakes are applied.
Some lower-aspect canopies are designed to sink for a classic accuracy approach, which is less effective when performed under a higher-aspect ratio canopy in low-wind conditions.
Flaring from a braked position
Expect a different glide on a braked final approach.
Expect a shorter and quicker stroke needed to flare.
Prepare for a harder landing.

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