Page 3-4
EASA Approved
Initial issue
3.4
Engine Failure
Engine Failure on Takeoff Roll
If the engine failure occurs during the takeoff roll, abort the takeoff and stop the aircraft.
a.
THROTTLE
IDLE
b.
Brake
As required
c.
FUEL PUMP
OFF
d.
IGNITION
OFF both circuits
e.
Starter key
OFF
f.
MASTER SWITCH
OFF
g.
Fuel selector
OFF
h.
All switches
OFF
i.
Brake
PARK
WARNING
While exiting the aircraft, make sure the exit path is clear of other
aircraft, spinning propellers and other hazards!
Engine Failure on Takeoff up to Height 500 ft (150 m) AGL
If the engine failure occurs during takeoff at low height, pitch the nose down to maintain airspeed. Landing should be
made straight ahead, turning only to avoid obstructions.
a.
Airspeed
120
–
130 IAS / 65
–
70 KIAS
b.
Sufficient runway
Perform emergency landing without engine power according to Chapter 3.8.3
straight ahead on runaway
c.
Insufficient runway
Perform emergency landing without engine power according to Chapter 3.8.3
only straight ahead
WARNING
In the case of insufficient runway, do not turn back to the runway
at height below 500 ft (150 m) AGL. Perform straight ahead
landing, turning only to avoid obstructions!
WARNING
In the case of rough terrain activate the EPS according
to Chapter 3.13.4!
Summary of Contents for WT9 Dynamic LSA / Club
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Page 20: ...Page 1 4 Initial issue Three View Drawing Fig 1 1 Three view drawing...
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Page 109: ...Initial issue EASA Approved Page 5 15 Fig 5 2 Crosswind U S Standard Units...
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Page 119: ...Initial issue EASA Approved Page 6 9 Fig 6 2 Operating Weight CG limit Metric Units...
Page 120: ...Page 6 10 EASA Approved Initial issue Fig 6 3 Operating Weight CG limit U S Standard Units...
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Page 148: ...Page 7 14 Initial issue Fig 7 5 Arrangement screen 1 Fig 7 6 Arrangement screen 2...
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Page 164: ...Page 7 30 Initial issue Fig 7 20 Arrangement screen 5 Fig 7 21 Arrangement screen 6...
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Page 188: ...Page 8 10 Initial issue Fig 8 5 Fuel draining...
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