The Accelerate Stop Distance on a dry runway considers both the all engine case and the engine failure case. The latter is calculated by adding the sum of the distance necessary to accelerate to V EF , the distance to accelerate to the highest speed reached during the rejected take-off…

Question

The Accelerate Stop Distance on a dry runway considers both the all engine case and the engine failure case. The latter  is calculated by adding the sum of the distance necessary to accelerate to V EF , the distance to accelerate to the highest  speed reached during the rejected take-off…

Accepted Answer

the distance to come to a full stop, and a distance equivalent to 2 seconds at V 1

Answer

the distance to come to a full stop, and a distance equivalent to 2 seconds at V 1  all multiplied by 1.15.

Answer

150% of the distance to come to a full stop, and a distance equivalent to 2 seconds at V EF .

Answer

the distance to come to a full stop multiplied by 1.15, and a distance equivalent to 2 seconds at V EF .

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The Accelerate Stop Distance on a dry runway considers both the all engine case ...

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