When translating power (watts) into specific power (watts per unit weight), a weight must be given. This is usually the weight of the entity providing a driving force. Note: VerticalClimb power is always computed using Total weight.
When translating power (watts) into specific power (watts per unit weight), a weight must be given. This is usually the weight of the entity providing a driving force. Note: Climb power is always computed using Total weight.
When translating power (watts) into specific power (watts per unit weight), a weight must be given. This is usually the weight of the entity providing a driving force. Note: Climb power is always computed using Total weight.
When translating power (watts) into specific power (watts per unit weight), a weight must be given. This is usually the weight of the entity providing a driving force. Note: Climb power is always computed using Total weight.
When translating power (watts) into specific power (watts per unit weight), a weight must be given. This is usually the weight of the entity providing a driving force. Note: Climb power is always computed using Total weight.
This is usually the weight of the entity providing a driving force.
Note:
VerticalClimb power is always computed using Total weight.