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.
Al convertir la potencia (vatios) en potencia específica (vatios poer unidadá de pesou), setien debe darse un pesou. Este suele ser el pesou de la entidadá que proporciona'apurre una fuerza impulsora. Nota: la potencia vertical siempres se calcula utilizando e'l pesou total.
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.
Al convertir la potencia (vatios) en potencia específica (vatios por unidad de peso), se debe dar un peso. Este suele ser el peso de la entidad que proporciona una fuerza impulsora. Nota: la potencia vertical siempre se calcula utilizando el peso total.
This is usually the weight of the entity providing a driving force.
Note:
VerticalClimb power is always computed using Total weight.