To give the take-off speed of the planes in km, they have an average of 200-300 take-off speeds. These speeds may vary depending on the model of the aircraft. For example, the approximate take-off speed of an A380 and B747 aircraft is 270 km / h.
What Affects the Take-off Speed of Aircraft?
- Wind direction and wind strength
- Runway condition, runway size, and distance
- Air pressure
- Humidity
- Runway slope
- Aircraft weight
Abbreviation Meanings of Airplane Speeds
Speed calculations are calculated with the letter “V” for velocity, which means speed. V1 speed is the maximum speed at which the pilot can stop taking off and stop on the runway. After reaching V1 speed, the flight cannot be cancelled. The ‘VR’ speed is the speed at which the aircraft can now lift one by one. The ‘V2’ speed is the speed at which the aircraft can safely climb.
How to Calculate Aircraft Take-off Speed?
The speed of the aircraft is calculated based on the take-off weight. After calculating the maximum take-off weight (MTOW), take-off speed is determined by considering many factors such as the aircraft type, runway length, and slope. When calculating take-off weight, it is calculated based on taxi fuel, flight fuel, reserve fuel, cargo, passenger, and operational empty weight.
