The stall speed of an aircraft depends on its altitude, weight, configuration, and lateral and vertical acceleration. The stall speed for a 777 is dependent on these real-time factors.
Typically, an approach is flown at about 15% greater than stall speed. If the target approach speed of the crashed Asiana flight is publiscized at 137 knots, then its stall speed would be about 120 knots (or about 138 mph).
This varies with the weight of the aircraft, flap positions, weather conditions etc., but the stall speed of your average Boeing 777-200ER with a normal loading of passengers (about 300) on final approach would be around about 140mph.
The max. speed of the Boeing 777 is 590 mph.
A Boeing 777 takes off at a speed of about 195 miles per hour.
The top speed of a Boeing 777 is: 0.89 Mach / 590 mph / 950 km/h / 512 knots.
777-200 136kts 156mph 777-200ER 139kts 160mph 777-200LR 140kts 161mph 777-300 149kts 171mph 777/300ER 149kts 171mph The actual touchdown speed depends on the load of the plane. If it is heavily loaded with passengers and fuel it will land faster than if it is almost empty and had few passengers.
Maximum speed of the Boeing 777 is as follows: 0.89 Mach / 590 mph / 950 km/h / 512 knots.
I am not 100% sure but i think the stall speed of the F-15 eagle is around 500km\h I also saw a documentary that says the stall speed is 530km\h
To determine how many hours it takes to cover 777 miles, you need to know the speed at which you are traveling. For example, if you're driving at an average speed of 60 miles per hour, it would take approximately 12.95 hours (or about 13 hours) to travel 777 miles. If the speed is different, simply divide 777 by that speed to find the travel time in hours.
250 km/hr.
148 knots
140knots is normal