**On the runway, planes accelerate between 115 and 160 mph (185–257 km/h or 100–140 knots).**

**However, the actual acceleration is determined by the plane’s model, the outside temperature, and other variables.**

Commercial planes, on average, need the highest acceleration to take off, whereas small planes need the least. Planes must be able to accelerate quickly and achieve high speeds before taking off, as this provides the lift required to get airborne.

## Acceleration Of A Plane

Before taking off, modern planes require 30-35 seconds of acceleration. Several parameters determine the precise speed at which a plane accelerates during those 30-35 seconds, including the plane’s weight and ambient temperature.

For this reason, commercial jets accelerate the slowest and military jets the fastest. The Boeing 747, for example, has a take-off speed of 160 knots (184 mph or 300 km/h).

A fighter jet, such as the F15, can take off at 210 knots, 240 mph, or 385 km/h.

## Acceleration Of Commercial Airlines On The Runway

The average commercial airplane accelerates between 120 and 140 knots for 30 to 35 seconds before it takes off. Generally, the airplane determines the precise acceleration, and various aircraft experience different accelerations under different conditions.

Additionally, the airplane’s weight, the air density around it, and the runway surface all impact the aircraft’s acceleration.

Before taking off, the Airbus A380, for example, accelerates between 150 and 170 knots, 172-195 mph, or 276 and 313 km/h.

## Acceleration Of A Private Jet On The Runway

On runways, private flights accelerate faster than commercial planes. This gap exists because private planes have shorter take-off distances and lower take-off speeds than commercial flights.

A private plane’s average take-off speed is roughly 110-140 knots (126-160 mph or 200-260 mph). The Cessna Citation XLS is an example of a private plane with a take-off speed of 118 knots (135 mph or 217 km/h).

## Acceleration Of Small Planes On The Runway

Smaller planes require less speed than private planes to take off, and this speed is often between 50 and 100 knots. The actual speed is determined only by the plane’s weight and performance.

Light planes, such as the Cessna 150, take off at 54 knots, 100 kilometers per hour, or 62 miles per hour. Take-off speeds for tiny ultralight planes are much slower.

## Acceleration Of Fighter Jets On The Runway

The acceleration speeds of fighter jets vary depending on their kind. Generally, the usual fighter jet takes off at 120-140 knots, 140-160 miles per hour, or 225-260 kilometers per hour.

A F/A-18 Super Hornet, for example, takes off at 165 knots, or 190 miles per hour, or 305 kilometers per hour.

To take off, some fighter jets require substantially slower speeds.

Some planes have VTOL, or vertical take-off and landing, which means they take off and land at 0 knots. The F-35 is one of these planes.

Other planes are STOL, or short take-off and landing, which means they can take off at around 17 knots, 20 mph, or 32 km/h.

## Frequently Asked Questions

*What happens if a plane doesn’t accelerate fast enough when taking off?*

A plane will not take off from the ground if it does not accelerate quickly enough. Only the lift provided by high-speed air moving across the wings allows planes to fly.

The lift would not be enough for the plane to take off if the high-speed air is insufficient. So, the plane would keep traveling down the runway until the pilot stopped it or collided with something.

*What is the maximum speed a plane can reach?*

The maximum speed at which a plane can safely accelerate on a runway is determined by its type.

Currently, the Lockheed SR-71 Blackbird is the fastest plane that can accelerate on a runway. It can safely accelerate to 200 knots, 230 mph, or 370 km/h after taking off at 182 knots.

*How fast can planes accelerate from zero to sixty miles per hour?*

This is largely dependent on the plane’s model. Modern commercial and fighter jets can accelerate from zero to sixty miles per hour in less than six seconds.

They can do so because of the immense thrust generated by their engines.