How Fast a Plane Is Going When It Lands

A passenger jet’s speed on final approach varies by aircraft and conditions. The speed at wheel touchdown varies by aircraft and conditions. The exact answer depends on the airplane, its landing weight, its flap setting, and whether you mean airspeed or speed over the ground.

Situation	Typical Speed	What the Number Represents
Passenger jet on final approach	150–180 mph (240–290 km/h)	A broad commercial-airliner approach range
Passenger jet at wheel touchdown	149–155 mph (240–250 km/h)	A commonly quoted range for the moment the tires meet the runway
Cessna 172 on landing approach	60–70 mph	A typical light training-airplane landing range

Landing Speed Is Not One Number

The biggest source of confusion is that an airplane can have two very different valid speeds at the same moment:

• Indicated airspeed (IAS) is the airspeed shown to pilots on the cockpit instruments. It is the important number for controlling the airplane’s lift and keeping a safe margin above a stall.
• Ground speed is how fast the airplane moves across the ground. This is the number a passenger might see on a flight-tracking app or infer from a moving map.

A strong headwind lowers ground speed because the airplane is moving into air that is already traveling toward it. A tailwind raises ground speed. The airplane can therefore fly the same indicated approach speed on two different days while passing over the runway at very different ground speeds.

How to Estimate Your Flight’s Landing Speed

Use this method when you want a useful travel-level answer rather than a precise cockpit performance calculation.

Step 1: Identify the Aircraft Category

Start by separating a scheduled passenger jet from a small propeller airplane. For a typical airline jet, estimate the final approach speed based on the aircraft and conditions.

Do not apply a passenger-jet estimate to every airplane. A light aircraft such as a Cessna 172 approaches much more slowly because it is smaller, lighter, and designed around very different wing and performance requirements.

If you know the exact aircraft model, use it to narrow the estimate. Two flights on the same model can have different reference speeds because they can arrive with different fuel loads, passenger loads, cargo weights, and weather conditions.

Step 2: Name the Part of the Landing

“Landing speed” can describe several moments:

1. Final approach: The airplane is descending on the path to the runway with landing flaps and gear configured.
2. Flare: The pilot raises the nose slightly just before contact to reduce the descent rate.
3. Touchdown: The main wheels meet the runway.
4. Rollout: The airplane decelerates after landing and eventually turns off the runway.

A speed quoted for approach is not necessarily the speed at wheel contact. Likewise, the much slower speed at a runway exit is not the airplane’s landing speed.

Step 3: Decide Whether the Number Is Airspeed or Ground Speed

Use the cockpit figure when discussing how the pilots flew the approach. For a tracking service, report its displayed figure.

A flight tracker may not capture the precise instant of wheel touchdown. That matters most on windy days.

Step 4: State the Estimate Clearly

A clear answer identifies the airplane category, the phase of landing, and whether the number is airspeed or ground speed.

How Airplanes Slow Down for Landing

Airplanes do not simply point downward and brake at the last moment. The crew begins slowing and configuring the aircraft well before the runway.

Flaps extend from the wing to increase lift at lower speeds and add drag. Landing gear also adds drag. These changes let the airplane fly a controlled approach at a slower speed than it could with a clean wing and retracted gear.

On the final approach, the pilots maintain a planned speed and descent path. Just before touchdown, they make a flare, which reduces the descent rate so the main wheels can touch down smoothly. The flare is part of the normal landing sequence.

Landing-speed control is described differently for light aircraft and large airliners:

• In a light airplane, power is commonly used to manage the descent rate, while pitch attitude is used to manage airspeed.
• In a large transport airplane, thrust is commonly used to manage airspeed, while pitch is used to manage the descent path.

Do not treat a light-aircraft landing technique as though it describes how an airliner is flown onto the runway.

Large passenger aircraft maintain a planned margin above stall speed throughout the approach. They are not trying to reach the absolute minimum possible flying speed before touching down.

After touchdown, spoilers deploy on many airliners to reduce wing lift and place more of the aircraft’s weight on the wheels. Wheel brakes then become more effective, and many jets use reverse thrust to help slow down.

What Changes a Plane’s Landing Speed

The airplane type is only the starting point. Flight crews use performance data to plan the landing.

Aircraft Type and Design

A light trainer, regional jet, wide-body airliner, business jet, and military aircraft all have different wings, weights, engines, and operating limits. Their designs and operating limits shape their performance.

Landing Weight

An airplane normally weighs less at landing than it did at takeoff because it has burned fuel. Even so, one arriving flight can be significantly heavier than another.

A heavier airplane generally needs a higher reference speed to produce enough lift safely. Passenger count, cargo, remaining fuel, and aircraft model all affect that calculation.

Flap and Landing-Gear Configuration

Flaps and slats change the wing’s shape and increase its ability to create lift at slower speeds. They also add drag, helping the airplane descend without accelerating excessively.

The selected configuration affects the planned approach speed. Crews use the approved settings and performance data for that airplane rather than choosing a speed by feel.

Wind and Weather

Wind is one factor crews account for in the landing plan.

Weather, runway conditions, airport elevation, and runway characteristics can also affect the landing plan.

What Happens After Touchdown

The moment the wheels touch the runway is only the beginning of the landing rollout. Spoilers, braking, reverse thrust, and aerodynamic drag reduce speed quickly, but the aircraft still needs enough distance and control to remain safely on the runway.

The first available runway exit is not always the one the pilots use. The crew may continue farther down the runway because of the airplane’s speed, the planned braking level, the turn’s geometry, air traffic instructions, runway conditions, or airport procedures.

That is why a passenger may see a nearby turnoff pass by and assume the aircraft “missed” it. In many cases, the crew simply planned to use a later exit.

How to Check What a Landing-Speed Claim Means

Before trusting a landing-speed figure in a video, article, or social-media post, check four details:

• Aircraft: Is it a small propeller plane, a regional jet, or a large long-haul airliner?
• Flight phase: Does the number refer to approach, touchdown, or rollout?
• Speed type: Is it indicated airspeed, true airspeed, or ground speed?
• Conditions: Was there a headwind, tailwind, unusual weight, short runway, or special landing procedure?

A number can be accurate yet misleading if those details are missing. A high ground speed, for example, does not automatically mean pilots approached too fast through the air.

When you hear a landing-speed claim, first identify the aircraft, the phase of landing, and whether the number is airspeed or ground speed. Identifying those details turns a surprising number into an answer that actually describes what the airplane was doing.

Frequently Asked Questions

How Fast Is a 747 Going When It Lands?

A Boeing 747 is commonly quoted at about 150 to 170 mph on landing approach. Its exact reference speed changes with model, weight, configuration, and conditions.

How Fast Is a Plane Going at the First Runway Exit?

There is no single standard speed for a runway exit. By then, the aircraft is moving substantially slower than at touchdown, but the speed depends on the exit’s turn angle, runway conditions, braking plan, and air traffic instructions.

Are Planes Faster When Landing Than When Taking Off?

There is no universal rule that landing is always faster or always slower than takeoff. Both speeds depend on aircraft weight, configuration, wind, and performance requirements, and they can be close for a particular airplane.

What Is the Fastest Plane Landing Ever Achieved?

A landing speed of 380 mph (331 knots) has been reported as an extreme high figure, but it is not useful as a normal-airline comparison or a simple all-aircraft record. Specialized aircraft, unusual procedures, and the definition of “landing speed” make such claims difficult to compare directly.

How fast do commercial airplanes fly?

Commercial jets typically cruise at 500 to 600 mph. For comparison, commercial aircraft generally land at around 160 to 180 mph, so the phase of flight matters when you interpret a speed figure.