Can a Plane Hover? The 4 Airplanes That Really Can (and Why the One You Saw Didn’t)

Can a plane hover? Almost never. A normal airplane needs air rushing over its wings to stay up, so the moment it stops moving forward, it stops flying.

Only four airplane designs have ever hovered in regular military service: the Harrier jump jet, the Soviet Yak-38, the V-22 Osprey tiltrotor and the F-35B. Each one does it the same basic way, by pointing engine thrust at the ground instead of behind it.

And if you just watched an airliner seem to hang motionless in the sky, it was not hovering. It was moving at well over 100 mph, almost straight toward you or away from you. The section on that illusion is below the list.

Aircraft	How it hovers	In service	Built	Status (October 2026)
Harrier family (incl. Sea Harrier, AV-8B)	One engine, four swiveling nozzles	1969	824 delivered, 1969 to 2003	Retired by the UK, India and the US Marines; Spain and Italy until about 2030
Yakovlev Yak-38	Vectoring main engine plus two lift jets	1976	231	Retired in 1991
Bell Boeing V-22 Osprey	Rotors that tilt from vertical to horizontal	2007	About 400 (as of 2020)	In service: US Marines, Air Force, Navy and Japan
Lockheed Martin F-35B	Shaft-driven lift fan plus swiveling rear nozzle	2015	In production	In service: US Marines, UK, Italy, Japan

Why Most Airplanes Can’t Hover

A wing only makes lift when air flows over it. That is the core of how airplanes fly, and it is why every airplane has a stall speed: a minimum airspeed below which the wing can no longer hold it up.

Hovering means zero forward speed. At zero speed the wings are just dead weight, so the only thing left to hold the aircraft up is the engine.

That creates two hard problems. The engine has to push down with more force than the whole aircraft weighs, and the pilot still needs a way to steer when the rudder and ailerons have no air flowing over them.

A helicopter solves both with its spinning rotor, which is a wing that moves even when the aircraft does not. Our guide to how helicopters hover covers that in detail.

The catch is speed. Helicopters are much slower than airplanes, as our look at how fast helicopters fly shows, so engineers spent decades chasing an aircraft that could hover like one and cruise like a jet.

VTOL, STOVL and STOL: What the Labels Mean

Hovering aircraft come with a pile of acronyms. Here is what each one means.

• VTOL (vertical takeoff and landing): needs no runway at all.
• STOVL (short takeoff, vertical landing): uses a short rolling takeoff, then lands vertically.
• V/STOL: an umbrella term for aircraft that can take off or land vertically or on short runways.
• STOL (short takeoff and landing): needs only a short runway, but cannot hover.

In practice, the hovering jets fly as STOVL aircraft most of the time. A short rolling takeoff lets the wings share the load, which adds a lot of takeoff weight, range or payload.

The Harrier, for example, cannot take off vertically with a full load of weapons and fuel. It lands vertically more easily because by then it has burned off much of its fuel.

The Four Ways to Make an Airplane Hover

Tail-sitters. The aircraft stands on its tail and takes off pointing straight up, like a rocket. The Convair XFY Pogo and Lockheed XFV tested the idea in 1954 and 1955, and the jet-powered Ryan X-13 Vertijet flew from 1955 to 1957. None went into production.

Vectored thrust. One engine has nozzles that swivel from pointing backward to pointing down. This is the Harrier’s method.

Lift jets and lift fans. Extra engines, or a fan driven by the main engine, push air straight down during takeoff and landing and sit idle in cruise. The Yak-38 used lift jets, and the F-35B uses a lift fan.

Tilting rotors or wings. The engines and propellers rotate as a unit: up to hover, forward to fly. The V-22 Osprey is the one that made it into service.

The 4 Airplanes That Can Hover

1. Harrier Jump Jet (1969)

The Harrier is the aircraft that proved a hovering jet could work. Its prototype, the Hawker P.1127, made its first tethered hover on October 21, 1960, and its first free hover four weeks later.

Its trick is a single Rolls-Royce Pegasus engine with four nozzles on its sides. They swivel from straight back to 98 degrees, slightly past vertical, which lets a hovering Harrier creep backward.

To steer at zero airspeed, it bleeds high-pressure air from the engine out through small valves in the nose, tail and wingtips. Those puffs of air do the job the control surfaces cannot do in a hover.

The RAF took its first Harrier in April 1969, and 824 Harriers of all types were delivered between 1969 and 2003. That covers the first-generation Harrier, the naval Sea Harrier and the second-generation AV-8B Harrier II developed by McDonnell Douglas.

Of the dozens of vertical takeoff designs tried in that era, the Harrier is widely described as the only truly successful one.

Its fleet is now almost gone. The RAF and Royal Navy retired theirs in 2010, India retired its last Sea Harriers in 2016, and the US Marine Corps held its Harrier sundown ceremony on June 3, 2026, at MCAS Cherry Point, North Carolina.

That leaves the navies of Spain and Italy, which plan to fly their AV-8B+ jets until about 2030.

2. Yakovlev Yak-38 (1976)

The Yak-38 was the Soviet Navy’s answer to the Harrier. It first flew on January 15, 1971, entered service in August 1976 and flew from the Kiev-class carriers until 1991.

It looked like a Harrier but hovered differently. A main engine of 15,000 pounds of thrust had a swiveling nozzle, and two smaller lift jets of 7,200 pounds each pushed straight down and did nothing in cruise.

The Yak-38 ejected its pilot automatically if a lift engine failed or if the jet rolled past 60 degrees. Yakovlev built 231 of them, with a top speed of about 650 mph (1,050 km/h).

3. Bell Boeing V-22 Osprey (2007)

The V-22 Osprey hovers on two huge rotors mounted on wingtip engine nacelles. To fly fast, the nacelles rotate 90 degrees forward, in as little as 12 seconds, and the rotors become propellers.

Strictly, it is a tiltrotor rather than a pure airplane. But it has wings that carry it in cruise, and Boeing says it flies at nearly twice the speed of a typical helicopter.

The Osprey first flew on March 19, 1989, but it did not enter service until 2007, 18 years later. It is the world’s first production tiltrotor, and about 400 had been built by 2020.

It carries up to 24 people, has a maximum vertical takeoff weight of 52,600 pounds (23,859 kg) and can ferry more than 2,100 nautical miles. The fleet has logged more than 700,000 flight hours, according to Boeing.

The Marine Corps flies the MV-22, the Air Force the CV-22, and the Navy uses the CMV-22B to resupply its carriers. Japan’s Ground Self-Defense Force is the only export operator.

Its record is not spotless. After a CV-22B crashed off Yakushima, Japan, in November 2023, killing all eight airmen aboard, the US and Japanese fleets were grounded until March 2024.

4. Lockheed Martin F-35B Lightning II (2015)

The F-35B is the short takeoff, vertical landing version of the F-35 Lightning II. The US Marine Corps declared it combat-ready in July 2015.

Its hover system, built by Rolls-Royce, has three parts. A driveshaft takes up to 29,000 horsepower from the main engine to a 50-inch lift fan in the forward fuselage, which blows 20,000 pounds of cold thrust straight down.

At the back, a three-bearing swivel nozzle bends the engine exhaust 95 degrees downward in 2.5 seconds. Roll posts in the wings keep it level. Together the system delivers about 40,000 pounds of vertical thrust.

The F-35B tops out at Mach 1.6, making it the first and only supersonic hovering jet to reach operational service. It has taken over the Harrier’s role with the US Marines, the UK and Italy, and Japan flies it too.

Only the B can hover. The F-35A is a conventional runway fighter for air forces, and the F-35C is the aircraft carrier version.

The Hovering Planes That Never Made It

For every design that reached service, several hovered and went nowhere. The 1953 Rolls-Royce Thrust Measuring Rig, nicknamed the flying bedstead, led to the first engines built for vertical flight.

The US Navy’s Rockwell XFV-12 never generated enough lift to leave the ground at all, despite about 20,000 pounds of thrust.

The closest miss was the Yak-141, a supersonic successor to the Yak-38. It first flew on March 9, 1987, first hovered on December 29, 1989, and set 12 world records in testing before the program was suspended for lack of money in 1991.

Lockheed entered a partnership with Yakovlev in 1991, which it confirmed publicly in 1994. Both the Yak-141 and the F-35B use a swiveling rear nozzle, but where the Yak used two lift jets, the F-35B uses a shaft-driven lift fan.

The tiltrotor line has a sequel coming. In December 2022 the US Army picked Bell’s design, which grew out of the V-280 Valor, as its next assault aircraft, now designated the MV-75. It is meant to work alongside, and partly replace, the Black Hawk helicopter fleet.

Can Fighter Jets Hover? The F-22 Problem

Here is the twist most people miss. Plenty of modern fighter jets have more thrust than weight, and they still cannot hover.

Hovering takes more than raw power. The thrust has to point at the ground under the aircraft’s center of gravity, and the pilot needs jets or fans to control pitch, roll and yaw at zero speed. Only the four aircraft above were built with both.

Some small aerobatic propeller planes can briefly “hang” on their propeller, nose straight up, when their thrust exceeds their weight. It is a party trick, held for seconds, not a controlled hover over a spot.

Why Did I See a Plane Hovering?

Because it was flying almost straight along your line of sight. A plane coming toward you, or heading away, barely changes position against the sky, so it looks frozen even at airliner speeds.

Most of these sightings are airliners coming in to land, the slowest part of the flight, seen from miles away with nothing nearby to judge their speed against.

Watching from a moving car or train makes it stronger. Your own motion can cancel out the plane’s slow drift across your view, a parallax effect that makes it seem pinned in place.

Two quick checks settle it. Compare the plane against a fixed landmark, such as a pole or a bridge, for a minute, or look it up on a flight tracking app. It will be moving.

Even airshow “hovers” are usually slow passes into the wind. When an Airbus A330 seemed to stand still at a Farnborough display, it was flying into a 20-knot wind and still covering the ground at probably more than 80 mph (130 km/h).

Can Commercial Planes Hover?

No. No airliner, cargo jet or business jet in service can hover, and none is designed to. Even the most capable types of airplanes in airline service need a runway and a minimum flying speed.

There is one technical loophole. If a plane flies into a headwind exactly as fast as its airspeed, its speed over the ground drops to zero, and it hangs over one spot.

Light, slow airplanes such as the Piper Super Cub can come close in a strong wind. For a jetliner, the wind would have to blow faster than its stall speed. Pilot Teacher puts a Boeing 737’s stall speed at about 108 knots, so that is a sustained wind of more than 124 mph (200 km/h).

The nearest civilian aircraft is the Leonardo AW609, a civil tiltrotor. As of the latest reports in spring 2026, it was still flying FAA type inspection flights, with service entry planned for 2027.

FAQ

Is there a plane that can hover?

Yes, but only a few. Four designs have hovered in regular service: the Harrier jump jet, the Soviet Yak-38, the V-22 Osprey tiltrotor and the F-35B. Today the F-35B and V-22 are the main ones flying, along with the last Harriers in Spain and Italy.

Can all F-35 jets hover?

No. Only the F-35B can hover and land vertically, using its shaft-driven lift fan and swiveling rear nozzle. The F-35A takes off from runways, and the F-35C is the aircraft carrier version.

Can the F-22 Raptor hover?

No. The F-22 makes about 1.25 times its combat weight in thrust in full afterburner, but its nozzles only move 20 degrees up or down. It cannot point its thrust at the ground or steer at zero airspeed, so it cannot hover.

Why did I see a plane hovering?

It was moving, just almost directly toward you or away from you. A plane on final approach barely shifts against the sky from that angle, so it looks frozen. Check it against a fixed landmark or a flight tracking app and you will see it moving.

Can commercial planes hover in the air?

No. Airliners need air flowing over their wings at well above their stall speed to stay up. The closest civilian aircraft is the Leonardo AW609 tiltrotor, which was still in FAA certification testing as of spring 2026.

Can a plane stop in the air?

Only relative to the ground. If a slow airplane flies into a headwind as fast as its airspeed, its ground speed drops to zero and it hangs over one spot, while still flying through the air. It can never stop moving through the air without falling.

Does the US military still fly the Harrier?

No. The US Marine Corps held its AV-8B Harrier sundown ceremony on June 3, 2026, at MCAS Cherry Point, North Carolina, after flying Harriers since 1971. The F-35B has taken over its role.

Is the V-22 Osprey a plane or a helicopter?

Neither, exactly. It is a tiltrotor: it hovers on its rotors like a helicopter, then tilts them forward and flies on its wings like an airplane. It was the world’s first production tiltrotor and entered service in 2007.