Hawker Siddeley Harrier / BAe Sea Harrier

Four swiveling nozzles, a single engine and outrigger wheels at the wingtips: the Harrier was the first operational combat aircraft that could take off and land vertically. Here you can read its history from the P.1127 to the Sea Harrier and find out where to see the first generation today.

Also known as: Harrier GR.1 · Harrier GR.3 · Harrier T.4 · AV-8A · AV-8S Matador · Sea Harrier FRS.1 · Sea Harrier FA2 · Sea Harrier FRS.51 · Jump Jet · P.1127 · Kestrel

United KingdomHawkerMilitary aircraft13 min read

1969

Entry into RAF service

278

first-generation Harriers

98

Sea Harriers built

20

Sea Harrier air-to-air victories in 1982

Key takeaways

  • First operational VTOL aircraft: The RAF put the Harrier into service on April 1, 1969, with No. 1 Squadron at Wittering.
  • The heart is the Pegasus: A single engine with four swiveling nozzles generates both lift and thrust.
  • From test vehicle to production: P.1127 from 1960, Kestrel with a British-American-West German evaluation squadron from 1964, Harrier GR.1 from 1967.
  • The Sea Harrier from British Aerospace made the concept carrier-capable and scored 20 air-to-air victories in the 1982 Falklands War without a loss in air combat.
  • Today a museum type: First-generation examples are no longer flying in service, but there are many exhibits – in Germany too.
Contents
  1. 1.The Harrier in one sentence
  2. 2.From the P.1127 to the Harrier: the long road
  3. 3.The first-generation versions
  4. 4.Operational service: RAF, Marines, Spain, Thailand
  5. 5.The Sea Harrier: Jump Jet for the Royal Navy
  6. 6.How to identify the Harrier and Sea Harrier
  7. 7.Where to see Harriers today
  8. 8.Photo tips for museum Harriers
  9. 9.Conclusion

Profile

ManufacturerHawker Siddeley (Harrier), British Aerospace (Sea Harrier)
RoleV/STOL ground-attack and reconnaissance aircraft (Harrier), carrier-based fighter (Sea Harrier)
PredecessorsP.1127 (first tethered hover October 21, 1960), Kestrel FGA.1 (first flight March 7, 1964)
First flight of the Harrier GR.1December 28, 1967
Entry into serviceApril 1, 1969, No. 1 Squadron RAF at Wittering
First flight of the Sea HarrierAugust 20, 1978 at Dunsfold
Built278 first-generation Harriers, 98 Sea Harriers
Engine1 × Rolls-Royce Pegasus with four swiveling nozzles, about 96 kN (Pegasus 103 in the GR.3)
Length / wingspan / height (GR.3)14.27 m / 7.75 m / 3.63 m
Length / wingspan / height (Sea Harrier FA2)14.17 m / 7.70 m / 3.71 m
Max. takeoff weight (GR.3)11,431 kg
Maximum speed (GR.3)about 1,176 km/h at low level
Operators (historical)Royal Air Force, Royal Navy, US Marine Corps, Spanish Navy, Indian Navy, Royal Thai Navy
StatusFully retired; last Sea Harriers retired in India in 2016

Identifying features

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Check off everything that applies to the aircraft you are looking at.

  • Four thrust nozzles, two on each side of the fuselage – ahead of and behind the wing
  • Outrigger wheels right at the wingtips; on the later Harrier II they sit farther inboard
  • Small metal shoulder-mounted wing with pronounced anhedral
  • Large, semicircular air intakes on both sides behind the cockpit
  • GR.3 with a lengthened, obliquely cut-off nose for the laser rangefinder
  • Sea Harrier with a raised cockpit and bubble canopy as well as radar in the nose

Updated: October 2026 – A combat jet that hovers over a meadow like a helicopter, slowly turns, takes a bow and then shoots off: this display has fascinated generations of airshow visitors. Hawker Siddeley’s Harrier was the first combat aircraft to master this trick not just in trials but in regular operational service. Its naval version, British Aerospace’s Sea Harrier, made history in the Falklands War. On this page you will learn how the concept came about, what versions there were, who flew the Jump Jet and where you can get the first generation in front of your camera today.

Jump Jets in your hangar

With Planetrack you log every Harrier with photo, type, serial and location and check off the variants in your hangar. The app is launching soon – join the waitlist and get early access.

The Harrier in one sentence

The Harrier is a single-seat ground-attack and reconnaissance aircraft with a single engine whose thrust is vectored downward or rearward through four swiveling nozzles. That lets it take off and land vertically, lift off with a short run and hover in place. The advantage for the military: it doesn’t need a long concrete runway but gets by with forest clearings, road sections or small aircraft carriers.

The heart of the concept is the Pegasus engine, originally developed by Bristol and later built on under Rolls-Royce. The basic idea of a jet engine with vectored thrust goes back to the French adviser Michel Wibault; Bristol turned it into a smaller, lighter design. At Hawker, engineer Ralph Hooper laid down the basic layout of the aircraft, while chief designer Sydney Camm insisted on the greatest possible simplicity.

1960first tethered hover of the P.1127 at Dunsfold
1969entry into service with the Royal Air Force
4swiveling nozzles on a single Pegasus engine

From the P.1127 to the Harrier: the long road

The story begins in the late 1950s. Bristol had an engine project with vectored thrust in the drawer, and Stanley Hooker of Bristol told Sydney Camm about it in 1957. Hawker built an experimental aircraft around this engine: the P.1127.

1960: first hover

On October 21, 1960, the prototype XP831 lifted off for the first time at Dunsfold – still secured by tethers. The first free hover followed on November 19, 1960.

1961: transition to forward flight

On February 13, 1961, test pilot Bill Bedford flew the P.1127 conventionally for the first time. In the course of 1961 the transition from hovering to level flight and back succeeded.

1964: Kestrel and tripartite evaluation

The further developed Kestrel FGA.1 flew on March 7, 1964. From October 1964 a squadron with pilots from Britain, the US and West Germany tested the type at West Raynham.

1967–1969: Harrier GR.1

The production version Harrier GR.1 flew on December 28, 1967. On April 1, 1969, conversion training began with No. 1 Squadron at Wittering.

Six P.1127s were built and nine Kestrels. The evaluation squadron – in English the Tripartite Evaluation Squadron – is considered the first military unit ever equipped with V/STOL aircraft. West Germany was thus involved in the Harrier concept early on, but later did not procure the Harrier for the Bundeswehr (the German armed forces).

Museum piece with number one

The very first P.1127, XP831, now stands in the Science Museum in London. A Kestrel (XS695) is on display at the RAF Museum Cosford, another P.1127 at the Brooklands Museum in Surrey.

The first-generation versions

In total, 278 first-generation Harriers were built. The most important versions at a glance:

Version Operator Special feature
GR.1 / GR.1A Royal Air Force First production version, first flight 1967
GR.3 Royal Air Force Laser rangefinder in lengthened nose, more powerful Pegasus 103
T.2 / T.4 Royal Air Force Two-seater with stepped canopy for training
AV-8A / AV-8C US Marine Corps 102 single-seaters, in service from 1971, retired by 1987
TAV-8A US Marine Corps Two-seater, 8 aircraft
AV-8S / TAV-8S Matador Spanish Navy, later Thailand Export via the US, in service from 1976

The GR.3 is the version most spotters picture when they think of an RAF Harrier. Its long, obliquely cut-off nose with the window for the laser target rangefinder makes it instantly recognizable. In addition came a radar warning receiver, improved electronics and the more powerful Pegasus 103 with about 96 kilonewtons of thrust.

The two-seaters T.2 and T.4 can be recognized by the long, stepped canopy and the lengthened fuselage. They retained full V/STOL capability, which was crucial for training: hovering was considered the most demanding phase in the Harrier cockpit.

Operational service: RAF, Marines, Spain, Thailand

Royal Air Force – and a lot of West Germany

For the RAF, the Harrier was the aircraft for the war in Central Europe. The idea: in a real conflict the big airfields would be destroyed, but Harriers could keep operating from hidden field sites. That is why the RAF based its Harrier squadrons in West Germany:

  • RAF Wildenrath from June 1970 to April 1977 with Nos. 3, 4 and 20 Squadron
  • RAF Gütersloh from January 1977 to April 1992 with Nos. 3 and 4 Squadron
  • RAF Laarbruch near Weeze from 1992, then already with the Harrier II

Two to three times a year, parts of the squadrons deployed into the field. Engineers laid aluminum plates, the jets took off from makeshift strips about 230 meters long and landed on small pads of about 21 by 21 meters. Anyone who grew up in East Westphalia or on the Lower Rhine at the time knows the sound.

In 1969 the Harrier also delivered a famous publicity feat: in the Daily Mail Transatlantic Air Race, two RAF Harriers flew between London and New York, refueling in flight along the way. They took off and landed in the middle of the city – a first for jet aircraft. Aircraft XV741 won the westbound category and now stands in the Brooklands Museum.

The Harrier was also present in Belize: there it was the only RAF combat aircraft that could safely use the short runway. From 1988 the RAF then received the Harrier II as the GR.5 and GR.7, which replaced the GR.3 in the early 1990s.

US Marine Corps: AV-8A

The US Marine Corps was enthusiastic about the concept and bought a total of 102 AV-8As and 8 TAV-8As between 1971 and 1976. That made the Harrier one of the few foreign combat aircraft in US service. The Marines operated it from amphibious ships and improvised sites. By 1987 the AV-8A and the modernized AV-8C were retired, replaced by the AV-8B Harrier II, which McDonnell Douglas had developed from the Harrier.

Spain and Thailand: the Matador

In the early 1970s, Spain was not allowed to buy directly from Hawker for political reasons. The US government therefore acted as intermediary. From 1976 the Armada flew its AV-8S Matadors from Rota and from the carrier Dédalo. In 1998, seven single-seaters and two two-seaters went to the Royal Thai Navy, which used them for the light carrier Chakri Naruebet. In 2006 Thailand retired the last flyable first-generation Harrier.

Found a museum Harrier?

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The Sea Harrier: Jump Jet for the Royal Navy

In the mid-1970s the Royal Navy needed a combat aircraft for its new, comparatively small carriers of the Invincible class. The solution was a naval version of the Harrier. It was built by British Aerospace, into which Hawker Siddeley had merged in 1977 – today the company is part of BAE Systems.

The Sea Harrier FRS.1 flew on August 20, 1978 at Dunsfold. The first front-line squadron, 800 Naval Air Squadron, was formed in March 1980. Compared with the RAF Harrier, the Sea Harrier had:

  • a raised cockpit with bubble canopy for better all-round visibility
  • the Blue Fox radar in the nose
  • Sidewinder air-to-air missiles and navigation aids for carrier landings
  • protection against corrosion from seawater

One important innovation was not in the aircraft but on the ship: the ski jump at the bow end of the carriers. With it the Sea Harrier could take off more heavily loaded than would have been possible from a flat deck.

Falklands War 1982

The Sea Harrier had its big moment in the Falklands War of 1982. From the carriers Hermes and Invincible, Sea Harriers were the only British fighters in the South Atlantic. They shot down 20 Argentine aircraft without losing one of their own in air combat. Losses came from ground fire and accidents. In addition, ten RAF Harrier GR.3s flew ground-attack missions from Hermes. In total the British lost six Sea Harriers and four GR.3s in the conflict.

FA2, India and the end

From 1988 the modernized Sea Harrier FA2 flew with the Blue Vixen radar and AMRAAM missiles; the first aircraft was delivered in 1993. Many FRS.1s were converted to this standard. In total, 98 Sea Harriers were built. The Royal Navy retired the last FA2s in March 2006.

The Indian Navy received 30 aircraft of the export version FRS.51, including five two-seaters. It flew the Sea Harriers from the carrier Viraat and retired them in March 2016 – ending the service life of the first Harrier generation worldwide.

How to identify the Harrier and Sea Harrier

In a museum the Harrier usually stands within reach, and wind and backlight play no role. The challenge lies more in identifying the version correctly. This quick ID helps you:

Quick ID: which Harrier?

Two questions, one assessment. The serial on the fuselage confirms the result.

Likely

Harrier GR.1 or GR.3

Outrigger wheels at the tips and no radar point to the first-generation RAF Harrier. The long laser nose shows the GR.3; without it, it is more likely a GR.1.

Likely

Harrier II (AV-8B, GR.5/7/9)

Outrigger wheels set farther inboard and the larger wing show the second generation. You can find details on the versions on the page on the AV-8B Harrier II.

Likely

Sea Harrier

The raised cockpit and the radar nose are typical of the naval version. A pointed nose suggests the FRS.1 or FRS.51, a thicker, rounder one the FA2.

It is a first-generation Harrier if …

  • four nozzles and outrigger wheels at the wingtips come together
  • the wing is small and hangs clearly downward
  • the serial fits the RAF, Royal Navy, AV-8A or Matador

Take a closer look if …

  • two seats in tandem are visible – then it is a T.2, T.4 or TAV-8
  • you only see a fuselage section or cockpit, as some collections display

Not a first-generation Harrier if …

  • the outrigger wheels sit far inboard on the wing
  • there is only one exhaust nozzle at the rear – then it is more likely an F-35B
  • the jet has two engines and swing wings, like the Tornado

You can find more identification aids for European combat aircraft in the article Identifying fighter jets in Europe. And if you come across a Hawker Hunter in the same museum: it is the older stablemate from the same house.

Where to see Harriers today

Because the first generation is no longer in service anywhere, your route leads to a museum. The selection is pleasantly large, in Germany too. The serials come from the usual inventory lists; before your visit, check with the museum whether the aircraft is currently on display.

Location Aircraft Note
Military History Museum Berlin-Gatow Harrier GR.1 XV278 Early RAF production version
Flugausstellung Hermeskeil Harrier GR.3 XZ998 Large collection, many combat jets outdoors
Imperial War Museum Duxford Harrier GR.3 XZ133, Sea Harrier FA2 ZA175 Harrier and Sea Harrier in one place
RAF Museum Cosford Kestrel FGA.1 XS695 Predecessor from the tripartite evaluation
Brooklands Museum P.1127 XP984, Harrier GR.1 XV741 XV741 is the winner of the 1969 Daily Mail race
National Museum of Flight East Fortune Harrier GR.1 XV277 Scotland, near Edinburgh
Pima Air & Space Museum Sea Harrier FA2 ZH810, XV-6A Kestrel Tucson, Arizona
National Museum of the US Air Force XV-6A Kestrel Dayton, Ohio

More Sea Harriers stand, according to inventory lists, at the Fleet Air Arm Museum in Yeovilton (where there is also a P.1127), at the Midland Air Museum in Coventry, the Newark Air Museum and the Naval Aviation Museum in Goa. In Germany the lists also name a Harrier GR.3 at the Flugplatzmuseum Gütersloh – fitting for the former Harrier base. For an overview of German collections, see the article Aviation museums in Germany.

Collections change

Museums lend out aircraft, restore them or put them into storage. Don’t rely on older lists; before a long trip, ask the museum briefly.

If you visit Duxford, you can combine it with an airshow – more in the article on the Duxford airshows. For an overview of the season’s big events, see Airshows in Europe for plane spotters, and at the Royal International Air Tattoo British aviation classics regularly turn up in the static display.

Ready for your Harrier museum tour?

Check off what you have already sorted out.

  • I asked the museum whether the Harrier is on display.
  • I know the opening hours and any photo rules in the hall.
  • I can tell the GR.1, GR.3 and Sea Harrier apart.
  • I brought a wide-angle lens for tight halls.
  • I note serial and version for my archive.

Photo tips for museum Harriers

A Harrier in a museum is not an easy subject: it is small, often stands tightly among other aircraft and in halls with mixed lighting.

Show the nozzles

The special thing is the four nozzles. Shoot at an angle from the front or low from the side so that at least the two nozzles on one side are clearly visible.

Include the outrigger wheels

The wheels at the wingtips are the most important identifying feature. A view from the front with the full wing documents the version unambiguously.

Serial separately

Take a separate detail picture of the serial on the fuselage. That way you can look the aircraft up later in databases like Scramble.

In Planetrack you post your museum photo with type, serial and location and file it in your hangar. Variants you still lack – such as the Kestrel, T.4 or Sea Harrier FRS.51 – you note on your wish list. In the community you get likes and comments and chat with other fans of British military aviation. If you want to lend a hand yourself, the article Volunteering at aviation museums offers ideas.

Conclusion

The Harrier proved that a vertical-takeoff combat aircraft works not only in trials but in the daily routine of an air force. The P.1127 of 1960 became a jet that was used in West Germany, in Belize, on American and Spanish ships and in the South Atlantic. The Sea Harrier turned it into a carrier fighter, and the Harrier II carried the idea into the 21st century. Today you meet the first generation in museums – fortunately also in Berlin-Gatow and Hermeskeil.

Quick summary

Four nozzles, outrigger wheels at the wingtips, small drooping wing: that is the first-generation Harrier. The long laser nose gives away the GR.3, the raised cockpit the Sea Harrier. You won’t see it fly anymore, but all the better in a museum.

Summary

  • The Harrier grew out of the P.1127 experimental aircraft at Hawker and Bristol’s Pegasus engine.
  • It flew with the RAF, the US Marine Corps, Spain and finally Thailand; the RAF based it in West Germany for decades.
  • The Sea Harrier was the naval version for the Royal Navy and India, retired in 2006 and 2016 respectively.
  • As a spotter you find the first generation in museums such as Berlin-Gatow, Hermeskeil, Duxford, Cosford or Brooklands.

Frequently asked questions

Was the Harrier really the first vertical takeoff combat aircraft in service?

Yes, it is considered the first operational ground-attack and reconnaissance aircraft with V/STOL capability. The Royal Air Force put it into service in April 1969. Other VTOL aircraft of the time remained experimental or only entered service later.

What is the difference between the Harrier and the Sea Harrier?

The Harrier GR was an RAF ground-attack aircraft without radar. British Aerospace’s Sea Harrier is the naval version with radar in the nose, a raised cockpit and air-to-air armament. It flew from aircraft carriers of the Royal Navy and the Indian Navy.

How do I tell the first Harrier from the Harrier II?

The easiest way is the outrigger wheels: on the first Harrier and the Sea Harrier they sit at the wingtips, on the AV-8B Harrier II at about half span. The Harrier II also has a larger wing and a higher-set cockpit.

Where can I see a Harrier in Germany?

According to the usual inventory lists, a Harrier GR.1 (XV278) stands in the Military History Museum in Berlin-Gatow and a GR.3 (XZ998) in the Flugausstellung Hermeskeil. Before your visit, check with the museum whether the aircraft is currently on display.

Is a first-generation Harrier still flying today?

Not in military service. Thailand retired its last flyable Harrier in 2006, and India its last Sea Harriers in 2016. A few aircraft passed into private hands, but flyable examples are the great exception.

What does Germany have to do with the Harrier?

For one, West German test pilots flew the Kestrel in the evaluation squadron in 1965. For another, the RAF based its Harrier squadrons at Wildenrath from 1970, at Gütersloh from 1977 and at Laarbruch from 1992.

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Planetrack editorial team

The aircraft type database is built from our own observation at airports, community sightings and publicly available sources. Confirmed details are in the profile; anything that can change is marked as such.

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