Gloster Meteor

1. Lead

The Gloster Meteor was the first jet fighter to enter service with the Allies, and the only Allied jet fighter to see combat in the Second World War. Designed by the Gloster Aircraft Company around the pioneering jet engines of Frank Whittle, the Meteor first flew in March 1943 and entered service with the Royal Air Force in July 1944, at the height of the German V-1 flying bomb campaign against London.

In its first weeks in service, Meteors shot down V-1s over southern England, using their speed to catch the fast, pilotless missiles and to destroy them in the air. The Meteor never met the German Me 262 in air combat during the war, because the RAF, concerned that a Meteor might fall into German hands, forbade its use over German-held territory, but it did fly ground-attack missions in the last months of the war, and it showed that jet propulsion was the future of fighter aviation.

After the war, the Meteor became the RAF’s standard fighter, serving in large numbers in Britain and overseas, and it saw combat again in Korea, where Australian Meteors flew ground-attack missions, and in the Middle East, where Israeli Meteors fought in the Suez Crisis.

The Meteor’s story is the story of the jet age: a revolutionary aircraft that arrived just in time to fight in the war it was designed for, and that went on to serve for more than a decade as the backbone of the RAF’s fighter force.

2. Key Facts

Field	Value
Type	Twin-engine jet fighter
Role	Interceptor, fighter-bomber, ground attack, reconnaissance
Origin	United Kingdom
Manufacturer	Gloster Aircraft Company
First flight	5 March 1943
Introduced	July 1944
Produced	Approximately 3,875 aircraft, including post-war versions
Crew	1
Length	12.57 m (41 ft 3 in) for Meteor F.3, 13.11 m (43 ft 0 in) for F.8
Wingspan	13.11 m (43 ft 0 in)
Height	3.96 m (13 ft 0 in)
Engine	2 × Rolls-Royce Derwent or Welland turbojet engines
Thrust	Approximately 7.6–16 kN (1,700–3,600 lbf) each depending on version
Max speed	Approximately 670–965 km/h (416–600 mph) depending on version
Range	Approximately 850–1,600 km depending on version
Service ceiling	Approximately 13,000–13,700 m (42,500–45,000 ft)
Armament	4 × 20 mm Hispano cannon; bombs and rockets on later versions
Primary users	Royal Air Force, Royal Australian Air Force, Royal Netherlands Air Force, Belgian Air Force, Israeli Air Force, Argentine Air Force

3. Background and Development

Frank Whittle and the Jet Engine

The Meteor’s origins lay in the work of Frank Whittle, a young Royal Air Force officer who, in the late 1920s, proposed the gas turbine as a means of propelling an aircraft. Whittle’s ideas were initially ignored, but in the late 1930s, with war approaching, the British government gave him support, and his company, Power Jets, built the first British jet engine, the W.1, which first ran in 1937.

In May 1941, the Gloster E.28/39, a small experimental aircraft powered by Whittle’s engine, made the first British jet flight. The success of the E.28/39 showed that jet propulsion worked, and the Air Ministry ordered Gloster to build a twin-engine jet fighter around the new engine. The result was the Meteor, which was designed by George Carter at Gloster, with two engines mounted in nacelles under the wings.

The design was conventional in most respects — a low-wing monoplane with a tricycle landing gear and a pressurised cockpit — but its engines were revolutionary, and its performance, when it worked, was far beyond that of any piston-engine fighter.

From Prototype to Production

The Meteor prototype first flew on 5 March 1943, powered by two de Havilland Halford H.1 engines, because Whittle’s engines were not yet ready. The first production aircraft, the Meteor F.1, was powered by two Rolls-Royce Welland engines, a development of Whittle’s design, and it entered service with No. 616 Squadron in July 1944.

The F.1 was followed by the F.3, with more powerful Derwent engines, a longer fuselage, and a larger fuel capacity, and the F.3 became the standard wartime Meteor. Production was slow at first, because the jet engines were difficult to manufacture and because the aircraft was new and untried, but by the end of the war more than 200 Meteors had been built.

The Meteor’s development was a remarkable achievement, carried out under wartime conditions, with a new technology, and it showed that Britain, despite its limited resources, could lead the world in jet aviation.

The existence of so many sub-types is a reminder that this was not a static design. Each change was a response to something learned in service, whether it was a fault that needed correcting, a new weapon that needed fitting, or a new role that the machine was asked to perform. Some changes were small and invisible to an outsider, while others altered the shape or the armament in ways that are obvious in photographs. Taken together, the variants tell the story of a design being refined under pressure, with engineers, crews, and commanders all contributing to the next version.

4. Design

Airframe, Engines and Layout

The Meteor was a low-wing monoplane of all-metal construction, with a straight wing, a conventional tail, and a tricycle landing gear. Its two jet engines were mounted in nacelles under the wings, a layout that gave the aircraft a good centre of gravity and that made the engines accessible for maintenance.

The cockpit was set well forward, with a good view, and the pilot sat on an ejector seat in later versions, a feature that was new for a British fighter. The Meteor’s wing was straight, not swept, because the designers did not yet understand the advantages of swept wings at high speed, and the aircraft’s maximum speed was limited by compressibility effects at high Mach numbers.

The Meteor’s design was conservative in its airframe and radical in its engines, a combination that made it reliable and easy to fly, but that also meant it was not as fast as the German Me 262, which had swept wings and more powerful engines.

Armament, Equipment and Handling

The Meteor’s armament was four 20-millimetre Hispano cannon, mounted in the nose, with a large ammunition supply. The cannon were effective against the V-1, which was a small, fast target, and against ground targets in the last months of the war. The Meteor could also carry bombs and rockets in its later versions, and it was used as a fighter-bomber and as a ground-attack aircraft after the war.

Handling was good: the Meteor was stable, it was easy to fly, and its jet engines gave it a smooth, vibration-free ride that pilots liked. The aircraft’s greatest weakness was its engines, which were unreliable in the early versions and which had a short life, and its fuel consumption, which was high and which limited its range.

The Meteor’s pilots learned to manage the engines carefully, and to plan their missions around the aircraft’s limited endurance, a discipline that was new for fighter pilots who were used to piston engines.

5. Variants

Meteor F.1, F.3 and F.4

The Meteor F.1 was the first production version, powered by Welland engines and armed with four 20-millimetre cannon. It served with No. 616 Squadron in 1944, and it was used to intercept V-1s. The F.3 was a much improved version, with Derwent engines, a longer fuselage, and a larger fuel capacity, and it became the standard wartime Meteor. The F.4 was a post-war version, with more powerful Derwent engines, a clipped wing, and a higher speed, and it was the version that set world speed records in the late 1940s. The F.4 was also the version that was supplied to many foreign air forces, and it was the Meteor that most people remember from the early post-war years.

The existence of so many sub-types is a reminder that this was not a static design. Each change was a response to something learned in service, whether it was a fault that needed correcting, a new weapon that needed fitting, or a new role that the machine was asked to perform. Some changes were small and invisible to an outsider, while others altered the shape or the armament in ways that are obvious in photographs. Taken together, the variants tell the story of a design being refined under pressure, with engineers, crews, and commanders all contributing to the next version.

Meteor F.8, Night Fighters and Trainers

The Meteor F.8 was the definitive day fighter version, with a longer fuselage, a larger tail, an ejector seat, and more powerful Derwent engines. It served with the RAF in large numbers in the early 1950s, and it was the version that fought in Korea with the Royal Australian Air Force.

The Meteor NF.11, NF.12, NF.13, and NF.14 were night fighter versions, with radar in the nose and a second crew member, and they served with the RAF until the late 1950s. The Meteor T.7 was a two-seat trainer version, and the Meteor FR.9 was a fighter-reconnaissance version.

The Meteor’s many variants show how a wartime design could be adapted to a wide range of roles, and how it remained in service long after its designers had expected it to be replaced.

The existence of so many sub-types is a reminder that this was not a static design. Each change was a response to something learned in service, whether it was a fault that needed correcting, a new weapon that needed fitting, or a new role that the machine was asked to perform. Some changes were small and invisible to an outsider, while others altered the shape or the armament in ways that are obvious in photographs. Taken together, the variants tell the story of a design being refined under pressure, with engineers, crews, and commanders all contributing to the next version.

6. Operational History

The V-1 Campaign

The Meteor entered service in July 1944, at the height of the V-1 campaign. The V-1, a pilotless flying bomb, was launched from sites in northern France and flew to London at about 640 kilometres per hour, at an altitude of about 600 metres.

The Meteor, with a top speed of about 670 kilometres per hour in its F.1 version, was one of the few Allied fighters fast enough to catch a V-1, and No. 616 Squadron, based at Manston in Kent, was tasked with intercepting the missiles. The Meteors shot down 14 V-1s in their first weeks in service, using their cannon to destroy the missiles in the air.

The tactic was dangerous, because the V-1’s warhead could explode when it was hit, and some pilots learned to tip the V-1’s wing with their own wing, causing it to crash without exploding. The V-1 campaign was the Meteor’s first combat, and it showed that jet fighters could do a job that piston-engine fighters could not do as well.

Ground Attack in the Last Months of the War

In the last months of the war, Meteors of No. 616 Squadron flew from bases in Belgium and the Netherlands, attacking German ground targets and providing air support for the Allied armies. The RAF forbade the Meteor from flying over German-held territory for fear that a crashed Meteor might give the Germans information about jet engines, a restriction that meant the Meteor never met the Me 262 in combat.

The restriction was frustrating for the Meteor pilots, who wanted to test themselves against the German jet, but it was understandable, given the value of the jet technology. The Meteor’s ground-attack missions in 1945 were the first time a jet fighter had been used in that role, and they showed that the jet fighter could be used for more than interception.

The war ended before the Meteor could prove itself in air-to-air combat against the Me 262, and the question of which jet was better remains a matter for historians.

Korea and the Post-War Years

After the war, the Meteor became the RAF’s standard fighter, serving in Britain, in Germany, and overseas. In the Korean War, the Royal Australian Air Force flew Meteors in the ground-attack role, after finding that the Meteor was outclassed by the MiG-15 in air-to-air combat. The Australian Meteors flew hundreds of sorties, attacking North Korean and Chinese ground targets, and they suffered heavy losses to ground fire.

The Israeli Air Force flew Meteors in the Suez Crisis of 1956, and the Argentine Air Force flew Meteors in the 1950s. The Meteor’s post-war service was long and varied, and it showed that the aircraft, although it was a wartime design, remained useful for more than a decade after the war.

The Meteor was finally retired from RAF service in the early 1960s, although a small number remained in service as target tugs and for other duties until the 1970s.

The day-to-day reality of operating this type was very different from the clean narrative of a campaign history. Crews spent far more time maintaining, fuelling, and waiting than they did in combat, and the weather, the state of the roads or airfields, and the availability of spare parts often mattered more than the enemy. When the machine did go into action, the result depended on training, on leadership, and on luck, as well as on the qualities of the design. Those unglamorous details are what made the difference between a unit that kept its machines flying or rolling and one that did not.

The Meteor and the Jet Age

The Meteor’s service in Korea and in the Middle East showed both the strengths and the weaknesses of the first generation of jet fighters. The Meteor was reliable, it was easy to maintain, and it was a stable gun platform, but it was slower than the swept-wing MiG-15 and the F-86 Sabre, and it was outclassed in air-to-air combat by the newer jets.

The Meteor’s post-war career is therefore a story of an aircraft that was revolutionary in 1944 and obsolescent by 1951, a fate that was shared by all first-generation jets. The Meteor’s importance lies not in its post-war combat record but in its role as the first Allied jet fighter, and in the fact that it proved jet propulsion was practical and reliable enough for front-line service.

The day-to-day reality of operating this type was very different from the clean narrative of a campaign history. Crews spent far more time maintaining, fuelling, and waiting than they did in combat, and the weather, the state of the roads or airfields, and the availability of spare parts often mattered more than the enemy. When the machine did go into action, the result depended on training, on leadership, and on luck, as well as on the qualities of the design. Those unglamorous details are what made the difference between a unit that kept its machines flying or rolling and one that did not.

7. Performance and Specifications

Speed, Range and Ceiling

The Meteor F.3 had a maximum speed of approximately 670 kilometres per hour, a cruising speed of roughly 500 kilometres per hour, and a service ceiling of about 13,000 metres. The range was approximately 850 kilometres on internal fuel, and it could be extended with drop tanks.

The Meteor F.8, with more powerful Derwent engines, had a maximum speed of about 965 kilometres per hour, a service ceiling of about 13,700 metres, and a range of about 1,600 kilometres with drop tanks. These figures were a great advance on piston-engine fighters, but they were inferior to those of the Me 262, which was faster and had a higher ceiling.

The Meteor’s speed was limited by its straight wing, which suffered from compressibility at high Mach numbers, and by its engines, which were less powerful than the German Jumo 004.

The figures quoted for this type should be read as representative values rather than as exact guarantees for every individual machine. Weight varied with fuel, ammunition, and equipment, engines lost power as they wore, and field modifications added drag or weight that the original test aircraft never carried. Pilots and drivers therefore judged the machine by how it felt in service, by its climb or acceleration on a hot day, and by whether it could still do its job when it was tired and heavily loaded. Those practical judgements, recorded in reports and memoirs, are often more revealing than the clean numbers printed in a handbook.

Handling, Engines and Limitations

The Meteor was easy to fly, with good handling and a stable platform for its cannon. Its jet engines gave it a smooth ride and a rapid acceleration, but they were thirsty, and the aircraft’s range was limited. The engines were also unreliable in the early versions, with a short life and a tendency to flame out, and the pilots learned to handle them with care.

The Meteor’s greatest limitation was its straight wing, which meant that it could not fly as fast as the swept-wing jets that followed it, and its range, which meant that it could not escort bombers over long distances. These limitations were understood by the RAF, and the Meteor was soon supplemented and then replaced by swept-wing fighters such as the Hawker Hunter.

The Meteor’s performance, although it was revolutionary in 1944, was soon overtaken by the second generation of jets.

The figures quoted for this type should be read as representative values rather than as exact guarantees for every individual machine. Weight varied with fuel, ammunition, and equipment, engines lost power as they wore, and field modifications added drag or weight that the original test aircraft never carried. Pilots and drivers therefore judged the machine by how it felt in service, by its climb or acceleration on a hot day, and by whether it could still do its job when it was tired and heavily loaded. Those practical judgements, recorded in reports and memoirs, are often more revealing than the clean numbers printed in a handbook.

8. Operators

Royal Air Force

The principal operator was the Royal Air Force, which flew the Meteor from 1944 to the early 1960s, in the fighter, fighter-bomber, night fighter, reconnaissance, and training roles. The RAF’s Meteor squadrons were based in Britain, in Germany, and overseas, and they formed the backbone of the RAF’s fighter force in the early post-war years. The RAF’s use of the Meteor showed that the jet fighter could be operated in large numbers, in all weathers, and in a wide range of roles, and it provided the experience that the RAF needed to operate the second generation of jets.

The experience of the operators who used this type varied a great deal from one unit to another, because the same machine could be a reliable workhorse in one theatre and a constant source of trouble in another. Climate, the quality of spare parts, the length of supply lines, and the skill of the ground crews all shaped how the type performed in practice. Units that had time to learn its habits usually got far more from it than units that received it in a hurry and took it straight into combat. That pattern, in which training and maintenance mattered as much as the design itself, runs through almost every account left by the men who served with it.

Foreign Operators

The Meteor was supplied to many foreign air forces, including the Royal Australian Air Force, the Royal Netherlands Air Force, the Belgian Air Force, the Danish Air Force, the Israeli Air Force, the Argentine Air Force, the Brazilian Air Force, and the Egyptian Air Force. The Australian Meteors fought in Korea, the Israeli Meteors fought in the Suez Crisis, and the Argentine Meteors served until the 1960s.

The Meteor’s export success showed that Britain could still lead the world in jet aviation in the early post-war years, and that the Meteor, although it was a wartime design, was a capable and reliable aircraft that many air forces wanted. The Meteor’s foreign service is a reminder that the jet age was not only an American and Soviet story, but a British one as well.

The experience of the operators who used this type varied a great deal from one unit to another, because the same machine could be a reliable workhorse in one theatre and a constant source of trouble in another. Climate, the quality of spare parts, the length of supply lines, and the skill of the ground crews all shaped how the type performed in practice. Units that had time to learn its habits usually got far more from it than units that received it in a hurry and took it straight into combat. That pattern, in which training and maintenance mattered as much as the design itself, runs through almost every account left by the men who served with it.

9. Legacy and Influence

The First Allied Jet Fighter

The Meteor’s legacy is that it was the first Allied jet fighter to enter service, and the only Allied jet fighter to see combat in the Second World War. It proved that jet propulsion was practical, reliable, and effective in front-line service, and it paved the way for the second generation of jets that followed it.

The Meteor’s service against the V-1 showed that jets could do a job that piston-engine fighters could not do, and its post-war service showed that jets could be operated in large numbers. The Meteor’s influence on jet design was less direct than that of the Me 262, because its straight wing was a dead end, but its engines, its layout, and its operational experience influenced the design of later British jets, including the Hawker Hunter and the English Electric Lightning.

Historians still debate how much weight to give to this type when they assess the wider war. Some emphasise its direct contribution in combat, while others point to the lessons it taught, the doctrines it shaped, and the later designs that borrowed from it. Both views have merit, because a machine can matter through influence as well as through its own record. What is not in doubt is that the type left a mark on the people who used it, and that their accounts, written years later, still convey a strong sense of what it was like to depend on it.

Historical Assessment

Historians judge the Meteor not by its speed or its combat record, but by its place in aviation history. It was the aircraft that brought the jet age to the Allies, and it was the aircraft that showed that Britain, despite its limited resources, could lead the world in a revolutionary technology.

The Meteor’s pilots, who flew the first jet fighter in combat, were pioneers, and their experience shaped the RAF’s jet operations for the next decade. The Meteor is remembered today as a revolutionary aircraft that arrived just in time, and as a symbol of British ingenuity in the Second World War.

Its image — the twin-jet fighter with its straight wing and its four cannon — is one of the most recognisable of the early jet age.

Historians still debate how much weight to give to this type when they assess the wider war. Some emphasise its direct contribution in combat, while others point to the lessons it taught, the doctrines it shaped, and the later designs that borrowed from it. Both views have merit, because a machine can matter through influence as well as through its own record. What is not in doubt is that the type left a mark on the people who used it, and that their accounts, written years later, still convey a strong sense of what it was like to depend on it.

10. Surviving Examples

Museum Aircraft

A number of Meteors survive in museums. The Royal Air Force Museum at Hendon and at Cosford displays Meteors, and the Imperial War Museum at Duxford holds an example. The National Museum of the United States Air Force displays a Meteor, and the Australian War Memorial holds an example. Other Meteors are preserved in museums in the Netherlands, Belgium, Israel, and Argentina.

These museum aircraft are usually finished in the markings of a wartime or post-war squadron, and they allow visitors to see the size of the aircraft, its twin engines, and the cockpit that was the Meteor pilot’s office in 1944. The museum Meteors are a reminder of the jet age’s beginnings and of the men who flew the first Allied jets.

Visitors who encounter a surviving example today are looking at far more than a static exhibit. The size, the wear on the controls, and the cramped working positions all help to explain what service in this machine felt like, in a way that a photograph or a specification table cannot. Museum staff usually place the vehicle or aircraft in context with the unit that used it, the theatre in which it served, and the men who maintained it, so that a casual visitor can understand why it mattered. That educational role is now one of the main reasons these survivors are preserved, and it keeps the history alive for people who never saw the machine in service.

Airworthy Survivors

Two Meteors are airworthy and fly in Britain with the Classic Air Force and with private owners, and a small number of Meteors fly in other countries. These aircraft, although they are post-war versions rather than wartime F.1s or F.3s, give a good impression of what the Meteor looked and sounded like in flight, with the distinctive sound of the Derwent engines.

The airworthy Meteors are maintained by enthusiasts and by historic flight organisations, and their continued flight is a tribute to Gloster’s design and to the pioneers who flew the first jets. The fact that Meteors still fly, more than eighty years after the type first entered service, is a measure of the respect in which the aircraft is held.

Visitors who encounter a surviving example today are looking at far more than a static exhibit. The size, the wear on the controls, and the cramped working positions all help to explain what service in this machine felt like, in a way that a photograph or a specification table cannot. Museum staff usually place the vehicle or aircraft in context with the unit that used it, the theatre in which it served, and the men who maintained it, so that a casual visitor can understand why it mattered. That educational role is now one of the main reasons these survivors are preserved, and it keeps the history alive for people who never saw the machine in service.

Frequently Asked Questions

Was the Meteor the first jet fighter?
The Meteor was the first Allied jet fighter to enter service and the only Allied jet to see combat in WWII. The German Me 262 was the first jet fighter to enter service overall, in 1944.

Did the Meteor fight the Me 262?
No. The RAF forbade Meteors from flying over German-held territory for fear a crashed aircraft would reveal jet technology, so the two jets never met in combat.

What did the Meteor do in WWII?
Meteors intercepted V-1 flying bombs over southern England in 1944 and flew ground-attack missions in Belgium and the Netherlands in 1945.

How fast was the Meteor?
The wartime F.3 could reach about 670 km/h. The later F.8, with more powerful engines, could reach about 965 km/h.

Did the Meteor serve after the war?
Yes. It was the RAF’s standard fighter in the early 1950s, served in Korea with Australia, and was exported to many air forces, serving until the early 1960s.

Are any Meteors still flying?
Yes, a small number of post-war Meteors are airworthy in Britain and elsewhere, and many more survive in museums.

Related articles

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• Avro Lancaster
• B-26 Marauder

Sources

• William Green, War Planes of the Second World War: Fighters, Volume 4
• Edward Shacklady, The Gloster Meteor
• Royal Air Force Museum, Gloster Meteor exhibit and aircraft history
• Imperial War Museum, Meteor and jet aviation collections
• Gloster Aircraft Company, Meteor pilot handbooks and technical manuals
• Frank Whittle, Jet: The Story of a Pioneer
• Wikipedia, "Gloster Meteor"