First Flight Anniversary
5 March 1943
82
Years Since First Flight

Gloster Meteor

Britain’s first operational jet fighter—V-1 interceptor, European theatre workhorse, and Korea-proven with the RAAF

1940
Air Ministry Spec F.9/40
1943
First Flight
1944
Service Entry (RAF)
1980s
Final RAF Service

The Gloster Meteor was the first British jet fighter and the Allies’ only jet to see combat operations in the Second World War. Powered by Frank Whittle–derived turbojets, the prototype first flew on 5 March 1943, and Meteors entered squadron service in July 1944 with No. 616 Squadron. Initially tasked to counter the V-1 flying bomb threat from bases in Kent, the type quickly proved reliable and adaptable, paving the way for wider European deployment and post-war variants from reconnaissance to night fighter.

From V-1 hunting over Kent to hard fighting in Korea, the Meteor bridged wartime piston combat and the jet age—robust, versatile, and historically first.

Development began under Air Ministry Specification F.9/40, with Gloster designing the airframe around Whittle’s turbojets. Early production F.1s led to improved F.3s and post-war F.4/F.8 fighters, while Armstrong Whitworth produced successful two-seat night-fighters (NF.11/12/13). In November 1945, a Meteor IV set the first official jet-powered world speed record, underscoring the type’s rapid maturation.

The Meteor’s longest and most intense combat came in the Korean War, where No. 77 Squadron RAAF flew the F.8 from 1951–53. Outclassed by MiG-15s at altitude, the Australians shifted to ground-attack—flying thousands of sorties and still achieving several MiG claims. Meteors served worldwide and in numerous RAF roles into the 1970s–80s (notably target towing), leaving a long operational legacy for a first-generation jet.

Operational Chronicle

A detailed timeline of development, deployment, and distinguished service

1940

Specification F.9/40

The Air Ministry issues Spec F.9/40 for a jet-propelled fighter. Gloster designs an all-metal twin-jet airframe around Whittle-derived powerplants, leading to multiple prototype configurations during 1941–43.

1943

Maiden Flight

On 5 March 1943, the Meteor prototype flies, becoming Britain’s first jet fighter. Production F.1s follow, with early refinements to engines, canopy and nacelles as the programme accelerates.

1944

First RAF Operations

In July 1944 No. 616 Squadron declares Meteor F.1 operations from Manston, Kent. The first operational jet sorties for the RAF target V-1 flying bombs; the unit achieves its first V-1 “kills” in early August.

1945

North-West Europe Deployment

Meteor F.3s join the Second Tactical Air Force on the Continent for late-war operations, flying air defence and armed reconnaissance as the European campaign concludes.

1945

Jet World Speed Record

On 7 November 1945, a Meteor F.4 sets the first official jet-powered world speed record at over 600 mph, reflecting rapid post-war development.

1950–53

Korean War (RAAF)

No. 77 Squadron RAAF converts to Meteor F.8s in 1951. After early air-to-air combat with MiG-15s, the unit focuses on ground-attack—flying thousands of sorties and claiming several MiG victories.

1950s

Night-Fighter & Recon Families

Armstrong Whitworth builds successful NF.11/12/13 two-seat night-fighters; FR.9 tactical reconnaissance and PR.10 photo-recon variants expand the family’s roles across Europe and the Middle East.

1956

Suez Crisis

Meteors see action with multiple operators in the Middle East, including Israeli and Egyptian air arms, in mixed air-defence and strike roles during the Suez crisis.

1970s–80s

Long Tail of Service

Former fighters transition to target towing, test and drone roles. RAF target-tug Meteors remain active into the 1970s–80s, giving the type one of the longest careers of any first-generation jet.

Combat Operations

Key campaigns and roles that defined the Meteor in service

V-1 Interception
July–Aug 1944 • Southern England

No. 616 Squadron employs Meteor F.1s from Manston to counter flying bombs—the RAF’s first operational jet missions—achieving early V-1 kills and proving the type’s frontline viability.

North-West Europe
Early 1945 • 2nd TAF

Meteor F.3s deploy to the Continent for late-war air defence and armed recce, supporting the final push into Germany and safeguarding Allied airspace.

Korean War
1951–53 • RAAF No. 77 Sqn

Operating Meteor F.8s, the Australians begin with escort and fighter sweeps but transition to intensive ground-attack—flying thousands of sorties and still recording several MiG victories.

Suez / Sinai
1956 • Middle East

Meteors fly with multiple nations during the Suez Crisis in air-defence and strike roles, highlighting the type’s wide export service in the 1950s.

Night-Fighter Shield
Early–Mid 1950s • UK & Europe

Armstrong Whitworth Meteor NF.11/12/13s assume radar night-fighter duties, replacing late-mark Mosquitos and providing a crucial air-defence bridge to the all-weather jet era.

Target Towing & Trials
1960s–1980s • RAF/Overseas

Retired fighters gain second lives as TT.20/TT conversions and trials platforms. Meteor activity in these roles endures in UK service into the 1970s–80s.

Service Record

Headline milestones from the Meteor’s long career

1940
Spec F.9/40 Issued
1943
First Flight Year
82
Years of History
1980s
Final RAF Roles

Technical Specifications

Essential details and characteristics of the Gloster Meteor

Manufacturer
Gloster Aircraft Company
First Flight
5 March 1943
Role
First-generation Jet Fighter (with Night-Fighter & Recon Variants)
Primary Operator
Royal Air Force (RAF)
Based On
N/A — Original Gloster design to Spec F.9/40
Service Period
1944 – 1970s/80s (RAF roles continued longest in support duties)
Key Operational Variant
F.8 (RAAF in Korea)
Engine Options
Rolls-Royce Welland & Derwent turbojets (various marks)
Combat Debut
V-1 Interception, July 1944 (UK)
Notable Service
WWII (UK/Europe), Korean War (RAAF), Suez Crisis (multiple operators)

Development Story

From F.9/40 concept to a family of fighters, night-fighters and recces

Britain’s first operational jet fighter, the Meteor turned Whittle’s turbojet theory into combat-proven reality—then evolved into a whole family of front-line and specialist variants.

Origins and Early Prototypes

Under Air Ministry Specification F.9/40, Gloster engineered a twin-jet fighter around Whittle-derived powerplants, flight-testing multiple prototype combinations through 1943. The first flight on 5 March 1943 validated the concept; early design work focused on engine reliability, yaw stability and nacelle refinement before production F.1s emerged.

Into Service and Rapid Evolution

Entering RAF service in July 1944, Meteors initially hunted V-1s from Manston before moving to North-West Europe for late-war operations. Post-war development accelerated: the F.4 introduced more powerful Derwents and structural/aerodynamic improvements, while the F.8 became the definitive single-seater—later proving itself in Korea with the RAAF.

Night-Fighter & Reconnaissance Branches

Armstrong Whitworth developed the two-seat radar-equipped NF.11/12/13 night-fighters, replacing late-mark Mosquitos. Tactical FR.9 and high-altitude PR.10 reconnaissance variants extended the aircraft’s utility across Europe and the Middle East, reflecting the airframe’s versatility.

Records and Long Service

In November 1945 a Meteor F.4 set the first official jet world speed record at over 600 mph. Though superseded by swept-wing types, Meteors continued in air defence, training, trials and target-towing roles—remaining familiar on RAF and overseas inventories into the 1970s–80s.

Enduring Legacy

The Allied jet that went to war—and kept serving for decades

The Gloster Meteor stands as Britain’s first operational jet and the only Allied jet to see combat in WWII. It introduced practical turbojet combat operations, set an early jet speed record, and evolved into night-fighter and reconnaissance families used worldwide. From V-1 interdiction and late-war European duties to hard combat over Korea and broad post-war service, the Meteor bridged eras and proved that first-generation jets could deliver lasting operational value. Its extended afterlife in trials and target-towing roles into the 1970s–80s underlines an exceptional service span for a pioneering design.

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