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| RAF Warton | |
|---|---|
| Name | Warton Airfield |
| Location | Warton, Lancashire |
| Country | England |
| Type | Royal Air Force station |
| Ownership | Ministry of Defence |
| Operator | British Armed Forces |
| Controlledby | Royal Air Force |
| Used | 1940–present |
| Condition | Operational |
| Occupants | BAE Systems, RAF units |
| Runways | Runway 06/24, Runway 15/33 |
RAF Warton
Warton is a military airfield and industrial site near Preston and the River Ribble in Lancashire, England. It serves as a major assembly, test and support centre for aerospace manufacturing, linking BAE Systems operations with test squadrons, engineering units and local authorities. The site has played roles in World War II, Cold War operations and modern aerospace programmes, interacting with institutions such as Airbus, Rolls-Royce, Ministry of Defence, and regional councils.
The airfield opened in 1940 as a creation of the Royal Air Force, built adjacent to the town of Warton to support bomber and training requirements during World War II and to host units from RAF Bomber Command, RAF Coastal Command, and No. 9 Group RAF. Post-war, the site transitioned into an aircraft manufacturing test field used by English Electric and later BAC, merging into Hawker Siddeley and then British Aerospace. During the Cold War, Warton supported strategic programmes connected to V-bomber deployments and Cold War deterrence infrastructure. Following defence industry consolidations, the installation became central to British Aerospace and eventually BAE Systems military and civil projects, participating in multinational projects with NATO, European Aeronautic Defence and Space Company, and export customers such as the Royal Saudi Air Force and Royal Australian Air Force.
Warton functions as a flight test, final assembly and support hub for fast-jet and large-aircraft programmes, integrating activities between BAE Systems production lines and RAF test units. It hosts flight test sorties, acceptance trials, avionics integration, and weapons certification for platforms delivered to operators including the Royal Air Force, Royal Navy, and overseas air forces like the Turkish Air Force, Royal Air Force of Oman, and Indian Air Force. The field is a node in the British aerospace supply chain interfacing with MoD procurement, export licensing authorities, and multinational industrial partners such as Lockheed Martin, Northrop Grumman, and Raytheon Technologies. Warton also supports civil test activity linked to Airbus and engine runs for Rolls-Royce powerplants.
Permanent and visiting personnel include BAE Systems engineers, RAF test pilots, civilian test crews, and contracted specialists from organisations like QinetiQ and Racal. Historical RAF units that operated from the field included No. 1 Squadron RAF detachments for trials and elements of Central Flying School activities. Flight test squadrons, engineering flight crews, avionics integration teams, and logistics units are commonly present, alongside specialist MOD civilian staff for safety, airworthiness, and export compliance roles. The workforce draws from the Lancashire labour market, linking to institutions such as University of Central Lancashire and regional training providers.
Warton comprises multiple runways, instrument landing systems, hardened hangars, final assembly buildings, and test instrumentation laboratories. Notable facilities include large assembly halls used historically for the Tornado and Eurofighter Typhoon programmes, climate-controlled avionics bays, and static test stands for systems checkout. The site features aerodynamic and structural test rigs, telemetry suites tied to National Air Traffic Services coordination, and engine run-up pens aligned with local environmental regulations enforced by Lancashire County Council. Security and perimeter works conform to standards set by Defence Infrastructure Organisation and MOD airworthiness authorities.
Aircraft types associated with the airfield span historic and contemporary platforms: post-war types from English Electric Canberra to Cold War aircraft such as the Handley Page Victor, to modern fighters including the Panavia Tornado, Eurofighter Typhoon, and the Lockheed Martin F-35 Lightning II where BAE Systems provides systems and modification work. Test instrumentation includes telemetry pods, flight data recorders, airborne reconnaissance sensors, and radars supplied by contractors like Thales Group and Leonardo S.p.A.. Ground equipment encompasses custom jigs, hydraulic rigging units, avionics benches, and engine test cells by industrial suppliers including MTU Aero Engines and CFM International partners.
Throughout its operational life the airfield has experienced incidents during flight test and ground trials, involving emergency landings, engine failures, and runway excursions. Notable test incidents prompted joint investigations involving the Air Accidents Investigation Branch and MOD safety authorities, leading to procedure updates coordinated with OEMs such as British Aerospace and regulatory bodies like the Civil Aviation Authority. Local emergency services including Lancashire Fire and Rescue Service and NHS England ambulance trusts have been involved in response planning and exercises to mitigate risks inherent to flight test activity.
The airfield’s industrial role has shaped the economy of nearby towns including Preston, Lytham St Annes, and Kirkham, providing skilled employment and apprenticeships tied to institutions like Lancashire College and regional educational partnerships. Community outreach includes open days, STEM initiatives with schools such as Kirkham Grammar School, and collaboration with heritage organisations preserving local wartime history such as the Imperial War Museum. The presence of multinational programmes has fostered links to export markets and local civic bodies like Wyre Borough Council, while environmental and noise-management engagement involves bodies including Environment Agency and local parish councils.