£2.4 Billion Skynet Satellite Contract Remains Open Between Lockheed and Airbus

The UK faces a £2.4 billion choice between competing definitions of sovereign space capability. Four unnamed industry figures say a prospective contract for two Skynet 6 military communications satellites is under government review, with Lockheed Martin thought to be favored over longtime supplier Airbus. The Ministry of Defence’s position is definitive on the current status: the Skynet 6 procurement remains underway and no final decision has been made.

That leaves unresolved who will build spacecraft responsible for carrying sensitive communications for British forces. Airbus supporters point to established UK expertise and warn of job losses if production changes hands. Lockheed supporters claim the company offers stronger technology and would create a new British manufacturing operation. Neither argument can be reduced to a headline employment figure, because this procurement also determines where engineering authority, integration knowledge and long-term support capacity will reside.

Two different claims to sovereign control

Airbus’s British operation enters the competition as the incumbent industrial base. Airbus and its predecessors have worked on the UK’s military satellite capability for decades, while the current Skynet 5 fleet supplies much of the country’s military satellite communications. Airbus is also building the separate Skynet 6A spacecraft, which is scheduled to launch in 2027.

Supporters of Airbus argue that moving the wideband contract could put 3,000 highly skilled jobs at risk, principally in Stevenage and Portsmouth. Their deeper concern is the possible erosion of accumulated design and manufacturing knowledge. Satellite expertise is embedded in engineering teams, qualification processes, supplier relationships and experience integrating spacecraft with ground infrastructure. Losing workloads can disperse that capability even if drawings and contractual rights remain in Britain.

Lockheed Martin is offering a different model. The US-headquartered company says its proposed operation would include a UK Design Authority and UK chief engineer, with facilities in northeast England. A Lockheed-supporting industry figure said the plan would build and maintain the satellites in Britain, establish a factory in Tyneside and produce 500 direct plus 2,000 indirect jobs.

A UK Design Authority would give the British operation formal responsibility for key engineering decisions, but the practical depth of that authority depends on the final contract. The relevant questions include which teams control configuration, approve design changes, manage critical technology and sustain the spacecraft after launch. A factory’s location alone cannot answer those questions, just as an incumbent workforce alone does not establish that one bid offers the best future system.

The spacecraft are one part of a larger network

Skynet 6 is broader than two satellites. The Ministry of Defence describes the program as a combination of space, ground and user segments, supplemented by allied and commercial communications services. The wideband procurement covers geostationary spacecraft as well as associated ground equipment and launch operations, with military-grade communications payloads intended to provide high availability and hardened performance.

That architecture makes integration a major source of cost and risk. A satellite must work with control facilities, terminals, security arrangements and service contracts over a life measured in years. Changing the prime contractor can introduce transition work, while retaining an incumbent can limit the competitive pressure intended to improve capability and affordability. The government must compare those risks using detailed bids rather than treating supplier nationality as a proxy for technical performance.

The official competition framework already recognizes this. The Ministry of Defence has said it is prioritizing sovereign access to critical technologies, UK-based design authority and domestic assembly, integration and testing regardless of which bidder wins. Those requirements shift the central issue from corporate headquarters to enforceable control over engineering work and support.

Competing job totals need the same test

The employment claims describe different outcomes and are not directly interchangeable. Airbus warns that 3,000 existing roles could be lost, while Lockheed’s proposal projects 500 direct and 2,000 indirect jobs. Existing positions, newly created posts and supply-chain employment carry different levels of certainty, timing and technical content.

For public spending on this scale, evaluators must consider how many roles are contractually supported, where the work occurs and whether it sustains scarce satellite-design skills. Domestic assembly can generate employment without transferring broad design control. Conversely, preserving an established workforce has limited value if its technical base is not aligned with the capacity and protection required into the 2040s.

The competing technology claims remain similarly unsettled. A Lockheed-supporting figure described its capabilities as more advanced, while Airbus supporters emphasize continuity and sovereign experience. Neither company has publicly detailed its active bid: Airbus declined to comment, and Lockheed said it could not discuss the procurement while it remains in progress.

Industry figures suggested a decision could come within a fortnight, although the government has not confirmed that timetable. Until an award is made, the £2.4 billion contest remains a test of whether Britain can purchase improved satellite capability while retaining enough domestic authority to design, operate and support it for decades.

By David Whitaker — Associate editor for AMI’s aerospace and drone systems desk, translating flight systems, aircraft programs, spaceflight, and UAV developments into accessible technical stories.