
Cambridge Aerospace
British defence startup developing Skyhammer subsonic turbojet interceptor missile; first deliveries May 2026.
Last refreshed: 14 July 2026 · Appears in 1 active topic
Can a British startup with no delivery record supply missiles to the MoD on time?
Timeline for Cambridge Aerospace
Won a share of Britain's £3.16m LCADE award, its second counter-drone line in three months
Drones: Industry & Defence: Britain awards first LEAP effector moneyCompleted flight test of mission autonomy software for US Air Force CCA programme
Drones: Industry & Defence: RTX demos reusable Coyote against swarmsMentioned in: Healey commits £752M for 120,000 Ukraine drones in Berlin
Drones: Industry & Defencesecured UK government procurement contract for Skyhammer interceptor missile
Drones: Industry & Defence: UK buys Skyhammer from unproven startupMentioned in: UK doubles drone spend to £4 billion
Drones: Industry & DefenceBackground
Cambridge Aerospace is a British defence technology startup that emerged from university-linked research to develop the Skyhammer interceptor missile, a subsonic turbojet system with a 30km range and active X-band radar seeker designed to defeat Shahed-class drones. In April 2026, the UK Ministry of Defence placed an initial order through the UKDI rapid investment tranche, marking Cambridge Aerospace's first confirmed government customer and putting the company on the map as the UK's leading dedicated counter-drone interceptor developer. First deliveries are committed for May 2026. In July 2026 the company won a share of the UK's first LEAP/LCADE counter-drone awards, worth £3.16 million across three SMEs (13 July), giving Cambridge Aerospace a second confirmed MoD production line alongside Skyhammer.
The company sits at an unusual intersection: a startup with no prior delivery record receiving a defence contract that would historically have gone to an established prime. This reflects the MoD's deliberate shift under UKDI towards backing smaller, faster-moving companies willing to take technical risk. Cambridge Aerospace's design for Skyhammer prioritises the active radar seeker, avoiding GPS and radio-frequency vulnerability that plagued earlier interceptor concepts, and the subsonic turbojet propulsion, which offers longer loiter potential than rocket-powered alternatives.
If Cambridge Aerospace delivers on the May 2026 timeline, it would validate the UKDI model and position the company for follow-on orders under the UK's wider £4 billion drone investment commitment. A delay would be costly not just commercially but politically, as it would give ammunition to critics of fast-track defence procurement from unproven suppliers. The company is one of a handful of British defence startups attempting to build a sustainable drone-era weapons programme from within the UK industrial base rather than relying on US or Israeli systems.