UK to flight test hypersonic target vehicle at Hebrides Range in 2027

The UK is preparing to test a new hypersonic target vehicle designed to help develop and evaluate advanced missile defence systems.

The demonstration is planned for 2027 at the Ministry of Defence’s Hebrides Range, as part of a programme aimed at improving the country’s ability to assess emerging high-speed threats.

As reported by UK Defence Journal, the project, known as Project Bowline, will deliver a target capable of replicating threats travelling at speeds exceeding five times the speed of sound.

Details of the programme were outlined in a parliamentary response by Luke Pollard, Minister of State at the Ministry of Defence, following a question from Conservative MP Ben Obese-Jecty, who represents Huntingdon.

Obese-Jecty asked the Defence Secretary to provide the full requirements for the hypersonic target being developed under the project. Pollard confirmed that Project Bowline would cover the design, manufacture, qualification and testing of a vehicle capable of simulating emerging threats travelling faster than Mach 5.

The target is intended to support missile defence research, development and experimentation, providing a realistic environment in which defence technologies can be assessed against increasingly sophisticated threats.

However, the MOD has declined to release the full technical specifications, citing commercial and operational sensitivities.

Supporting the development of missile defences

Hypersonic weapons present a significant challenge for modern air and missile defence systems because of their extreme speed and potential manoeuvrability.

Developing effective countermeasures requires realistic testing against representative targets. A vehicle capable of flying at hypersonic speeds would allow researchers and engineers to evaluate how well sensors, tracking systems and interceptors perform under demanding conditions. Such testing can help identify limitations in existing equipment and inform the development of future defensive capabilities.

The programme is also intended to support the UK’s contribution to allied air and missile defence. By providing a dedicated target, Project Bowline will help create opportunities to test emerging technologies under conditions that more closely reflect the challenges posed by advanced weapons.

Hebrides Range set for major investment

The planned demonstration will take place at the MOD Hebrides Range, which is also set to benefit from investment aimed at expanding its testing capabilities. According to the UK Defence Journal, Pollard recently signed an agreement with defence technology company QinetiQ covering the initial design stage of a multimillion-pound investment in the facility.

The proposed development is intended to strengthen the range’s ability to support testing involving hypersonic missiles and other advanced technologies. The investment forms part of Project Safari, a joint initiative between the Ministry of Defence and QinetiQ designed to open up test and evaluation facilities to smaller companies.

Improving access to specialist facilities could help businesses develop, demonstrate and assess new defence technologies, supporting wider innovation across the UK defence sector.

A step towards testing next-generation threats

The planned 2027 flight demonstration will represent an important milestone for Project Bowline, although the Ministry of Defence has not disclosed the target’s detailed design or other technical characteristics.

The programme’s immediate purpose is to provide a representative hypersonic target for testing defensive systems, rather than to disclose or demonstrate a new operational weapon. As the speed and sophistication of potential missile threats continue to develop, realistic trials will be an important part of assessing the effectiveness of future defensive technologies.

Project Bowline, alongside the planned investment at the Hebrides Range, is intended to strengthen the UK’s ability to conduct those trials and contribute to the development of more capable air and missile defence systems.