Advancing UK Aerospace, Defence, Security & Space Solutions Worldwide
  • Home
  • /
  • Defence
  • /
  • Space age manufacturing to boost frontline support

Defence Space

Space age manufacturing to boost frontline support

A British SME is building the world’s first in-space manufacturing platform that will be used to create crucial components of defence capabilities.

Image courtesy MoD

Technology used in radars and frontline battlefield communications could be manufactured in space, after an injection of funding to a British company.

Space Forge, based in South Wales, is building the world’s first in-space manufacturing platform that can be returned back to Earth and has been awarded £499,000 as part of a collaborative project with Northrop Grumman under the MoD’s Defence Technology Exploitation Programme (DTEP).

Advertisement
ODU RT

With multiple benefits, materials manufactured in space are especially pure because of access to extreme temperatures and lack of contamination.

This manufacturing includes semiconductors, which are crucial components of radars and frontline battlefield communications systems. Space Forge’s innovative work could see the revolution of UK defence supply chains as they deliver for our Armed Forces.

Part of a wider scheme, DTEP funding is designed to support small and medium-sized enterprises (SMEs) across the UK to develop innovative materials, technologies and processes to enhance defence supply chains. DTEP aims to inspire companies to win new business, develop industrial capabilities, and provide new cutting-edge answers to defence problems at home and abroad.

Through DTEP funding, Space Forge will provide innovative solutions to Defence problems using cutting-edge science, and will also support highly-skilled jobs to the South Wales community, levelling up and supporting the Prime Minister’s priority to grow the economy.

Demonstrating the UK government’s commitment to working with small businesses across Defence, the Minister for Defence Procurement, James Cartlidge, also hosted a range of British small businesses in Cardiff today who are paving the way in new age defence capabilities.

Minister for Defence Procurement, James Cartlidge, said: "The work taking place at Space Forge, and other SMEs, is paramount to the success of our future operations. We are committed to supporting their endeavours to ensure our defence capabilities remain at the forefront of technological innovation.

"This visit reinforces our dedication to fostering partnerships with leading institutions, who drive innovation in the defence sector and keep our Armed Forces equipped with the most modern capabilities."

SMEs hold a crucial place in the UK defence enterprise, play an important role in sustaining industrial capability and are vital to delivering our defence aspirations. They also provide hugely important expertise and support a wide variety of high-quality jobs across the UK.

Advertisement
ODU RT

Joshua Western, CEO and Co-founder of Space Forge, said: "This is an incredibly exciting partnership for Space Forge, to be working with Northrop Grumman to secure defence supply chains for the Ministry of Defence is an important step in demonstrating the utility of in-space manufacturing. National security is shared security and this Atlantic partnership is a keystone in building new capabilities and prosperity."

During his visit, Defence Minister Cartlidge engaged in discussions with leading experts at Space Forge to gain insight into the latest developments in space capabilities. The vital funding provided by DTEP will ensure that the UK remains at the forefront of space age technology for defence, reinforcing our security capabilities for years to come.
 

 

 

 

Advertisement
FIA2026 animated banner
Roke supports British Army

Defence

Roke supports British Army's ARRCADE STRIKE

9 June 2026

Roke has supported the British Army in demonstrating how the country can innovate at a war-time pace through the military exercise ARRCADE STRIKE, which was held at Charring Cross last month (11th-22nd May).

US Army awards contract to iRocket for laser-guided Hydra-70 rockets

Defence

US Army awards contract to iRocket for laser-guided Hydra-70 rockets

9 June 2026

Innovative Rocket Technologies (iRocket) has been selected by US Army PAE Fires / PdM ARSGM for the Hydra-70 Guided Rocket Components contract, valued between $30 million and $150 million, to support the production of systems designed to counter the growing volume of low-cost aerial threats.

NP Aerospace and Dyneema advance armour for military servicewomen

Defence Events

NP Aerospace and Dyneema advance armour for military servicewomen

8 June 2026

Avient Corporation's Dyneema, is supplying its high-performance unidirectional (UD) materials to NP Aerospace, enabling the production of armour systems designed specifically to fit the female body.

Over 300 employers recognised with Defence ERS Silver Award for 2026

Defence

Over 300 employers recognised with Defence ERS Silver Award for 2026

8 June 2026

The UK Ministry of Defence (MoD) has announced that 331 organisations from across the UK have achieved the Defence Employer Recognition Scheme (ERS) Silver Award for 2026, recognising their sustained commitment to supporting the armed forces community.

Advertisement
ODU RT
Barrow school to launch technical education pathway

Aerospace Defence

Barrow school to launch technical education pathway

8 June 2026

Walney School in Barrow-in-Furness is going to be introducing an innovative employer-led technical education pathway in September, which aims to equip young people with the skills for high-quality careers and to help local employers tackle skills shortages.

MGI Engineering expands into Italy with Vigilar Group

Aerospace Defence Security

MGI Engineering expands into Italy with Vigilar Group

5 June 2026

Oxfordshire based MGI Engineering has entered into a strategic partnership with Vigilar Group, marking MGI’s expansion into Italy and a significant new phase of growth across Europe.

Advertisement
ODU RT
Advertisement
FIA2026 animated banner