The UK government has unveiled a national space strategy that brings its civil, defense, and security programs under a single plan, with 7.8 billion pounds ($10.6 billion) in investment outlined through 2030.
The strategy prioritizes secure satellite communications, space surveillance, military intelligence, and independent access to orbit. It replaces the National Space Strategy published in 2021.
London also plans to develop an integrated national satellite communications system designed to remain operational during disruptions or attacks.
Satellite Surveillance and Military Communications
Around 880 million pounds ($1.2 billion) will support space control and intelligence, surveillance, and reconnaissance capabilities.
Planned systems will monitor military activity on Earth and identify possible threats to British satellites.
Another 2.8 billion pounds ($3.8 billion) will go toward satellite connectivity, including the Connectivity in Low Earth Orbit program and SKYNET, the UK military’s satellite communications network.
Space domain awareness is another central element of the strategy.
This involves detecting and monitoring satellites, rockets, debris, and other objects in orbit, as well as assessing potentially hostile activity and space weather events.
Moreover, London will allocate 149 million pounds ($202 million) to the European Space Agency’s Vigil mission, which is intended to provide earlier warnings of solar storms.
A further 85 million pounds ($115 million) will support the National Space Operations Centre, which monitors objects and activity in orbit.
Launch Capacity and In-Orbit Technology
Beyond its defense programs, the strategy includes funding for satellite launches, orbital servicing, scientific missions, and space-based research.
The government will allocate 148 million pounds ($200 million) to European rocket programs and 30 million pounds ($41 million) to the SaxaVord Spaceport on Scotland’s Shetland Islands.
These investments aim to expand access to satellite launches from Europe and reduce reliance on facilities farther overseas.
Another 40 million pounds ($54 million) will support technologies for servicing, assembling, and manufacturing equipment in orbit.
These systems could inspect, repair, refuel, or remove satellites and space debris.
Space science and exploration missions will receive 163 million pounds ($221 million), including funding for the Rosalind Franklin Mars rover.
Built in the UK as part of the European Space Agency’s ExoMars program, the rover is designed to drill up to 2 meters (6.6 feet) below the Martian surface and analyze samples for possible evidence of ancient life.
Additional allocations include 190 million pounds ($257 million) for astronomy and space research, 57 million pounds ($77 million) to improve satellite connectivity on rail networks, and 9 million pounds ($12 million) for space weather forecasting.
