What We Do
The Space Industry has, for many years, been the domain of government and defence projects. Putting satellites and probes into orbit and beyond has been a complex and expensive exercise as a rocket to put a payload into space can only be used once.
But that's all starting to change as the space industry moves into the commercial sector.
To make it all the more viable however we need new power sources which are economical and commercially practical. Reusable launchers have been the dream of every space engineer since the first orbital rocket in 1957. And that's where Reaction Engines comes in.
At Reaction Engines, they are working to build the world's most powerful engines, which will power future air travel.
The RE team is pushing the very boundaries of engineering and technology to build the world’s most powerful engines, which will power aircraft into space or across the globe at 3000 mph.
The People Who Do It
The team at Reaction Engines is a mix of the very brightest minds with huge range of skills, personalities and experience.
To achieve the ambitious goals that have been set, there is a constant need for innovation testing, refining and re-testing. It's essential to continually try new ideas and accept the ups and downs of technical development - not the type of work for people who like routine.
It is hard work but with it comes a wealth of social activities and camaraderie. There are regular company events, and for those who wish to keep in shape there is a sports centre offering tennis, softball tournaments, a running club and more.
Why We Do It
Humankind has this irrepressible urge to discover, to learn, to progress and space is the new territory.
Already the Space Industry has radically changed communications and made many scientific discoveries. But future missions we must be done in a way that is both economically and ecologically conscious - rockets are a very inefficient method of getting into space.
That is why the team at Reaction Engines sees itself as being a vital player in this hugely ambitious plan.
It is a journey where each component designed, and every milestone hit brings operational spaceplanes just a step closer.
The team at Reaction Engines includes
Aerospace engineers, Mechanical engineers, Structural engineers, Physicists, Electronics engineers, Programmers, Software engineers, Spaceflight technologists, Cryogenics experts, Aeronautical engineeers, Astronautical engineers, Chemists, Precision engineers and more.
How We See The Future
Spaceports and space planes are the future, and the UK is at the very centre of this technology.
Soon we can have space planes going to and from orbit, putting new forms of satellites in position, doing research, and creating an exhilarating tourist industry.
Research Engines sees its technology as being a core factor in making all this possible. There are still significant technical challenges to be overcome, but all involved are optimistic that through amazing skills, technological innovation and most importantly, teamwork what seems like imagination today will be realised tomorrow