3D-Printed Rocket Engine a Result of UK Space Race Innovation

by Izzy Stiven

Friday, January 11th, 2019

News of Skyrora partnership shared by tech PR experts at Scottish PR agency

Frazer-Nash engineers tech PR photograpy

A GROUNDBREAKING 3D-printed rocket engine is nearing completion following a successful partnership between two UK businesses.

In what is a major development in the country’s new space race, Edinburgh-headquartered Skyrora has worked closely with UK manufacturing company, Frazer-Nash Manufacturing to design and create its upper stage engine.

With a specialist capability in aerospace-grade precision engineering, the Hampshire manufacturing firm has used innovative techniques to create the nickel alloy rocket engine components that will eventually power and manoeuvre Skyrora rockets and payloads once they reach orbit.

Additive manufacturing (AM), also referred to as 3D printing, is a process of creating a 3-dimensional part layer by layer. The process uses a laser to melt a bed of powder to the exact profile of the part, which then repeats until the component is complete.

The process works by adding material to create the desired shape, instead of having to remove material through methods like machining.

Now set for final stage testing, the engine illustrates just how advanced preparations now are, for what could become the UK’s first commercial orbital rocket launches.

Robin Hague, Lead Engineer with Skyrora, said: “Creating this engine with Frazer-Nash is a big step forward for us – and in turn for the UK’s new space-race.

“Frazer-Nash has been instrumental in the design and manufacturing process of our upper stage engine and is helping us to create a prototype that is scalable – thanks to the advanced 3D printing technology.

“We are committed to supporting the UK space industry and so localising our supply chain has always been a top priority for us.

“The completion of the manufacturing process marks a milestone in our development process, with the engine scheduled for upcoming tests at Cornwall Airport Newquay.”

The engine is scheduled for testing over the coming weeks at Spaceport Cornwall – and will represent the first advanced liquid-fuel engine tests by a British small-satellite launcher to take place in the UK – since the legendary Black Arrow programme in the 1960s.

Andy Brooker, AM Development Manager with Frazer-Nash Manufacturing, said: “We have been involved with metal 3D-printing for over five years. Along with our extensive machining capabilities, we are able to supply our customers with a complete package from under one roof.

“We have always been at the forefront of engineering, and are one of the first companies to obtain AS9100 aerospace approval for AM components.

“This is a very exciting time to be at the centre of such an innovative project – the space industry has exploded over the past few years, with more traditional companies now viewing additive manufacturing as a means to lowering payload weight.

Could your business benefit from the expertise of our award winning PR specialists?

Getting in touch with us couldn’t be easier. Phone us on 0131 561 2244, or take a few seconds to fill and submit the simple form below and we’ll get straight back to you:

Your Name (required)

Your Email (required)


Your Message

Izzy Stiven is a member of the expert PR team at Edinburgh public relations agency, Holyrood PR in Scotland

Izzy Stiven

Account Executive, Izzy Stiven is part of the multi-award-winning PR team at Holyrood PR, a leading Scottish PR agency

View Izzy's Profile

Related Posts

So how can we help?

Make an impact with PR photography

Make an impact with PR photography

Find out more

Every story can be told better with pictures. Discover our affordable, high-impact photo packages.

Benefit from business video

Benefit from business video


Find out how affordable video can bring a host of benefits to your business.

If you have any comments or questions, please contact us.


Keep ahead of your opposition by getting the free tips, insights and secrets we share for businesses. Straight to your inbox, every month.
Email address
First Name
Last Name