From Beijing and Hyderabad to Adelaide, from Kazakstan to Mexico, from French Guiana to Florida - over the years I've had the privilege to travel pretty much all over the world to report on space stories, launches and space conferences.
So over the summer it was rather nice to receive an invite to cover a space-related event somewhere much closer to home - infact barely a stone's throw from my home in Lincolnshire, a relatively short drive away in the county of Norfolk.
Colleague Daniel Smith, the founder of AstroAgency, came down from Edinburgh too for the event and so we were able to car-share the journey across the flatplans of the Lincolnshire Fens into the kinder and gently rolling Norfolk countryside.
Here's my story from the day, which was published on several space and general news websites.
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AMBITIOUS space-start-up Gravitilab is leading the race to establish the
first vertical launch site in England close to the nerve centre of the
UK space industry.
Operating from a former RAF base in the
wilds of North Norfolk, the firm also plans to corner a slice of the
international space market with its world-leading zero-gravity drone and
eco-friendly sounding rockets.
Gravitilab claims it is the
first UK-based company to provide end-to-end microgravity for research
and testing, as well as the first in the world to offer it from a
drone-launched pod system.
The firm’s fleet of rockets, designed
exclusively for microgravity testing, includes ADA which became the
first ever commercial rocket launched from UK soil in August 2021.
ADA
is a smaller version of its principal commercial rocket, ISAAC, will
fly to an altitude of 250 km and provide around 300 seconds of
microgravity before returning to Earth for recovery and re-use. Its
inaugural mission is slated for the first half of 2023.
Rockets
will initially launch from UK Spaceport 1 at Benbecula Airport in the
Outer Hebrides but by the middle of the decade Gravitilab plans to be
operating an offshore launch pad in the North Sea off the Norfolk coast.
“A
key reason for doing this is because all UK spaceports are a long way
away from the heart of where the primary areas of UK space interest
lie,” said Mark Roberts, the company’s recently appointed managing
director. “We are much closer geographically so it makes great sense to
bring clients here.”
He also suggested that providing high
quality microgravity environments for test, experimentation and science,
at affordably competitive price points would stimulate the market.
Gravitilab’s
drop pod system, LOUIS, recently delivered a world first for
microgravity from a drone. It provides the opportunity to run more local
and affordable testing campaigns albeit from lower altitudes.
Speaking
to space industry professionals, academia and government
representatives at the firm’s headquarters near Norwich on Friday (8
July), CEO Rob Adlard, says the company’s ambition is to reduce the high
failure rate of nanosatellites in low Earth orbit.
“We are
developing technologies and services to provide accessible and
affordable research and testing services that will enable innovation
while also helping to reduce the build up of space debris,” he stated.
Adlard
says Gravitilab’s services support the space qualification of equipment
which could help reduce the current up to 50 percent failure rate of
newly deployed nanosatellites, with 75 percent of those failures
immediate.
“We have developed a fleet of sub-orbital, hybrid
powered rockets and a revolutionary Unmanned Aerial System (UAS) which
releases a drop pod from a high altitude drone,” he said.
“Our
range of vehicles enable customers to expose research & testing
payloads to real space environments to understand how they behave with
variations in temperature, thrust, radiation, vibration and, most
importantly, microgravity.”
Space technology readiness for
satellite hardware is assessed using an industry standard known as the
Technology Readiness Level (TRL) scale, which ranks technology
preparedness between 0 and 9.
Gravitilab believes it can address a
gap between TRL levels 5 and 8 where it isn’t possible to test in a
laboratory on Earth before an actual orbital mission. It says testing
and certifying components in sub-orbital microgravity at relatively
low-cost will make a major contribution to future space sustainability.
Katherine
Courtney, former CEO of the UK Space Agency (UKSA), described space
sustainability as a key priority in the country’s national space
strategy.
“The UK space sector is becoming known the world over
for it's focus on sustainability and the responsible use of space,” she
said.
“But there is still a critical gap in the UK space value
chain and that's the ability to safely and sustainably conduct
experiments and test new technologies in microgravity from the UK. I'm
delighted that Gravitilab is plugging that gap.”