C6 Launch Systems to use Shetland Space Centre as Primary Launch Site
- C6 Launch and Shetland Space Centre signed a Letter of Intent
- Deimos Sceptre Report for UK Space Agency cites Shetlands as UK’s top launch location
- Consultations, assessments, and submissions for regulatory approval underway
TORONTO, Canada and UNST, Scotland – C6 Launch Systems and the Shetland Space Centre today announce the signing of a Letter of Intent for C6 Launch to use the Shetland Space Centre (SCC) in Unst as its primary launch facility.
“In SCC, C6 Launch finds a perfect partner. Shetland Space Centre will provide all the infrastructure from launchpad to data communications and tracking that we could ask for. Being at the northernmost location in Scotland gives us the latitude we need to insert nano satellites to the perfect orbit”, said Richard McCammon, President of C6 Launch Systems.
C6’s initial orbital launch capability is being designed for 30 kg payloads in a 16U configuration to be delivered into a nominal 600 km Sun Synchronous Orbit (SS0). Other orbits, altitudes and payloads are also planned. C6 Launch will provide dedicated launch capacity for nano and CubeSat operators on demand. Shetland Space Centre will house all launch operation facilities, payload processing and integration/assembly facilities, multiple launch pads and a variety of operational and security services.
Frank Strang, CEO of Shetland Space Centre, said: “We are looking forward greatly to this collaboration with C6 Launch Systems.
“Richard and his team have been very clear about their needs and hugely supportive of our plans to provide a route to market for small satellites here in Shetland.”
A 2018 business case by Frost and Sullivan, estimated the potential UK smallsat launch services market at USD$5.5 billion from 2021 to 2030. The report said the existing rideshare market which is growing at 5% a year can only meet less than 35% of the total smallsat launch demand. According to Frost and Sullivan, rideshare models are not fulfilling smallsat launch demand and a smallsat operator “compromises on orbit based on the primary payload and has a wait period of about 18–24 months.”
Shetland Space Centre recently completed its first community consultation as part of the process toward approval and licensing of launch operations by the UK Government. Shetlands expects to complete all submissions to the UK Government by the Fall of this year in order to be approved for launch operations in 2021.
The Shetland location was cited an independent Deimos Sceptre report for the UK Space Agency as the best location in the UK for vertical launch out of eight potential sites. The remote northerly location means rockets can avoid overly populated areas on their way into orbit and is ideally situated for high-demand polar and SSO orbits.
About C6 Launch Systems – Small Payloads – On Time. On Target
C6Launch Systems is a Canadian-based space technology company developing a dedicated small-sat launch capability to place payloads up to 30 kg in a nominal 600 km Sun Synchronous Orbit (SSO). This means that small-sat game changers, first movers and those with urgent operational requirements can deploy payloads where they want, when they want without compromising their orbit or mission. The C6
Rocket utilizes proven, best-in-class capabilities from the engine to the deployer, with integration and other technologies from C6’s talented, expert team of space engineers. C6 is led by veteran entrepreneur Richard McCammon (Delego). For more information visit www.C6launch.ca
About Shetland Space Centre
SSC plans to build and operate a satellite launch site and a ground station in Unst, Shetland, the UK’s most northerly island. It follows the identification in a major report for the UK Space Agency of Saxa Vord in Unst as the best location in the country for such a facility. SSC is already at work projects with several launch providers. Interest in SSC’s launch and ground station plans from the space industry, commercial and military, across the world is huge. https://shetlandspacecentre.com