AAC Clyde Space Wins
Sek 2.6 M Follow-On Order For In-Orbit Production
Mission
2023-01-17
AAC Clyde Space, a leading New
Space company, has received a EUR 234 k (approx. SEK
2.6 M) order from UK-based Space Forge to provide
space products for a demonstration spacecraft
designed to leverage the space environment for
production and experiments, capable of performing
multiple trips to space.
The order follows orders in
December 2020, and January 2022 to the same project.
The reusable spacecraft is intended to deorbit in a
controlled manoeuvre to deliver its products and
results back to Earth after six months in-orbit,
thereby enabling efficient production and
revolutionary experiments by leveraging the micro
gravity in-orbit. The spacecraft is designed for
re-entry into the atmosphere and landing on Earth.
Back on Earth the satellites will be recovered,
refurbished, and eventually re-launched.
The order is for an integrated
attitude determination and control system and a
Kryten OBC to be used as ground reference to the
ForgeStar-1 mission, forming a complete attitude and
control system for the spacecraft. The instruments
provide high pointing accuracy and unmatched
computing power to the spacecraft and makes it
highly agile. AAC Clyde Space expects to have
completed delivery of the order during the second
quarter 2023.
"AAC is proud to extend the
collaboration with Space Forge on this revolutionary
project, pushing the boundaries of the possible,"
says AAC Clyde Space CEO Luis Gomes.
"We're pleased to be continuing
our work with AAC Clyde Space on the ForgeStar-1
mission. Collaboration is key to innovation and this
will enable us to establish reliable return, with
the ultimate goal of offering microgravity as a
service," says Space Forge CEO and Co-founder Joshua
Western.
The ultimate goal of the
project is to establish a continuous space-based
production by a monthly satellite launch. A test
campaign of several satellites is planned to bring
the service to commercialisation and shall be
supported by AAC Clyde Space.
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