What is the “commercial paradigm shift” that transitions space research into commercial space production? How does this shift help build a global supply chain for high-value terrestrial industries? Why will manufacturing substrates like gallium nitride or diamond in space allow companies to bypass decades of Earth-bound defect correction research? How do we move from building complex, multi-million-pound machines that we burn up on re-entry to reliable methods for bringing satellites back to Earth for refurbishment, reuse and upgrading? And how do we do this while reducing the cost of return by a factor of 10?

Join Alice and Andrew Bacon, the CTO and co-founder of Space Forge, as they talk about building autonomous, “unscrewed mini-space factories”, super-clean environments, uniform temperatures and perfect material mixing, far away in higher orbit and safe from human contamination.

Contributors:

Alice Bunn, President of UKspace 

Dr Alice Bunn OBE FIMechE FRAeS CEng | LinkedIn

UKspace: Overview | LinkedIn

Andrew Bacon, CTO and co-founder of Space Forge

Andrew Bacon | LinkedIn

Space Forge | LinkedIn

Key topics covered:

• In-orbit manufacturing
• Ultra-vacuum/low contamination
• Microgravity
• Autonomous space factories
• Innovation in re-entry
• Low ballistic coefficient
• Sustainability and the environment
• Global supply chain
• Commercial space production

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