DARPA has announced plans to construct massive bio-mechanical space structures, seeking public input on feasibility. These structures, exceeding 1,600 feet, aim to integrate biological components to enhance in-space assembly. Possible applications range from space elevator tethers to debris remediation and radio science tools. The concept hinges on leveraging biological growth for large-scale assembly, which could minimize the need for human involvement and lower launch costs from Earth. The agency's proposal could redefine our approach to constructing and utilizing structures in orbit, merging biology with advanced aerospace engineering.
According to DARPA's request, the agency is exploring the feasibility of creating large space structures over 1,600 feet in length that incorporate biological components.
DARPA's interest lies in using biological engineering to rapidly construct self-assembled structures in space, reducing costs and human intervention in the construction process.
The potential applications outlined by DARPA include space elevator tethers and orbital debris remediation, showcasing a blend of bioengineering with cutting-edge space technology.
"Given the structural material of the tent poles, biological growth mechanisms are envisioned to be the 'cover' of the tent's framework, highlighting the innovative approach DARPA is considering."
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