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Space Armor - The Best Micrometeorite, Orbital Debris and Kinetic Energy Protection This Side of Mars

AFWERX · AFWERX TACFI · AFWERX

AI-Readiness Score
13/25
Pathway Speed
4/5
Timeline Realism
3/5
Problem Framing
3/5
AI / ML Fit
0/5
Award + Transition
3/5

Award

$1,899,776
Award ceiling
Atomic-6, Inc.
Awardee
Posted May 25, 2024

Description

Atomic-6 proposes a TACFI to further develop the Space Armor™ technology that was started with the Direct-to-Phase II project. The Phase II demonstrated technical viability and prototype manufacturing of the Space Armor™ product. Before Space Armor™ can be used in the field to equip the warfighter, the technology needs to be developed into a product line with RF transparent versions and thermal absorbing and thermal radiating versions. Further, each product needs to be subjected to qualification according to SMC-S-016. Finally, a low-rate-initial-production (LRIP) demonstration is needed that validates the manufacturing system required to supply the product to the market. This proposal includes development of the product line, qualification testing, and demonstration of low-rate initial production to achieve the TRL8/MRL8 levels required to support the warfighter.

Score Rationale

The AI/ML fit score is zero — this is advanced materials/manufacturing work (space armor against micrometeorites and orbital debris) with no AI component whatsoever; 'AI-native startup' would find nothing to apply here. The pathway speed scores well as TACFI is a legitimate modern fast-track AFWERX instrument, and the ~$1.9M ceiling with an explicit LRIP/TRL8 transition pathway earns a mid-tier award-transition score, though it is squarely a hardware qualification and production program, not a software or AI opportunity.

Source

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