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Technology Transfer Opportunity: Method for Discrete Assembly of Cuboctahedron Lattice Materials (top2-315) RFP

Description: Require strong and stiff lightweight materials and structures. The invention relates to a construction system for mechanical metamaterials based on discrete assembly of a finite set of types of parts, which can be assembled in varying orders to produce spatial variation in a range of properties such as rigidity, and auxetic behavior. This system achieves desired material properties through design of the parts such that global behavior is governed by local mechanisms. The invention describes the design methodology, production process, modeling, and experimental characterization of metamaterial behaviors. This approach benefits from incremental assembly that eliminates system deployment scale limitations, best-practice manufacturing of components for reliable, low-cost production, and interchangeability through the use of a consistent assembly process across part types.

Buyer: National Aeronautics and Space Administration
Federal · DC, US
Released: Aug 10, 2026
Closes: Aug 10, 2027(362 days left)

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Key Contacts

Procurement and program contacts connected to National Aeronautics and Space Administration.

Marvin L. HorneActing Assistant Administrator for Procurement

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Kelvin RuizActing Center Chief Technologist

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Kevin MurphyActing Chief Artificial Intelligence Officer

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Kevin BoswellActing Chief Information Officer

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