3D AEROSTRUCTURES INC

3D Aerostuctures Inc. specializes in the design, fabrication, and assembly of precision aerospace and defense structures using advanced composite and metallic materials. Leveraging expertise in CNC machining, layup techniques, and non-destructive evaluation, the company delivers high-integrity components for aerodynamic, structural, and propulsion systems. Their technical capabilities include tooling development, dimensional metrology, and adherence to AS9100 quality standards, with a focus on lightweight, mission-critical parts that meet stringent military and aerospace performance requirements. The firm’s differentiation lies in its ability to transition complex designs from prototype to low-volume production while maintaining tight tolerances and traceability across material lots and manufacturing processes. No agency relationships can be inferred from available award data, and no recent contract examples are available to characterize specific customer engagements or mission support patterns. Consequently, the scope of their client base and the nature of their federal partnerships remain undocumented in the provided records. The company operates under NAICS 332710, which classifies it as a Metal Fabrication facility serving the aerospace and defense supply chain. In practice, this means they produce structural subassemblies, brackets, housings, and custom mounts used in aircraft, missiles, and unmanned systems. Their market positioning centers on niche, high-precision fabrication for Tier 1 defense contractors and OEMs requiring certified, low-batch production capabilities. 3D Aerostuctures Inc. is a small, locally based entity structured as a 2L firm with its primary operations in Yukon, Oklahoma. The company holds no federal certifications such as 8(a), HUBZone, or WOSB, and its government market presence appears to be rooted in direct subcontracting relationships rather than prime contracting activity. Geographic proximity to regional aerospace hubs likely supports logistics and rapid response for time-sensitive production cycles.