DUCOMMUN AEROSTRUCTURES NEW YORK, INC.

Ducommun Aerostructures New York, Inc. specializes in the design, fabrication, and assembly of precision aerospace structures for defense and commercial aviation platforms. The company leverages advanced metal forming, composite layup, and high-tolerance machining techniques to produce critical airframe components, including wing panels, fuselage sections, and structural brackets. Their technical expertise centers on meeting stringent military and FAA certification standards, with deep proficiency in material science applications for high-stress environments, including titanium alloys, aluminum-lithium composites, and advanced laminates. The firm’s differentiation lies in its ability to deliver complex, low-volume, high-reliability components through lean manufacturing processes and rigorous quality control systems aligned with AS9100 requirements. Award history is not available to identify specific agency relationships or program affiliations. Consequently, no definitive patterns can be established regarding institutional partnerships or mission-specific work scopes. The company operates within the aerospace product and parts manufacturing sector, primarily under NAICS 336411, which encompasses the production of airframe components for fixed-wing and rotary-wing platforms. Their market positioning is focused on the defense and aerospace supply chain, serving as a tiered supplier to prime contractors requiring certified, flight-critical structures with traceable manufacturing documentation and non-destructive testing validation. Ducommun Aerostructures New York, Inc. is structured as a small business with a single-site operational presence in Coxsackie, New York. The company holds no federal certifications such as 8(a), HUBZone, or WOSB, and its market footprint is limited to its physical facility and regional supply chain networks. Its government market positioning is that of a specialized niche manufacturer serving the precision aerospace component market through direct contractual engagement with prime integrators.