Collins Aerospace Expands Engine Component Manufacturing Facility in Iowa

The manufacturing expansion addresses rising production volumes for advanced fuel distribution systems and engine component platforms. Operating environments in modern aerospace demand stringent tolerances, high structural reliability, and consistent manufacturing output across both commercial transport and defense sectors. Scaling production infrastructure requires targeted capital investment to optimize internal floor layouts and integrate automated manufacturing cells.

Technical Solution and Facility Capabilities
The West Des Moines facility specializes in the production of advanced fuel distribution systems, original equipment components, and replacement spare parts, while also operating as an FAA-certified Part 145 repair station for powerplant accessories. The site utilizes specialized manufacturing technologies, including National Aerospace and Defense Contractors Accreditation Program certified additive manufacturing and metal 3D printing, to produce lightweight engine nozzles and complex flow distribution hardware at a rate exceeding 25,000 units monthly.

Implementation and Construction Phases
The capital project encompasses a 14,000-square-foot physical addition to the existing manufacturing plant. Construction activities are structured to maintain ongoing production operations while incorporating new floor space for machining and assembly lines. Workforce expansion accompanies the structural project, scaling full-time personnel to support the expanded manufacturing footprint and increased throughput requirements through mid-2027.

Applications and Operational Benefits
Target sectors comprise global commercial aviation fleets and military aircraft engine programs. The manufacturing enhancements deliver measurable operational benefits, including reduced component lead times, improved delivery performance metrics, and optimized structural weight for next-generation propulsion systems. Metal additive manufacturing processes further reduce material waste while maintaining strict metallurgical standards required for high-stress aerospace applications.

Edited by Sucithra Mani, Induportals editor – adapted by AI.

www.collinsaerospace.com