Gulfstream G280 / Challenger 300 Thrust Reverser Upgrade
Aerospace
Project details
Supported the engineering and development of upgraded composite-metal hybrid thrust reverser door systems.

Innovation in Every Fiber
Padden Design Engineering, LLC develops composite-metal hybrid (CMH) components and structural systems for the aerospace and defense industries. Founded in 2009, the practice provides specialty engineering, tooling design, prototype manufacturing, and regulatory certification support for critical, high-load vehicle components.
Vincent PaddenPartner
David PaddenPartner
High-level engineering and design of structural, propulsion, and mechanical components that integrate fiber-reinforced polymers with high-performance alloys.
Designing advanced hybrid composite structures and integrating metals, composites, and hybrids.
Utilizing specialized design tools such as CATIA for detailed 3D design and engineering.
Conducting empirical stress analysis and finite element modeling to ensure component reliability.
Optimizing high-performance alloys, composites, and hybrid systems for extreme environments.
Scanning and reverse engineering components for performance upgrades and replacements.
Design and production of auxiliary tools, layup molds, and assembly fixtures to support manufacturing processes.
Creating precise assembly fixtures and alignment jigs for aerospace production.
Designing specialized molds and patterns for composite laminate lay-up.
Developing customized manufacturing shop aids and templates.
Precision manufacturing services including CNC machining, metal forming, and composite fabrication.
Building and testing initial physical concepts to prove component feasibility.
Providing 3-to-5 axis milling, turning, EDM, and precision boring services.
Hot forming and punching high-strength aerospace alloys.
Working with carbon fiber pre-pregs, out-of-autoclave processes, and fiberglass structures.
Validation services to ensure components meet rigorous structural, environmental, and regulatory standards.
Testing component integrity under physical, mechanical, and simulated environmental stresses.
Guiding advanced vehicle components through military qualification and FAA certification protocols.
Aerospace · Defense · Manufacturing
Aerospace
Supported the engineering and development of upgraded composite-metal hybrid thrust reverser door systems.
Defense · Client: Northrop Grumman
Engineered lightweight composite-metal hybrid auxiliary hydraulic systems components to optimize weight and durability.
Aerospace · Client: Pratt & Whitney
Developed critical engine mount fittings and thrust link test beds utilizing high-strength composite-metal hybrids.
Defense · Client: Northrop Grumman
Provided engineering and structural support for the empennage components of the MQ-4C Triton unmanned aircraft system.