Aircraft Composite Design

Enhance your design and boost the efficiency of new composite components and the redesign of existing parts with polyketone (PAEK) composites from TxV. Our aircraft composite collaborative engineering process includes a stage-gated development methodology that de-risks your project and accelerates your timeline – giving you a competitive edge.

Stage 1: Analyze and define critical performance requirements

Combine your aircraft composite design requirements with our intimate knowledge of PAEK composite performance and manufacturing know-how. Together, we can modify your composite part design to leverage new materials and process technologies. Without the limitations of legacy solutions, discover new concepts not previously thought possible with composite materials in aerospace design.

Stage 2: Build initial design model

Analytical models help us screen the concept design(s) – indicating whether the component will meet key performance requirements. This data will be communicated in a formal aircraft composite design review with you, focusing on verifying that your key performance parameters have been achieved.

Stage 3: Design optimization

Finally, we go into an Advanced Product Quality Planning (APQP) process in an AS9145-compliant environment. This highly collaborative step allows us to optimize the aircraft composite design for performance and manufacturability – helping to drive down cost, weight and cycle time.

TxV Aerospace Composites realizes Customer Satisfaction by:

• Providing best value
• Meeting or exceeding all customer requirements
• Realizing quality objectives
• Pursuing continual improvement