Supporting Aerospace and Defence Programmes from Development to High-Rate Production
Aerospace and defence programmes rarely stand still.
Requirements evolve. Designs mature. Production volumes increase. New challenges emerge as programmes move from concept and development into qualification, industrialisation and full-rate manufacture.
For manufacturers and programme teams, the greatest challenge is not simply producing a component. It is ensuring that the product can be manufactured consistently, efficiently and at the production rate required as demand grows.
At CCP Gransden Advanced Composites, we work alongside our customers throughout the programme lifecycle, combining engineering expertise with manufacturing knowledge to support the successful transition from development to production.
Designing for Manufacture from the Start
A component that performs well in development is only part of the solution.
The real challenge is creating a manufacturing process that delivers quality, repeatability and cost efficiency at scale.
By engaging early with customer engineering teams, we help identify opportunities to:
- Improve manufacturability
- Reduce production complexity
- Optimise tooling strategies
- Minimise programme risk
- Lower recurring manufacturing costs
- Prepare designs for future production growth
Our Design for Manufacture (DfM) approach ensures manufacturing considerations are incorporated from the earliest stages of development, helping customers avoid costly challenges later in the programme. This collaborative approach is a core part of CCP Gransden's engineering support capability.
Adapting as Programmes Evolve
Change is inevitable in modern aerospace and defence programmes.
Design updates, changing requirements, accelerated schedules and evolving customer needs can all place pressure on programme delivery.
CCP Gransden's integrated Engineering, Operations and Quality teams work together to rapidly assess and implement manufacturing changes while maintaining configuration control, quality standards and delivery commitments. This enables customers to respond to programme changes with confidence while avoiding unnecessary disruption to production.
Whether supporting prototype development, qualification activities or established production programmes, our focus remains the same:
Delivering practical manufacturing solutions that support programme success.
Building the Route to Scalable Production
Many organisations can support prototype manufacture.
Far fewer can provide a clear path to repeatable, scalable production.
CCP Gransden combines in-house engineering, tooling, composite manufacturing, machining, finishing and assembly capabilities to help bridge the gap between development and production. Our manufacturing processes include prepreg moulding, autoclave processing, resin transfer moulding (RTM), filament winding, CNC machining, bonding, assembly and finishing, supported by dedicated production resources designed for scalable manufacturing.
This allows us to support customers as production volumes grow, ensuring manufacturing processes remain robust, repeatable and capable of delivering consistent quality at higher rates.
Reducing Risk Through Collaboration
Successful programmes depend on strong partnerships.
By working closely with customers throughout the product lifecycle, we help identify challenges early, implement improvements efficiently and maintain production readiness as programmes mature.
The result is:
- Reduced programme risk
- Improved manufacturability
- Lower cost of production
- Faster implementation of design changes
- Greater confidence in future production growth
- Reliable, repeatable manufacturing performance
A Manufacturing Partner for Long-Term Programme Success
At CCP Gransden, we believe the most successful aerospace and defence programmes are built on collaboration between engineering and manufacturing.
As requirements change and programmes evolve, customers need partners who can adapt quickly, solve challenges collaboratively and support the transition from development to high-rate production.
Because innovation moves fast.
And so do we.