Engineering Services
Mechanical design, Development and Consultancy Engineering Services
Airborne Systems provides the services of a highly qualified and experienced engineering team with many years experience in designing mechanical parts and mechanisms for the defence and aerospace industry.
A highly qualified engineering team
Our capabilities include:
- Design to specification for systems and components, in any material
- Design support from product conception to end-of-life, including obsolescence management
- Programme management of global system trials
- Reverse/re-engineering solutions
- Generation of drawings, bills of materials, and specification documentation
- Issuance of design certification and supporting documentation
Quality is paramount
By the nature of what we do at Airborne Systems quality is paramount and our engineering team are well attuned to this demanding environment. A wide range of tools and techniques are used to ensure that products and manufacturing processes meet some of the most stringent quality requirements whilst offering design improvement, cost optimisation as well as shortening of the all-important time-to-market.
Our expertise resides in:
- Stress analysis, including linear and non-linear, Finite Element Analysis (FEA), as well as conventional stressing techniques.
- FMEA (Failure Mode and Effect Analysis) on the design as well as on the production process
- FMECA (Failure Mode, Effect and Criticality Analysis)
- Safety critical components
- Application of System Safety Engineering, including the generation of safety cases and associated documentation
A range of environmental tests is also offered including, but not limited to:
- Shock, impact and vibration
- Static loading
- Thermal
- Vacuum
- EMI/EMC (Electro Magnetic Interference/Electro Magnetic Compatibility)
- Explosive atmosphere
- Sand and dust
- Salt fog
- Immersion
To complete the design and development circle, Airborne Systems provides a prototyping service. By using actual material and production techniques it allows the product’s performance and functions to be proven as well as the verification of the manufacturing processes, maximising cost-effectiveness for volume manufacture or short run/low volume environments.
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