Repeatable High-Precision Manufacturing
This conical low-CTE tube showcases our ability to deliver mini-serial production of precision composite components, enabling consistent, high-quality manufacturing that’s ready to reproduce with minimal lead time.
Dimensionally stable composite mount for optical satellite-based instrumentation
This near-zero axial coefficient of thermal expansion demonstrator ensures precise performance across extreme orbital temperature shifts - without the need for lens refocusing.
Lightweight, low-CTE mirror mounts for ground-based DREAMS telescope
Designed for biaxial thermal and structural precision, this lightweight composite mirror mount was produced in under 9 hours and maintains lens alignment and focus during overnight observations.
Iterating Design-for-Manufacture with 3D Diagnostics
This composite satellite strut was developed through our iterative design process combining AFP manufacturing and CT-based 3D diagnostics, enabling rapid optimisation of void content and mechanical properties.
Digital twin and high-fidelity simulation
DigiTwin offers a complete solution for imaging, analysis and simulation of composite components to identify defects and predict mechanical behaviour.
Gridded Composite Rocket Body
We designed and manufactured a Gridded Rocket Body, Payload Module utilising the superior performance of an orthogrid structure.
Satellite Chassis
Partnering with key satellite manufacturers, we have developed a thermoplastic composite single-piece, join-free, cuboid structure. It was additively manufactured with high-strength carbon-fibres using our dual-laser automated fibre placement system.
Digital material twin and high-fidelity simulation
Leveraging real 3D geometries of manufactured materials and components is a game-changer for precise modelling and simulations.