Trusted by aerospace, defence, marine, robotics and industrial engineering teams. We manufacture advanced composites in the UK, including:
Speak directly with our composite engineers about your project.
*Business enquiries only. Minimum order quantities may apply.

Lightweight structural carbon fibre tube and carbon fibre tubing for aerospace, robotics, motorsport and industrial systems. Specify diameter, wall thickness, length, and performance targets; we’ll build the laminate to suit the load case.
Stiffness-to-weight, controlled fibre orientation, prototype-to-production.

Kevlar material and aramid fibre composites for impact, abrasion and damage tolerance. We manufacture Kevlar fabric reinforcements and hybrid carbon‑aramid laminates where toughness matters more than pure stiffness.
Impact resistance, abrasion durability, hybrid laminates.

Fibreglass (glass fibre) composites for corrosion resistance and cost-effective strength. Suitable for marine and industrial environments, including fibreglass tube applications and structural components.
Corrosion resistance , durable, cost-effective solutions, industrial reliability.

Custom carbon sleeves for high-speed rotating equipment. Share speed, temperature and fit requirements and we’ll advise the right laminate and finish for safe performance.
Enhance efficiency, minimise energy loss, unparalleled protection for critical components.

A UK composite company supporting design-to-manufacture and production supply. Send your requirements for tailored composite components, assemblies and composite tubes.
Your vision, our precision, tailor-made composite components, redefine performance and reliability.
Share your specifications or performance requirements, and our engineers will review the best composite solution for your project.
Work directly with our engineers to define the right materials, geometry, and composite manufacturing process for your project.
Our team have previously worked as part of the NLAW next-generation light anti-tank weapon system team, which included SAAB Bofors Technology and Thales Air Defence Systems.
We supply composite tubing for aerospace applications, including spacers, sleeves and fuel gauging equipment, and we also hold several product-specific aerospace approvals from leading aerospace companies.
The skiff design offers a fast, high-performance vessel at the very top of its class. Our team worked extensively on the design and manufacture of several key components for this boat.
We supplied precision carbon fibre composite components for Turntide’s axial flux motors, designed for high torque density in weight-sensitive environments.
We manufacture project-specific carbon fibre tubes for Atherton’s high-performance mountain bikes, engineered for different riding conditions and terrain demands.
We partnered with Makefast Marine to supply lightweight carbon fibre poles, delivering high strength and durability for demanding marine applications.
Speak with our engineering team about carbon fibre tubes, Kevlar composites or fibreglass components for your application.
Each material serves a different engineering purpose. Carbon fibre offers the highest stiffness and strength-to-weight ratio, making it ideal for lightweight structural parts. Kevlar (aramid fibre) focuses on toughness and performs well in applications requiring impact and abrasion resistance. Fibreglass (glass fibre) is versatile and cost-effective, providing strong corrosion resistance for marine and industrial environments, including fibre glass tube applications.
Yes. We manufacture carbon fibre tubes and carbon fibre tubing to your specified diameter, wall thickness, length, and performance requirements. You can upload a drawing or provide your dimensions and quantities. We support both prototype development and production runs.
We manufacture project-specific composite using roll-wrapping for carbon fibre tubes, with fibre orientations selected to match structural load requirements (e.g., 0°, ±45°, 90°). We also support composite lay-up, machining and finishing, and hybrid laminates combining carbon with aramid or glass fibres.
Kevlar fabric (aramid fibre) reinforces composite parts that require toughness rather than stiffness. Engineers use it for components exposed to impact, abrasion, and repeated mechanical stress, such as defence structures, aerospace panels, and high-wear mechanical systems. Kevlar often combines with carbon fibre to create hybrid laminates that balance stiffness and impact resistance.
Working with a UK composite manufacturer allows direct communication with the engineers producing your parts. This shortens lead times, improves design iteration, and reduces issues around tolerances, finishes, and delivery schedules. It also strengthens traceability and quality control, which is critical for aerospace, defence, and regulated supply chains.



