JP Carbon Fibre Rectangular Tube, 6 x 16 x 1000mm, 0.7mm Wall

Key Features

• Elite Strength-to-Weight Ratio: Engineered from high-grade carbon fibre, these tubes provide maximum structural rigidity with minimal mass, offering a superior alternative to aluminium or timber for weight-sensitive projects.
• High-Torsional Resistance: The precision rectangular profile is specifically designed to resist twisting and bending under load, making it the definitive choice for high-stress spars, booms, and chassis components.
• Metric 1000mm Standard: Supplied in professional 1-metre lengths, providing a continuous, seamless structural member for large-scale RC aircraft, drone frames, and architectural supports.
• Advanced Engineering Utility: An essential resource for robotics and aerospace prototyping, where the material's exceptional stiffness-to-weight ratio ensures peak performance in dynamic environments.
• Versatile Fabrication Qualities: Despite its extreme strength, the tube is highly workable; it can be easily cut, sanded, and bonded using standard two-part epoxy resins for high-integrity joints.
• Comprehensive Size Selection: Available in various metric dimensions to suit a wide range of applications, from delicate internal bracing to robust primary airframe components.

Product Description

Carbon Fibre Rectangular Tube (Metric)

Achieve maximum strength with minimum weight using our high-grade Carbon Fibre Rectangular Tube. At a convenient 1 metre (1000mm) length, this metric tube provides superior stiffness and rigidity compared to aluminium or wood, making it the ultimate material for structural projects.

The rectangular profile offers excellent torsional resistance, making it ideal for high-stress applications in modelling and engineering. It's easy to cut, sand, and bond using standard epoxy.

• Size: Various
• Length: 1000mm
• RC & Model Aircraft: Spars, booms, and fuselage components where light weight and rigidity are critical.
• Hobby Robotics & Drones: Structural frames, arms, and chassis parts.
• Engineering & DIY Projects: Lightweight frames, strong supports, and custom tooling.