SWYFT Composite
SRPP Sheet · Multiple Sizes · FTC & FRC
High-strength, ultra-lightweight sheet material for competition robot panels.
100% SRPP — solid sheet, no foam core.
- Higher strength-to-weight ratio than aluminum sheet
- Cuts cleanly on our CO2 laser cutters
- 6mm variant adds a foam core for extra stiffness without added mass
- Developed and refined by SWYFT Robotics for competition use
Bulk orders — 50% off shipping
When a sheet-materials order totals over $2,000, shipping is discounted 50%. Email support to place the order.
Material Quality
High-strength, ultra-lightweight sheet material for competition robot panels.
Discover the ultimate material for competitive robots with SWYFT Composite, a high-performance sheet engineered for strength, lightweight design, and ease of fabrication. Refined by SWYFT Robotics, this composite sets a new standard as the best choice for FTC and FRC teams. One of the main benefits is significantly decreased weight compared to traditional materials, enabling lighter and more agile robot designs.
Key Features
-
Versatile Thicknesses: Available in 1.75mm, 3mm, and 6mm to suit various structural needs, from lightweight panels to robust, rigid frames.
-
Superior Strength and Lightweight: Full-density SRPP (Self-Reinforced Polypropylene) in 1.75mm and 3mm thickness provides outstanding durability with dramatically reduced weight (density: 0.93 g/cm³). The 6mm variant maximizes rigidity and lowers weight even further (density: 0.51 g/cm³) through an innovative structural foam core.
-
Fabrication-Friendly: The 6mm composite is specifically designed to be easier to laser cut. Recommended Cutting Settings: Use an 80W or 100W CO2 laser at 15mm/sec speed, 70% power, and 1 pass for clean, efficient results. (See CO2 Laser Cutters)
-
Black Composite Finish
Specifications
-
Material: SRPP (Self-Reinforced Polypropylene); 1.75mm and 3mm are full density SRPP. The 6mm thickness features 1mm SRPP skins on either side of a high-density structural foam core.
-
Thread Locker Safe
-
Sheet Sizes & Weights:
-
1.75mm: 660mm x 737mm
-
3mm: 610mm x 610mm
-
6mm: 610mm x 610mm
-
SWYFT Super Composite empowers teams to create lighter, stronger, and more precise robots. With its innovative composition and fabrication-friendly properties, it's the material that gives you the edge in competition.
- Higher strength-to-weight ratio than aluminum sheet
- Cuts cleanly on our CO2 laser cutters
- 6mm variant adds a foam core for extra stiffness without added mass
- Developed and refined by SWYFT Robotics for competition use
Specifications
Built for performance
Every spec designed around competitive fabrication
Thickness
1.75mm, 3mm, or 6mm
Sheet Size
610–737mm
Manufacturing Method
Laser cutting
Strength
Beats aluminum by weight
Best Use
Panels, bellypans
Real-world use
What you can build
Parts teams fabricate every build season
Bellypans
Lightweight bellypans and chassis floor panels that save weight vs aluminum.
Superstructure
Robot superstructure panels where every gram affects performance.
Covers & Guards
Robot covers that protect electronics without adding parasitic weight.
Mechanism Bases
Structural bases for arms, lifts, and mechanisms.
Specifications
SWYFT Composite Technical Specs
| Material | SRPP (Self-Reinforced Polypropylene) |
| Available Thickness | 1.75mm, 3mm, or 6mm |
| Sheet Size | 660×737mm (1.75mm) · 610×610mm (3mm & 6mm) |
| Core | Solid SRPP (1.75/3mm) · foam core (6mm) |
| Manufacturing Method | Laser cutting |
| Laser Cutting | Compatible with our CO2 laser cutters |
Compatible Machines
SWYFT machines that process this material with recommended cut settings
Buy Together
Materials recommended for this machine
100W CO2 Laser Cutter (40" × 32")
A 100W CO2 laser with motorized autofocus and a full-size 40×32" (1000×800mm) bed for FRC panels and shop production. Front-and-rear pass-through feeds oversized stock, and autofocus dials in the focal height automatically for a good cut on the first try.
100W CO2 Laser Cutter (40" × 32")
A 100W CO2 laser with motorized autofocus and a full-size 40×32" (1000×800mm) bed for FRC panels and shop production. Front-and-rear pass-through feeds oversized stock, and autofocus dials in the focal height automatically for a good cut on the first try.
Also consider
