Filter By
- Product
- Qty in Cart
- Quantity
- Price
- Subtotal
-
MAXTube Internal Supports
L394.93 - L526.64MAXTube Internal Supports are compatible with the REV ION System and facilitate bolt-through assembly within a MAXTube without causing permanent deformation. Crucial for ensuring structurally sound through-bolted joints and allows multiple supports to be... -
MAXTube Endcaps
L111.48 - L157.00MAXTube Endcaps are designed for seamless integration with the REV ION System, providing a simple and effective solution for joining two or more MAXTube extrusions. These endcaps are pre-tapped for #10-32 hardware, ensuring quick assembly and reliable... -
Aluminum Angle - 0.74in x 0.74in - 47in
REV-21-3207L445.51The Aluminum Angle 0.74in x 0.74in is a robust and lightweight solution for attaching and connecting components in your robot design. Made from the same clear anodized aluminum as MAXTube, this angle iron-shaped extrusion is designed for compatibility... -
MAXTube - 2x2
L1,113.97 - L1,205.02MAXTube is compatible with the REV ION System and is a strong extruded aluminum tubing that features various hole patterns that make robot structures easier to build. Hole patterns range from simple #10 clearance hole grid patterns to a repeated MAX... -
MAXTube - 2x1
L80.93 - L1,027.79MAXTube 2x1 is durable, extruded aluminum tubing optimized for robot structures and fully compatible with the REV ION System. It features #10 clearance holes spaced 0.5 inches apart on all 1-inch sides and offers multiple configurations: solid, grid... -
MAXTube - 1x1
L445.51 - L668.26MAXTube 1x1 is a versatile, extruded aluminum tubing designed for building strong, reliable robot structures. Fully compatible with the REV ION System, it features #10 clearance holes spaced 0.5 inches apart on all four sides, simplifying design and... -
MAXTube - 1/2x1/2
L334.23MAXTube is compatible with the REV ION System and is a strong extruded aluminum tubing that features various hole patterns that make robot structures easier to build. Hole patterns range from simple #10 clearance hole grid patterns to a repeated MAX...