TETRIX MAX Monster Tire Hub/Motor Shaft Adapter securely connects the TETRIX All-Terrain Tire to the 12-volt DC Drive Motor. Features the industry-standard 12 mm hex pattern.

• Quantity: pkg of 2
• Material: 7005 Aluminum

These versatile aluminum linkages make it easy to create custom links and pivoting connection points. The flat linkages are also great structures for building and can be cut and shaped into various angles or curves with ease for customized applications.

TETRIX MAX Monster Tire Hub/Axle Adapter connects the TETRIX All-Terrain Tire to a TETRIX Axle. Features the industry-standard 12 mm hex pattern.

• Quantity: pkg of 2
• Material: 7005 Aluminum

These versatile aluminum linkages make it easy to create custom links and pivoting connection points. The flat linkages are also great structures for building and can be cut and shaped into various angles or curves with ease for customized applications.

TETRIX MAX Inside Corner Brackets fit the inside of TETRIX Channels and can be used to bookend a channel to secure it to another structural element.

• Quantity: pkg of 2
• Material: 7005 Aluminum

These versatile aluminum linkages make it easy to create custom links and pivoting connection points. The flat linkages are also great structures for building and can be cut and shaped into various angles or curves with ease for customized applications.

TETRIX MAX Linear Slide Pack adds a linear-motion component to your robotics project. The rack gears – used individually or laid end to end – are attached to a TETRIX channel. The slide blocks and pinion gear go onto another channel that slides across the rack gears when powered by gears and a DC motor with motor mount, sold separately.

Includes four GF nylon rack gears, four GF nylon slide blocks, and one aluminum pinion gear.

• Size: Gear Racks are five inches long
• Outside Diameter: pinion gear 20.8 mm
• Number of Teeth: 28
• Material: 7005 Aluminum pinion gear; nylon rack gears

These versatile aluminum linkages make it easy to create custom links and pivoting connection points. The flat linkages are also great structures for building and can be cut and shaped into various angles or curves with ease for customized applications.

TETRIX MAX Worm Gear Box utilizes 4:1 gear ratio for slow and smooth rotational motion, this gear box minimizes backlash and greatly reduces the chance of a back-driving gear motor, so its position can be held even when power is not applied. All-metal construction for durability and power.

Additional gearing options are available with TETRIX 10:1 Worm Gear or TETRIX 20:1 Worm Gear.

• Material: 7005 Aluminum gear box, SAE 841 Bronze worm gear, 303/304 Stainless Steel worm

These versatile aluminum linkages make it easy to create custom links and pivoting connection points. The flat linkages are also great structures for building and can be cut and shaped into various angles or curves with ease for customized applications.

TETRIX MAX DC Motor Mount has an increased number of attachment holes, making this two-piece DC motor mount more flexible. Mount a motor between or alongside channels, as well as on top of them.

• Material: 7005 Aluminum

Create a variety of attachment surfaces with these sturdy, aluminum, 2 mm thick building plates. Great for creating new ways to connect and combine all of the Tetrix Prime; components.

TETRIX MAX Tubing Anchor Blocks makes it easy to connect TETRIX structural elements, Brackets, and Motor Mounts to TETRIX tubing.

• Quantity: pkg of 2
• Material: 7005 Aluminum

Create a variety of attachment surfaces with these sturdy, aluminum, 2 mm thick building plates. Great for creating new ways to connect and combine all of the Tetrix Prime; components

TETRIX MAX Tubing Corner Blocks easily makes 90-degree corners or T-joints from TETRIX Tubes. The clamping design holds tubes tightly in place.

• Quantity: pkg of 2
• Material: 7005 Aluminum

Create a variety of attachment surfaces with these sturdy, aluminum, 2 mm thick building plates. Great for creating new ways to connect and combine all of the Tetrix Prime; components.