Nano Tube 20 in. Chassis, 4 gearboxes, 4 - 1/2 in. key shafts
$642.00
This is a 20 in. long Nano Tube chassis that is ready for a battery, wheels and controls.This chassis comes without wheels, but with spacers, machine keys, and hardware to contain a wheel on the 1/...Read More
Product Overview
This chassis comes without wheels, but with spacers, machine keys, and hardware to contain a wheel on the 1/2 in. diameter output shaft. This hardware is included to handle a 500 Key Hub (not included), which needs to be attached to the wheel of your choice.
Also, this is a bare mechanical chassis. A control system will need to be added to make this chassis come to life.
Recommended wheel options:
- 8 in. Mecanum HD Wheel, Set of 4 (am-2118)
- 6 in. SR Mecanum, set of 4 (am-3479a)
- 8 in. Pneumatic Wheels (am-0970) (4 are needed)
Don't forget to buy Hubs and Spacers for each of these wheels.
Specifications
- Estimated Chassis Weight: 23 lbs
- Estimated Maximum Speed: (depends on wheels)
- Height: 3"
- Length: 20" (gearbox extrusion length)
- Load Capacity: 400 lbs (based on wheels)
- Motors: Four CIM Motors (am-0255)
- Width: 21" (suggested, measuring from outside face of gearbox to opposite outside face)With the Cross Hex Tubes included, this could be as much as 30"
Returns
Returns are not accepted for this product.
Recommendations
3 reviews
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"great drive base"
"This is what we did with it : https://youtu.be/bLPh8hOIslc Great work guys!"
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Nice Platform For Class Projects
I currently use the Nano Tube Chassis as the primary platform for all of the "big" robotic projects in our robotics class. The pre-assembled platform allows my students to spend more time designing, researching, and building the other mechanisms associated with each assignment.
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"Nice Platform For Class Projects"
"I currently use the Nano Tube Chassis as the primary platform for all of the "big" robotic projects in our robotics class. The pre-assembled platform allows my students to spend more time designing, researching, and building the other mechanisms associated with each assignment."
