Martin's robot was definitely an inspiration. As far as I know he was the first one to figure out how to make cheap, nonbackdrivable servo motors work for dynamic quadruped movement. Wouldn't have started the project…
We're actually working with some people who are interested in selling the kits as a side project. Stay tuned. With double the BOM cost, we'd use torque-controllable servos. We're testing out the DJI M2006 right now.
Great feedback! Will definitely incorporate those features into future revisions.
Hey all, my group in Stanford Student Robotics made Pupper. Happy to answer any questions!
You can buy the CLS6336HV servos from JX-Servo directly for about $25 each. Usually a much better deal than on Aliexpress, Banggood etc and it's pretty easy to do. The $600 price point though assumes you have a number…
You can buy the carbon fiber parts here! https://great3d.com/stanford-pupper-robot-carbon-fiber-parts...
Martin's robot was definitely an inspiration. As far as I know he was the first one to figure out how to make cheap, nonbackdrivable servo motors work for dynamic quadruped movement. Wouldn't have started the project…
We're actually working with some people who are interested in selling the kits as a side project. Stay tuned. With double the BOM cost, we'd use torque-controllable servos. We're testing out the DJI M2006 right now.
Great feedback! Will definitely incorporate those features into future revisions.
Hey all, my group in Stanford Student Robotics made Pupper. Happy to answer any questions!
You can buy the CLS6336HV servos from JX-Servo directly for about $25 each. Usually a much better deal than on Aliexpress, Banggood etc and it's pretty easy to do. The $600 price point though assumes you have a number…
You can buy the carbon fiber parts here! https://great3d.com/stanford-pupper-robot-carbon-fiber-parts...