
In the video you can see that I am controlling the body position of the robot using an accelerometer. The accelerometer will soon be attached to the robot and ultimately help with balance calculations.
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In the video you can see that I am controlling the body position of the robot using an accelerometer. The accelerometer will soon be attached to the robot and ultimately help with balance calculations.
![IMG_0841[1] IMG_0841[1]](http://www.sjwaller.com/wp-content/uploads/2011/12/IMG_08411-150x150.png)
This is the new body shell for my quadruped robot. I’ve also added some wiring sleeves to tidy up the cabling. One of the legs is dragging a little as the screws had come slightly loose. But now the robot is pretty much built I can finally start to concentrate on getting the walking gait smoothed up. I also need to think about what type of sensors to add for 360 degree object awareness.

This video shows Q-P2 running a Creep Gait routine. I think I need some kind of rubber tip on the end of the legs as you can see him slipping on the wooden floor. I might even add some pressure sensors to the tips so I can work out feet position over rough terrain …

Just a quick video demonstrating my robot doing some basic ‘press-ups’ using an IK routine. Finally got my servos sorted – using 8xHS-645MG and 4xHS-485HB. Next I have to start working on a smooth creep gait sequence …

It’s been well over a year since my QP-1 Quadruped robot project took his first steps towards stagnation into a box … So I decided to design and build an all new leaner, meaner and ultimately cooler looking quad … meet QP-2