We have the chassis parts in stock in clear and black anodized finish. They are available now. lynxmotion.com/p-717-aluminu … -size.aspx" onclick="window.open(this.href);return false;
Honestly it’s going to take a while before we have leg kits, so in the mean time I will create a parts list here so you don’t have to wait. As far as construction goes, it’s basically the same as the standard size servo instructions for the A leg. lynxmotion.com/images/html/build82b.htm" onclick="window.open(this.href);return false;
**Parts list for 6 legs. **
9 x Aluminum Multi-Purpose Large Servo Bracket Two Pack (Brushed) lynxmotion.com/p-635-aluminu … black.aspx" onclick="window.open(this.href);return false;
no… servos have the motors and drive electronics built into them. you use h-bridges to drive dc motors. you simply need a servo controller such as an ssc-32 and a CPU like an basic atom pro (autonomous) or a PC (for tethered operation) to use servos such as the HS-5745.
Thanks for this post, almost exactly what i was searching for.
Are the legs the same if i take the robot chassis BH3 ?
Are the legs compatible with a s3003 futaba servo (because i already got 12) ?
You can build the robot on the right in the image below using standard sized servos.
The robot can be purchased without servos if you want. But I have serious doubts the s3003 servos will be able to make it move. Need more powerful servos…
I am looking at the THEX4CB-KT “Ultimate Servo Upgraded 4-DOF Hexapod” kit. I’d like to know how much payload this robot can carry. The sales blurb says " This Mech inspired robot is perfect for adding weapons for your local robot competition" so I imagine it has some level of load-bearing capability.
We have not tested the T-Hex 24Dof for payload capacity, so unfortunately we cannot give you an exact value before the robot can no longer support the load. It can support a second battery weighing 100g, so you are likely safe at around 150g additional payload. The walking stance will also affect the payload (the farther apart the legs are, the less payload it can support).