Six Hexapod by EZ-Robot
Six hexapod robot kit: Canadian-designed, customizable WiFi 6-legged platform with 12 servos/12 DOF for dynamic motion. Available at EZ-Robot.
Connection Type
Wi-Fi / USB
Number of Servos
24
Audio Support
Yes
Camera Support
Yes
UARTs
3
I2C Support
Yes
ADC Ports
8
Digital Ports
24
Available for purchase from:
The Synthiam ARC Six Hexapod (often just called “Six”) is a beginner-friendly robot kit and controller platform originally invented in Canada. It’s built from EZ-Bits (snap-together robot parts), and it’s designed to help you learn robotics without needing to be an expert in electronics or programming.
“Hexapod” means the robot has six legs. Six is designed for walking, turning, and doing stable movements on different surfaces.
What’s Inside (Beginner Overview)
-
6 legs with 12 degrees of freedom (DOF)
- “Degrees of freedom” means how many joints can move independently. Six has 12 moving joints total.
- These joints let the robot lift legs, step forward/back, and shift its weight to stay balanced.
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12 heavy-duty servo motors
- A servo is a motor that moves to a specific angle (for example: 0° to 180°).
- Each servo controls one joint, so the robot can make coordinated leg movements.
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EZ-B microcontroller (WiFi-enabled)
- The EZ-B is the “brain” that sends signals to the servos and accessories.
- WiFi lets you control the robot wirelessly from your computer (and depending on your setup, other devices).
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Powered movement
- Because the joints are servo-driven, Six can do smooth, dynamic motions—walking, turning, and posing.
The video below shows Six in action:
Beginner tip: If you’re new to robotics, focus on learning these basics first:
- How servos work (angles and direction)
- How the EZ-B connects over WiFi
- How to test one leg or one servo at a time before trying full walking movements
Where to Buy
EZ-Robot products can be purchased directly from the EZ-Robot online store, and they may also be available through other online and local retailers. The link below goes to the product page at EZ-Robot:
Before You Buy (Quick Checklist)
- Computer & software: Make sure you can run Synthiam ARC on your computer.
- Workspace: You’ll want a small table area for assembly and testing.
- Power needs: Servos require adequate power—use the recommended battery/power solution for the kit.
- Learning approach: Build and test in stages (one leg, then multiple legs, then full walking).
