Getting Started
Last revision 2026/01/14
The article provides a thorough guide on the Devastator platform, focusing on its robust construction, compatibility with popular microcontrollers, and detailed instructions for chassis assembly and power connections, making it an ideal choice for robotics enthusiasts and educators.
Introduction
The Devastator platform is constructed from high strength aluminum alloy which makes it extremely solid and durable. It is fully compatible with popular microcontrollers on the market, such as Arduino, Raspberry Pi, Lattepanda and so on. The high speed motors and premium quality tracks also allow it to move swiftly over surfaces and its high performance suspension and has outstanding mobility across even the toughest terrains.
The platform itself has multiple mounting holes that allow users to add various sensors, servos, turntables and controllers (e.g. Romeo All-in-one, Raspberry Pi Model B+ etc.)
This kit is perfect for hobbyists, educators, robot competitions and research projects. This enhanced kit uses metal geared motors for extra traction and durability.
Chassis
For chassis assembly, refer to the Assembly Manual.
Electronics
Two wiring options for the Devastator's electronics:
Microcontroller Power Connections
We recommend soldering wires for good electronic continuity.
Use a phillips screwdriver to loosen all the motor terminal connections before making a connection.
Take a length of wire and connect it between the positive terminal of the microcontrollers M-VIN terminal and the middle pole of the switch. Take another length of wire and connect it from the left pole of the switch to the positive terminal of the battery charging jack. From the same terminal of the jack, connect another length of wire to the positive terminal of the power supply (or a female jack adapter, as in the diagram).
The GND wire needs to run from the GND terminal of the microcontroller (next to M-VIN terminal). It needs to run to the negative terminal of the battery charger jack, and then from the same negative terminal of the battery charger jack to the negative terminal of the power supply.
Motor Connections
We recommend soldering wires to each motor for good electronic continuity. Tinning the opposite end of the wire is also a good idea. Use a phillips screwdriver to loosen M1's motor terminals on the microcontroller. Insert the positive and negative motor wires in to positive and negative terminals on the microcontroller, and tighten the terminals again. Repeat the process for M2.
Supplying Power
You can power the robot by 6 x AA batteries or a 7.5v LiPo battery. We recommend the LiPo battery option as it is rechargeable.
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