Arduino Tracked Robot Chassis Black Gladiator Tank Kit ROB0153

Looking to build your own robot tank? The Black Gladiator is the perfect starting point. This agile tracked robot chassis is low-noise, easy to control, and delivers high durability and performance. Designed with a strong aluminum alloy base and high-grip engineering plastic tracks, this robot tank kit is ideal for any terrain-capable robotics project or Arduino robot car build.

Key Features

• Durable Aluminum Alloy Base
  Crafted from 2mm thick aluminum alloy with a sandblasted oxidation finish, this tracked robot chassis ensures extra strength and sleek appearance.

• All-Terrain Track System
  Made of engineering plastic, the crawler chassis tracks provide great elasticity, shock absorption, and strong grip on a variety of surfaces.

• High-Performance Dual Motors
  Equipped with two DC motors (6V12V) capable of speeds up to 350RPM, providing the robot tank kit with high power and mobility.

• Arduino-Compatible
  Easily integrate Arduino microcontrollers into your Arduino robot car and add components such as IR sensors, ultrasonic modules, cameras, LEDs, and WiFi modules.

• DIY Assembly
  Shipped as a DIY robotics kit, offering hands-on assembly and learning perfect for STEM education and tracked robot chassis enthusiasts.

Whats Included

• 1 Aluminum Alloy Base for Tracked Robot Chassis

• 2 DC Motors for DIY Robotics

• 2 Tracks for Crawler Chassis

• 2 Bearing Wheels

• 2 Drive Wheels

• 1 Set of Screws and Fasteners

• 1 Hex Wrench

• 1 Battery Holder

Product Specifications

• Assembled Dimensions: 19.3 16.3 6 cm (7.60 6.42 2.36 in)

• Net Weight: 0.47 kg

• Base Material: 2mm Aluminum Alloy for Crawler Chassis

• Track Material: Engineering Plastic Tracks

• Motor Specs:

  • Voltage Range: 6V12V

  • No-load Speed: 170350 RPM

  • Nominal Voltage: 12V DC

  • No-load Current: 100mA

  • Motor Weight: 100g

Assembly Instructions (6 Steps)

1. Install the Bearing Wheels
   Insert the M450 screw through the wheel and secure it on the other side with an M4 nut. Do not overtighten during robot tank kit assembly.

2. Attach to the Bracket
   Add gaskets on both sides of the wheel and fit it into the bracket hole, then lock it in place for your tracked robot chassis.

3. Mount the Motors
   Place each motor into the bracket and secure with three M36 screws to power your DIY robotics project.

4. Assemble the Drive Wheels
   Insert the coupling into the drive wheel and fix it using an M38 screw for the crawler chassis track system.

5. Install the Drive Wheels onto the Motors
   Align the coupling hole with the flat end of the motor shaft and tighten for your Arduino robot car foundation.

6. Fit the Tracks
   Match the needed length for your robot tank kit. Use pliers to embed the track pins and complete the tracked robot chassis setup.

Perfect For

• Arduino robot car projects

• Terrain-capable robot tank kit builds

• Robotics competitions and DIY robotics

• DIY makers and crawler chassis hobbyists