Bluetooth Controlled Rocker Bogie Robot Kit | DIY Mars Rover Stair-Climbing Arduino Project

Explore advanced terrain robotics with this DIY Bluetooth-Controlled Rocker Bogie Robot Kit based on Arduino. Inspired by NASA’s Mars Rover, this 6-wheel robot is equipped with a rocker-bogie suspension system that enables it to climb stairs and uneven surfaces smoothly — making it a perfect learning tool for students, hobbyists, and robotics enthusiasts.

The robot is controlled using an Android smartphone via a Bluetooth module. You can use voice commands or a joystick-based mobile app to drive the robot forward, backward, left, right, and stop. Built on the powerful Arduino platform with a motor driver shield, this kit simplifies both hardware and programming complexity for makers.

Ideal for school exhibitions, college-level final-year projects, and STEM learning, this robot introduces learners to real-world engineering concepts such as mobility systems, wireless control, embedded programming, and mechanical design.

🟢 Key Features:

• Bluetooth-enabled smartphone control

• 6-wheel rocker bogie suspension design for stair climbing

• Rugged chassis ideal for rough terrain navigation

• Arduino UNO-based control board with motor driver shield

• No soldering required – all components plug-and-play ready

• Educational and fun to build for robotics enthusiasts

• Supports AFMotor Library (included)

🟢 What’s in the Package:

•  6-Wheel Rocker Bogie Chassis

• Arduino UNO Board (Compatible)

• Bluetooth Module HC-05

• L298 Motor Driver Shield

• 6x BO Motors – L Type, 60 RPM

• 6x Yellow BO Wheels

• On/Off Switch

• 12V Batteries

• Connecting Wires, Soldering Wire & DIY Tools

• Hot Glue Gun for Mounting

• Assembly Manual (PDF) + Wiring Diagram

• Arduino Code + AFMotor Library Download Link

• App Link (Arduino Bluetooth RC Car – Android)

🟢 Ideal For:

• Engineering Final Year Projects

• School Robotics Exhibitions

• Mars Rover & Stair-Climbing Robot Prototypes

• Bluetooth-controlled car DIY projects

• Mechanical & Mechatronics students

• Advanced Arduino-based hobby robotics