6 Wheel Drive Curious Chassis *Bluetooth Control Full Kit for DIY Robotics 3mm Acrylic 28x18x14.5cm

6 Wheel Drive Curious Chassis Kit for DIY Robotics

The Arduino Bluetooth 6-Wheel Rover is a beginner-friendly DIY robotics project designed for students, hobbyists, and electronics enthusiasts. Built using an Arduino Uno, motor driver, and Bluetooth module, this rover can be wirelessly controlled using a smartphone, making it an exciting and hands-on way to learn robotics.
The 6-wheel drive design provides extra strength, balance, and stability compared to standard rover kits, allowing smoother movement and better traction. This project helps users understand the fundamentals of Arduino programming, motor control, electronics, and wireless communication.
The rover can also be further enhanced and upgraded as your skills grow. Advanced users can experiment with additional technologies such as NRF wireless modules, Wi-Fi, GPS, sensors, and automation, making this kit a strong foundation for future robotics projects.

Key Features
Beginner-friendly Arduino robotics kit
Bluetooth-controlled via smartphone
Strong and stable 6-wheel drive system
Ideal for learning Arduino, electronics, and wireless control
Expandable for advanced control using NRF, Wi-Fi, GPS, and more

Package Includes
1 × 6-Wheel Car Chassis Kit (3mm pre-cut acrylic sheet)
6 × DC Gear TT Motors
6 × Yellow Wheels
3mm Nuts & Bolts, Spacers (as required)

1 × Arduino Uno Board
1  × USB Cable for Uno Board
1 × L298N Motor Driver Module
1 × HC-06 Bluetooth Module
2 × 18650 Rechargeable Batteries
1 × Dual 18650 Battery Charger
1 × Dual 18650 Battery Holder
10 × Male-to-Male Jumper Wires
10 × Male-to-Male Jumper Wires
10 × 220 ohm Resistors
10 × 5mm Leds
1 × On-Off Switch
4M × Circuit Wires

Mobile App Required
A Bluetooth control mobile app is required to operate the rover.
App Link: (Add your mobile app link here)

Other Required Tools & Accessories (Not Included)
To assemble and complete this DIY kit, the following basic tools and accessories are required. These items are not included with the product and should be arranged separately:
Soldering iron – for soldering electronic components
Soldering lead (solder wire) – required for making electrical connections
Screwdriver – for assembling the chassis and mounting components
Small plier – useful for holding components, bending wires, and tightening parts
These commonly available tools ensure proper assembly and safe handling during the build process. This kit is recommended for users with basic electronics and DIY experience.

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Technical Specifications
Size : 28cm x 18cm x14.5cm
Chassis Type: 6-Wheel Drive Rover Chassis
Material: 3mm Acrylic (Laser-cut)
Drive System: 6 × DC Gear TT Motors
Wheel Type: Yellow Plastic Wheels
Controller Board: Arduino Uno (ATmega328P)
Motor Driver: L298N Dual H-Bridge Motor Driver
Wireless Communication: HC-06 Bluetooth Module
Control Method: Smartphone via Bluetooth Mobile App

Power Supply:
2 × 18650 Rechargeable Li-ion Batteries
Dual 18650 Battery Holder
Dual 18650 Battery Charger

Operating Voltage:
Arduino Uno: 5V
Motors: 6V–12V (via motor driver)
Expandability: Supports additional modules such as NRF24L01, Wi-Fi, GPS, sensors, cameras, etc.
Skill Level: Beginner to Intermediate

Learning Objectives
By assembling and programming this rover, users will learn:
Basics of Arduino programming and IDE usage
Understanding DC motor control using an H-bridge motor driver
Bluetooth communication between Arduino and a smartphone
Power management using Li-ion batteries
Basic robot chassis assembly and wiring
Introduction to wireless robotics control
How to upgrade and expand a project using technologies like NRF, Wi-Fi, GPS, and sensors
This kit is ideal for students, hobbyists, STEM education, school projects, and DIY robotics learning.

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Curriculum-Style Learning Path (School / STEM Use)
Level 1: Introduction to Robotics & Safety

Objectives:
Understand what a robot is and how mobile robots work
Learn basic electronics safety and battery handling
Identify components in the kit

Topics Covered:
What is Arduino and where it is used
Overview of DC motors, wheels, and chassis
Safe use of 18650 batteries

Outcome:
Students can identify all components and understand basic robotics concepts.

Level 2: Mechanical Assembly

Objectives:
Build the physical rover correctly
Learn basic mechanical skills

Activities:
Assemble the 6-wheel acrylic chassis
Mount motors and wheels
Properly fix nuts and bolts

Outcome:
Students complete a stable 6-wheel rover chassis.
Level 3: Basic Electronics & Wiring

Objectives:
Understand power flow and connections
Learn correct wiring practices

Topics Covered:
Arduino Uno pin functions
L298N motor driver connections
Battery holder and power wiring

Outcome:
Students can wire the rover correctly and safely.

Level 4: Arduino Programming Fundamentals

Objectives:
Learn basic coding concepts
Upload programs to Arduino

Topics Covered:
Arduino IDE setup
Digital pins, PWM, and delays
Controlling motors using code

Activities:
Write code to move forward, backward, left, and right

Outcome:
Students can program basic rover movements.

Level 5: Bluetooth Control with Smartphone

Objectives:
Understand wireless communication
Control the rover using a mobile app

Topics Covered:
HC-06 Bluetooth module basics
Serial communication
Mapping mobile app buttons to rover movements

Activities:
Drive the rover using a smartphone

Outcome:
Students achieve real-time wireless control.
Level 6: Debugging & Testing

Objectives:
Improve problem-solving skills
Learn troubleshooting techniques

Topics Covered:
Common wiring and code errors
Motor direction issues
Bluetooth pairing problems

Outcome:
Students can independently debug and fix common issues.

Level 7: Project Customization & Creativity

Objectives:
Encourage creativity and innovation

Activities:
Change speed using PWM
Modify code for smoother control
Design obstacle navigation logic

Outcome:
Students personalize their rover behavior.

Level 8: Advanced Expansion (Optional)

Objectives:
Introduce advanced robotics concepts

Possible Upgrades:
NRF24L01 for long-range control
Wi-Fi modules for IoT control
GPS for location tracking
Sensors (ultrasonic, IR, line follower)

Outcome:
Students understand how simple robots evolve into advanced systems.

Level 9: Final Project & Assessment

Objectives:
Apply all learned skills in one project

Activities:
Design a custom rover application
Demonstrate a working robot
Present project concept and improvements

Outcome:
Students complete a full STEM robotics project with real-world relevance.
Recommended Age Group
Upper Primary (with guidance)
Secondary School Students
STEM Clubs & Technical Colleges