Mini Tank Robot V3.0 Arduino kit for beginners
Mini Tank Robot V3.0 Arduino kit for beginners is a powerful STEM learning platform designed to teach robotics, coding, and electronics through hands-on experience. This DIY programmable robot combines mechanical engineering, sensor technology, and Arduino programming into one interactive educational system.
Built with a durable tank chassis and equipped with multiple sensors, this robot can perform intelligent behaviors such as line tracking, obstacle avoidance, fire detection, and light following. It supports both infrared remote control and Bluetooth app control, allowing users to explore robotics from multiple control perspectives.
With full compatibility with the Arduino IDE (C programming), this kit enables learners to build, code, and customize their robot, transforming theoretical knowledge into real-world applications. The Keyestudio Mini Tank Robot V3.0 Arduino kit for beginners is ideal for developing problem-solving skills, logical thinking, and creativity in an engaging and practical way.
🟢 Product Specifications
- Product Type: DIY Smart Tank Robot Kit
- Controller: Arduino-compatible (ATmega328P-based board)
- Programming: Arduino IDE (C language)
- Control Methods:
- Infrared remote control
- Bluetooth app control (iOS & Android)
- Sensors Included:
- Ultrasonic sensor
- Flame sensor
- Line tracking sensors
- Photoresistors (light sensors)
- Functions:
- Line tracking
- Obstacle avoidance
- Fire detection / extinguishing simulation
- Light following
- Working Voltage: 5V
- Input Voltage: 6–9V
- Motor Speed: ~150–200 RPM
- Bluetooth Range: ~30 meters
- IR Remote Range: ~10 meters
- Ultrasonic Detection Range: 2–300 cm
- Material: Aluminum alloy + acrylic structure
- Assembly: DIY with tutorials included
🟢 Subjects Covered by This Product
1. Robotics Engineering
- Tank robot mechanics and movement systems
- Motor control and track navigation
- Structural design and assembly
2. Programming & Coding
- Arduino C programming
- Logic building and debugging
- Real-time control algorithms
3. Electronics & Circuit Design
- Sensor integration and signal processing
- Motor driver control systems
- Voltage and power management
4. Artificial Intelligence Basics
- Autonomous navigation (line tracking, obstacle avoidance)
- Sensor-based decision making
- Reactive robotic behavior
5. STEM Integrated Learning
- Science: sensors and motion
- Technology: microcontrollers
- Engineering: system design
- Math: logic and sequencing
🟢 Activities Performed by the Product
🔹 1. Line Tracking
The robot follows a defined path using line detection sensors.
🔹 2. Obstacle Avoidance
Detects obstacles and automatically changes direction.
🔹 3. Fire Detection Simulation
Uses flame sensors to detect fire sources and respond accordingly.
🔹 4. Light Following
Tracks and moves toward light sources using photoresistors.
🔹 5. Remote Control Operation
Control the robot via:
- IR remote
- Smartphone app (Bluetooth)
🔹 6. Speed & Motion Programming
Adjust speed and behavior through coding or app control.
🔹 7. DIY Assembly & Customization
Build and modify the robot system step-by-step.
🟢 Benefits for Students
- Develops coding and robotics skills
- Enhances problem-solving and logical thinking
- Encourages hands-on STEM learning
- Builds creativity and innovation mindset
- Suitable for beginners and advanced learners
🟢 Benefits for Teachers
- Ready-to-use STEM education tool
- Supports interactive and project-based learning
- Covers multiple disciplines in one kit
- Helps explain complex concepts visually
- Ideal for classrooms, labs, and workshops
The battery in the picture is for installation reference only and is not included in the shipment
