Mini Tank Robot V2.0 Arduino kit for beginners
The Mini Tank Robot V2.0 Arduino kit for beginners is an interactive STEM learning platform designed to teach robotics, coding, and electronics through hands-on building and programming. This DIY robot car features a tracked tank design and integrates multiple sensors for intelligent behavior and real-world applications.
Built on an Arduino-compatible system, this kit allows users to create a smart robot capable of line tracking, obstacle avoidance, light following, and remote control operation. With support for both Arduino IDE and Mixly block programming, it is suitable for beginners while still offering advanced learning opportunities.
The robot can be controlled using infrared remote control and Bluetooth mobile app, giving users multiple ways to interact and experiment. It also includes an LED display panel to visualize robot status and behavior.
The Keyestudio Mini Tank Robot V2.0 Arduino kit for beginners transforms theoretical knowledge into practical skills, helping learners develop creativity, logical thinking, and real engineering experience.
🟢 Product Specifications
- Product Type: DIY Smart Tank Robot Kit
- Controller: Arduino-compatible (ATmega328P / V4.0 board)
- Programming Support:
- Arduino IDE (C/C++)
- Mixly block programming
- Control Methods:
- Infrared remote control
- Bluetooth app (iOS & Android)
- Sensors Included:
- Ultrasonic sensor
- Light sensors (photoresistors)
- Line tracking sensors
- Functions:
- Obstacle avoidance
- Line tracking
- Light following
- LED display feedback
- Motor Driver: L298P dual H-bridge
- Motor Speed: ~150–200 RPM
- Working Voltage: 5V
- Input Voltage: 7–12V
- Bluetooth Range: up to ~50m
- IR Control Range: ~10m
- Assembly: DIY with tutorials and coding projects
🟢 Subjects Covered by This Product
1. Robotics Engineering
- Tank robot mechanics and track movement
- Motor control and navigation systems
- Structural assembly and design
2. Programming & Coding
- Arduino programming (C/C++)
- Block-based coding (Mixly)
- Logic development and debugging
3. Electronics & Circuit Design
- Sensor integration and wiring
- Motor driver circuits
- Power management systems
4. Artificial Intelligence Basics
- Autonomous navigation
- Sensor-based decision making
- Reactive robot behavior
5. STEM Integrated Learning
- Science: sensors and motion
- Technology: microcontroller systems
- Engineering: robotics design
- Math: logic and sequencing
🟢 Activities Performed by the Product
🔹 1. Line Tracking
Robot follows a predefined path using tracking sensors.
🔹 2. Obstacle Avoidance
Detects objects and automatically changes direction.
🔹 3. Light Following
Moves toward or reacts to light sources.
🔹 4. Remote Control Operation
Operate via:
- Infrared remote
- Bluetooth smartphone app
🔹 5. LED Display Feedback
Displays movement status using LED panel.
🔹 6. Coding & Automation
Program behaviors and automate robot actions.
🔹 7. DIY Assembly & Experimentation
Build and customize the robot step-by-step.
🟢 Benefits for Students
- Builds strong foundations in coding and robotics
- Encourages hands-on learning and creativity
- Develops problem-solving and logical thinking
- Introduces real-world engineering concepts
- Suitable for beginners and intermediate learners
🟢 Benefits for Teachers
- Complete STEM teaching solution
- Supports interactive and project-based learning
- Easy integration into robotics and coding curriculum
- Engages students with practical activities
- Covers multiple STEM disciplines in one kit



























