ACEBOTT QD025 Micro:bit Robot Car STEM DIY Kit - Intelligent Educational Platform (without Micro:bit)

Specifications

• Controller Compatibility: Micro:bit V1 and V2 boards

• Sensor Suite: 1x Ultrasonic Distance Sensor, 2x IR Line Tracking Modules

• Control Modes: IR Remote Control, Autonomous Obstacle Avoidance, Line Tracking

• Chassis Construction: Durable precision-cut black acrylic

• Drive System: Dual-motor drive with high-traction rubberized wheels

• Power Source: Onboard battery box for standard AA batteries

• Interfaces: Support for I2C and additional sensor expansion

Key Applications and Projects

• Autonomous Navigation: Programming the Micro:bit to navigate a maze using the ultrasonic sensors to "see" walls.

• Industrial Simulation: Using line-tracking sensors to mimic how automated warehouse robots move along fixed floor paths.

• Wireless Interaction: Controlling the car manually using the included IR remote or the Micro:bit's built-in Bluetooth features.

Unlock New Capabilities (Project Evolution)

• Precision Control: Transition from simple on/off movements to proportional speed control by utilizing the Micro:bit's PWM (Pulse Width Modulation) capabilities.

• Smart Expansion: Add the QD027 Wireless Controller to your toolkit to move from standard IR control to a professional-grade, long-range wireless handle experience.

Downloads: 

• Tutorial
• ACECode and Start Programming

Package Includes:

• 1 x Main Robot Chassis and Motor Set

• 1 x Ultrasonic Distance Sensor Module

• 1 x Infrared Remote Control

• 1 x Roll of Line-Tracking Tape

• 1 x Battery Compartment with Connecting Cables

• 1 x Full Assembly Hardware Kit (Screws, Pillars, and Screwdriver)

Note: Micro: bit board & batteries are NOT included.

FREQUENTLY ASKED QUESTIONS (FAQ)

1. Does this kit include the Micro:bit? No, the Micro:bit board must be purchased separately to make the robot functional.

2. Is it compatible with Micro:bit V2? Yes, the car's expansion board supports both V1 and V2 Micro:bit versions.

3. What batteries does it need? It typically requires standard AA batteries for the onboard power compartment.

4. Is soldering required? No, the kit is designed for solderless assembly using plug-and-play cables and screw-together parts.

5. What programming language does it use? It is fully compatible with Microsoft MakeCode (blocks), Python, and C++.

6. How does it avoid obstacles? The front ultrasonic sensor measures distances to objects and tells the Micro:bit when to turn.

7. Can it follow a black line? Yes, it includes infrared sensors on the bottom for high-speed line-following tasks.

8. Does it come with a remote? Yes, an infrared (IR) remote is included in the package.

9. What is the main material of the car? The chassis is made of high-quality, lightweight black acrylic for durability.

10. Is the assembly difficult? It is designed for students aged 8 and up; most assembly takes approximately 30–60 minutes.

11. Can I add a camera? While not included, the expansion board has pins that allow for advanced users to add extra modules.

12. Is there a mobile app? Yes, you can program the Micro:bit to be controlled via the official Micro:bit Bluetooth mobile app.

13. Are the wheels rubberized? Yes, they feature high-traction rubber tires for excellent grip on indoor surfaces.

14. Does it include a screwdriver? Yes, a mini screwdriver is included for the assembly process.

15. Can I use it on carpet? It works best on smooth, hard surfaces but can handle very low-pile commercial carpets.

16. Is the line-tracking tape included? Yes, a roll of black tracking tape is provided in the kit.

17. What is the update speed? The Micro:bit processes data fast enough for real-time sensor feedback and movement.

18. How do I find coding tutorials? ACEBOTT typically provides comprehensive online guides and project examples for MakeCode and Python.

19. What color is the chassis? This model features a sleek, professional black acrylic finish.

20. Is this suitable for schools? Absolutely; it is specifically designed for STEM education and classroom robotics programs.