Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino
Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino
Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino
Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino
Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino
Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino
Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino
Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino
Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino
Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino
Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino
Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino
Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino
Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino
Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino
Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino
Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino
Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino

Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino

Regular price$339.29
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What Students Will Learn

This Heavy-Duty Mecanum Wheel RC Robot Car Kit for Arduino introduces students to advanced robotics, engineering design, and programming concepts. Through hands-on assembly and testing, students will develop skills in mechanical construction, circuit wiring, and coding for motor control. The kit enables exploration of omnidirectional movement using mecanum wheels, allowing students to understand vector-based motion and real-world applications in industrial and research robotics. Key learning outcomes include: understanding Arduino microcontroller fundamentals, programming motor drivers for precise control, troubleshooting hardware and software integration, and applying problem-solving strategies in iterative design challenges.

Who It's For

This kit is designed for upper primary to secondary school students (Years 5–10) and is suitable for STEM electives, Digital Technologies classes, robotics clubs, and extension activities. It aligns with subject areas including Digital Technologies, Design and Technologies, Science, and Mathematics. The heavy-duty construction and advanced features make it ideal for classroom environments where durability and repeated use are essential.

Australian Curriculum Links

This product supports the Australian Curriculum: Digital Technologies (Years 5–10) by enabling students to design, modify, and follow algorithms involving sequences, branching, and iteration (ACTDIP019, ACTDIP025, ACTDIP029). It also addresses Science (Years 7–10) through the application of forces, motion, and energy transfer (ACSSU117, ACSSU229), as well as Design and Technologies (Years 5–8) by engaging students in creating designed solutions that consider materials, systems, and safety (ACTDEK019, ACTDEK023). The kit directly supports the STEM F-10 framework by integrating cross-disciplinary problem-solving and computational thinking.

Coding Platform

This kit is programmed using the Arduino IDE, a free, open-source platform widely used in education. Students can write and upload C++ code to control the robot's motors, lights, and sensors. The included sample code and tutorials allow for immediate classroom use, with options for customisation to suit varying skill levels. No coding experience is required for the teacher, as step-by-step guides are provided.

What's in the Box

The kit includes: 1 heavy-duty aluminium alloy chassis, 4 mecanum wheels with bearings, 4 high-torque DC motors, 1 Arduino-compatible microcontroller board, 1 L298N motor driver module, 1 Bluetooth module (HC-05) for wireless control, 1 battery holder (6x AA, batteries not included), 1 USB programming cable, 1 screwdriver, 1 set of screws and nuts, 1 jumper wire set, and 1 printed assembly guide with coding examples. All components are pre-tested and packaged for classroom distribution.

Classroom Setup & Requirements

Each kit requires a computer with the Arduino IDE installed (Windows, macOS, or Linux compatible), 6 AA batteries, and a flat, clear workspace for assembly and testing. Recommended for groups of 2–3 students per kit to encourage collaboration. A clear floor area of at least 2m x 2m is ideal for testing omnidirectional movement. Teachers should have basic familiarity with Arduino software, though the included guide supports first-time users. No soldering is required; all connections use jumper wires and screw terminals.

Support & Warranty

Stemology provides a 12-month warranty against manufacturing defects for this product. For technical support, curriculum integration advice, or replacement parts, contact our team at admin@stemology.com.au. We also offer free online resources including lesson plans, troubleshooting guides, and extension activities to enhance classroom use.

Bulk & School Orders

Stemology offers tiered bulk pricing for orders of 5 or more kits, with additional discounts for class sets of 10 or 20. Purchase orders from schools and educational institutions are accepted. To request a quote or place a bulk order, email admin@stemology.com.au with your school name, order quantity, and delivery details. All bulk orders include free shipping within Australia and priority customer support.


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