2WD Smart Robot Car with Camera and WiFi
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What Students Will Learn
This 2WD Smart Robot Car with Camera and WiFi provides a comprehensive, hands-on introduction to robotics, programming, and artificial intelligence. Students will develop practical skills in controlling a motor-driven chassis, understanding sensor feedback, and implementing real-time video streaming. They will learn to write code that directs the robot's movement, responds to its environment via the onboard camera, and communicates over a WiFi network. The kit encourages problem-solving, logical thinking, and iterative design as students troubleshoot and refine their robot's behaviour. Key learning outcomes include understanding basic electronics, motor control, wireless communication, and the principles of computer vision through a live camera feed.
Who It's For
Designed for students in Years 5–10, this product is ideal for classroom use in Digital Technologies, Science, and STEM F-10 subject areas. It supports differentiated learning, with simpler block-based coding suitable for upper primary and more advanced text-based programming for secondary students. The robot car is an excellent tool for project-based learning, robotics clubs, and extension activities in engineering and computational thinking.
Australian Curriculum Links
This resource directly supports the Australian Curriculum: Digital Technologies (Years 5–10), particularly the design and implementation of digital solutions, algorithms, and data representation. In Science, it aligns with physical sciences concepts such as forces, motion, and energy transfer. For STEM F-10, the robot car integrates science inquiry skills, mathematical reasoning, and technology processes, enabling students to apply cross-disciplinary knowledge to real-world problems. Specific content descriptors addressed include: generating and implementing code to control systems (ACTDIP017, ACTDIP019), investigating how digital systems transmit data (ACTDIK023), and applying design thinking to create solutions (ACTDEP015).
Coding Platform
This robot car is programmable using a variety of platforms to suit different skill levels. Students can code using block-based environments like Scratch or MakeCode for an entry-level experience, or progress to text-based languages including Python and C++ for more advanced control. The built-in WiFi module allows for wireless programming and remote operation, making it easy to integrate into classroom workflows without the need for physical cables.
What's in the Box
Each kit includes a 2WD robot car chassis with two DC motors and wheels, a high-definition camera module with adjustable mount, a WiFi-enabled microcontroller board, a rechargeable battery pack, a USB charging cable, all necessary screws and connectors, and a quick-start guide with wiring diagrams. The kit is fully assembled and tested, with all components clearly labelled for easy classroom distribution.
Classroom Setup & Requirements
To operate the robot car, each kit requires a computer or tablet with a USB port and internet access for initial setup. A stable WiFi network is needed for live camera streaming and remote control. The robot can be used on any flat, indoor surface such as a desk, table, or floor. Teachers should allow approximately 30 minutes for initial charging and software installation. No specialised tools or soldering are required, making it suitable for a standard classroom environment. For group activities, one robot per 2–3 students is recommended to maximise hands-on engagement.
Support & Warranty
Stemology provides a 12-month warranty against manufacturing defects from the date of purchase. For technical support, curriculum integration advice, or warranty claims, please contact our team at admin@stemology.com.au. We are committed to helping you get the most out of your STEM resources in the classroom.
Bulk & School Orders
Stemology offers competitive bulk pricing for school and district-wide orders. We accept official purchase orders from educational institutions and can provide custom quotes for class sets, lab packs, or multi-year bundles. For a tailored quote, please email admin@stemology.com.au with your requirements, and our team will respond within one business day.