Students will develop an understanding of engineering design, remote control technology, and the principles of motion and mechanics. By constructing and operating a functional model, learners explore core STEM concepts including circuit construction, gear systems, and the application of radio frequency control. The kit fosters problem-solving skills, fine motor coordination, and the ability to follow sequential instructions, while encouraging iterative testing and refinement of their design.
This kit is designed for students in Years 5 to 8, aligning with upper primary and lower secondary levels. It is suitable for use in Design and Technologies, Science, and Digital Technologies classes, as well as dedicated STEM or STEAM programs. The hands-on nature of the activity supports differentiated learning and can be adapted for individual or small group work.
This product directly supports the Australian Curriculum: Science (ACSSU097 – forces and motion, ACSSU117 – energy transfer), Design and Technologies (ACTDEK019 – engineering principles and systems, ACTDEP025 – planning and managing production), and Digital Technologies (ACTDIK020 – how digital systems represent data). It also aligns with the STEM F-10 Integrated Curriculum, particularly in relation to investigating, designing, and evaluating solutions to real-world problems. Teachers can use this kit to address content descriptions across multiple learning areas in a single, engaging activity.
No coding required. The Remote Control Science Model Kit uses a pre-configured radio frequency control system, allowing students to focus on the physical construction and mechanical principles without the need for programming. This makes it an excellent entry point for students new to STEM model building or for classes where coding is not the primary learning objective.
The kit includes all necessary components to build a fully functional remote-controlled model: a chassis frame, electric motor, wheels, axles, gear assembly, battery holder, remote control transmitter and receiver unit, and all required screws, nuts, and connectors. A detailed, illustrated instruction manual guides students through each step of assembly. No additional tools or materials are required, though teachers may wish to provide small screwdrivers for convenience.
Each kit is designed for use by one student or a pair of students. Recommended classroom setup includes a clear, flat workspace per group, access to basic hand tools (e.g., small Phillips-head screwdrivers, which are not included but commonly available), and a safe area for testing the finished model. The kit requires 4 x AA batteries (not included). No specialised equipment or computer access is needed, making it suitable for standard classroom environments, including those without digital infrastructure.
All Stemology products are backed by a 12-month warranty against manufacturing defects. Should you encounter any issues, our team is ready to assist. For support, warranty claims, or product enquiries, please contact us at admin@stemology.com.au. We are committed to ensuring your classroom experience is successful and your resources remain in reliable working order.
Stemology offers competitive bulk pricing for school orders of 10 or more Remote Control Science Model Kits. We accept official purchase orders from Australian schools and educational institutions. For a custom quote or to place a bulk order, email admin@stemology.com.au with your school name, quantity required, and purchase order number. We aim to process all orders within 2–3 business days and deliver across Australia.