This hands-on project introduces students to fundamental principles of renewable energy, mechanical engineering, and sustainable design. As students assemble the wooden solar race car, they will explore how solar panels convert light into electrical energy to power a motor, and how gear systems and wheel alignment affect speed and efficiency. The activity promotes problem-solving, fine motor skills, and an understanding of energy transfer, making it an ideal entry point for STEM inquiry and design thinking.
Suitable for students in Years 3–8, this product aligns with Science and Design & Technologies learning areas. It is particularly effective for classroom units on energy, forces, and materials, as well as cross-curricular STEM challenges. The project can be adapted for upper primary and lower secondary levels, with extension activities such as measuring speed, testing variables, and documenting design iterations.
This resource supports the Australian Curriculum: Science (ACSSU097 – energy from a variety of sources can be used to generate electricity; ACSSU076 – forces can be exerted by one object on another) and Design & Technologies (ACTDEK019 – investigate characteristics and properties of materials, systems, components, tools and equipment). It also aligns with the STEM F-10 integrated approach, encouraging students to apply scientific and mathematical concepts to real-world design challenges.
No coding required. This product focuses on hands-on construction and mechanical principles, making it accessible for students without prior programming experience. Teachers may optionally integrate coding by adding a simple microcontroller or sensor for advanced data collection, but the core activity is fully analogue.
Each kit includes pre-cut wooden chassis parts, a solar panel, DC motor, plastic wheels and axles, gear components, sanding paper, screws and connectors, and a detailed assembly guide. All components are designed for easy, classroom-friendly assembly with basic tools (not included). No glue is required.
Each student or pair will need a small workspace, a Phillips-head screwdriver, and access to direct sunlight or a bright desk lamp for testing. Assembly takes approximately 45–60 minutes. For best results, provide a flat testing track (e.g., a long table or cardboard strip) and allow time for iterative design improvements. No batteries are required—the car runs solely on solar power.
All Stemology products come with a 12-month warranty against manufacturing defects. For technical support, replacement parts, or product inquiries, contact our team at admin@stemology.com.au. We are committed to helping you get the most out of your classroom resources.
We offer tiered bulk pricing for orders of 10 or more units, making it cost-effective for whole-class or year-level implementation. Schools can place purchase orders directly via email or our online portal. For a custom quote or to discuss your requirements, please reach out to admin@stemology.com.au.