This DIY Electric Elevator 3D Puzzle Toy introduces students to core principles of mechanical engineering and simple electrical circuits. Through hands-on assembly, students explore how pulleys, gears, and motors work together to create vertical motion. They will understand the relationship between force, load, and energy transfer, while developing problem-solving and fine motor skills. The project also encourages iterative design thinking as students test and refine their elevator's operation.
This product is designed for students in Years 5 to 8, with particular relevance to Design and Technologies, Science, and STEM elective courses. It supports cross-curricular learning in physics, engineering, and digital systems. The activity is suitable for classroom instruction, STEM clubs, or extension projects for gifted learners.
This resource aligns with the Australian Curriculum: Digital Technologies and Science F-10. In Digital Technologies, it supports the design and creation of digital solutions (ACTDIP019, ACTDIP025). In Science, it links to physical sciences concepts such as forces and motion (ACSSU117, ACSSU155). For STEM F-10, it addresses systems thinking, engineering design processes, and the application of mathematics to solve real-world problems. Suitable for integration with the Technologies learning area and cross-curriculum priorities.
No coding required. This is a purely mechanical and electrical construction kit, allowing students to focus on physical engineering principles without the need for programming. Ideal for introducing fundamental concepts before moving into coding-based projects.
Each kit includes laser-cut wooden puzzle pieces for the elevator structure, a DC motor, pulley wheels, string, battery holder with wires, screws, and a detailed instruction booklet. All components are pre-cut and ready for assembly. No additional tools are required, though a small Phillips head screwdriver is recommended for tightening screws.
Each student or pair requires a clean, flat workspace. The kit requires 2 x AA batteries (not included). Assembly time is approximately 45 to 60 minutes. For classroom management, we recommend grouping students in pairs to encourage collaboration. A demonstration model is useful for showing assembly steps. The finished elevator stands approximately 30 cm tall and can be used for further experiments, such as testing load capacity or measuring lift speed.
All Stemology products come with a 12-month warranty against manufacturing defects. For technical support or replacement parts, contact us at admin@stemology.com.au. Our team is committed to ensuring your classroom experience is successful.
We offer competitive bulk pricing for orders of 10 or more units. Purchase orders from schools and educational institutions are accepted. For a custom quote or to place a bulk order, please email admin@stemology.com.au with your requirements. We also provide discounts for STEM departments and multi-class sets.