This Programmable Turtle Robot Car Kit introduces students to foundational concepts in robotics, coding, and engineering design. Through hands-on assembly and programming, learners will explore sequence, selection, and iteration in code; sensor integration and feedback loops; and the engineering principles of motion, torque, and gear systems. The kit fosters computational thinking, problem-solving, and collaboration as students program the turtle robot to navigate mazes, follow lines, and respond to obstacles.
Designed for students in Years 3–8, this kit is ideal for primary and lower secondary classrooms. It aligns with Digital Technologies, Science, and cross-curricular STEM programs. Suitable for introductory robotics units, coding clubs, and project-based learning activities. Teachers with no prior coding experience can confidently implement the kit using the included guided lesson plans.
This product supports the Australian Curriculum: Digital Technologies (F-10) by addressing outcomes related to algorithms, programming, and data representation. In Science, it connects to physical sciences (forces, motion) and science inquiry skills. Key curriculum links include: ACTDIK007 (data patterns), ACTDIP010 (simple algorithms), ACTDIP019 (designing user experiences), and ACSIS064 (science investigations). The kit also supports STEM F-10 integrated learning objectives such as applying design thinking and using digital systems.
The turtle robot is programmable via a free, web-based block coding platform compatible with most modern browsers (Chrome, Firefox, Safari). No software installation required. The platform uses a drag-and-drop interface similar to Scratch, making it accessible for beginners. Advanced students can transition to text-based Python coding using the same platform. The robot connects via USB or Bluetooth (depending on model variant).
Each kit contains: 1 programmable turtle robot chassis with motors and wheels, 1 microcontroller board (pre-soldered), 1 ultrasonic distance sensor, 1 line-following sensor module, 1 rechargeable battery pack with USB charging cable, 1 set of screwdrivers and assembly tools, 1 set of colour-coded wiring connectors, 1 printed quick-start guide, and 1 online resource card with access to lesson plans, coding tutorials, and challenge cards. No additional components required.
Each kit requires a device with internet access and a USB port (or Bluetooth capability). A class set of 10–15 kits is recommended for groups of 2–3 students. For line-following activities, provide a dark-coloured track (e.g., black electrical tape on a light floor). A clear floor space of approximately 2m x 2m per group is ideal. Teachers should allocate 2–3 sessions for assembly and initial programming, then 1–2 sessions per challenge activity. Batteries charge in 2 hours and provide 45+ minutes of continuous use.
All Stemology products include a 12-month warranty against manufacturing defects. For technical support, curriculum advice, or replacement parts, email admin@stemology.com.au. Our team responds within 1 business day. Extended warranty and priority support plans are available for schools.
Stemology offers tiered bulk pricing for orders of 10+ kits. School purchase orders are accepted via email to admin@stemology.com.au. Bulk orders include a free teacher resource pack with curriculum mapping, assessment rubrics, and extension activities. Contact us for a custom quote for your school or department. We also offer professional development workshops for staff using our kits.