Smart Radio Controlled Robot Dog

What Students Will Learn

Students will develop foundational skills in robotics, radio communication, and engineering design as they assemble and operate the Smart Radio Controlled Robot Dog. By building the robot from components, learners gain hands-on understanding of mechanical linkages, motor control, and wireless signal transmission. The product encourages problem-solving, fine motor skills, and systems thinking. After assembly, students can program the robot dog's movements—walking, turning, and performing tricks—while exploring concepts of input, output, and feedback loops. This engaging activity also introduces basic principles of animal biomimicry, linking robotics to biological motion.

Who It's For

Designed for students in Years 3 to 8, this product is ideal for classroom use in Digital Technologies, Science, and Design and Technologies. It supports cross-curricular STEM learning, making it suitable for primary and lower secondary school settings. Teachers can integrate it into units on forces, motion, electricity, and data transmission.

Australian Curriculum Links

This product aligns with the Australian Curriculum F-10 in the following areas:

• Digital Technologies: Years 3-4 (ACTDIK007 - recognise different types of data and how digital systems represent data); Years 5-6 (ACTDIK014 - examine the components of digital systems, including radio frequency communication); Years 7-8 (ACTDIK023 - investigate how data is transmitted and secured in wired and wireless networks).
• Science: Years 3-4 (ACSSU076 - forces can be exerted by one object on another through direct contact or from a distance); Years 5-6 (ACSSU097 - electrical energy can be transferred and transformed in circuits); Years 7-8 (ACSSU155 - energy appears in different forms, including movement and electrical energy).
• Design and Technologies: Years 3-4 (ACTDEK010 - investigate how forces and materials are used to create designed solutions); Years 5-6 (ACTDEK019 - examine how people use technologies to produce designed solutions for movement and control); Years 7-8 (ACTDEK029 - analyse how mechanical systems and control technologies are used to create movement).
• STEM F-10: Supports integrated STEM inquiry and design thinking processes across multiple year levels.

Coding Platform

The Smart Radio Controlled Robot Dog includes a beginner-friendly coding platform compatible with Scratch and block-based programming. Students can write simple programs to control the robot's movements, speeds, and sequence of actions. The platform runs on Windows, macOS, and Chrome OS, and no prior coding experience is required. For advanced learners, Python scripting is also available for extended challenge tasks.

What's in the Box

• Pre-cut chassis and structural components (plastic and metal)
• 4 servo motors with cables
• Microcontroller board with built-in radio receiver
• Radio remote controller (2.4 GHz, range up to 20 metres)
• Rechargeable battery pack and USB charging cable
• Hardware kit (screws, nuts, washers, and tools)
• Step-by-step assembly guide with diagrams
• Quick-start coding guide and lesson plan booklet
• Stickers for customisation

Classroom Setup & Requirements

Each kit requires one student or pair of students to build and operate. Assembly takes approximately 60 to 90 minutes and should be conducted on a clean, flat surface with good lighting. For coding activities, classrooms need at least one computer or tablet per kit with internet access for the coding platform. The robot dog operates best on smooth, level floors (tile, linoleum, or low-pile carpet). No specialised lab equipment is needed. Teachers should allow for a 30-minute introductory lesson on radio communication and servo mechanics before building begins. Extension activities can be completed in follow-up lessons.

Support & Warranty

Every Smart Radio Controlled Robot Dog comes with a 12-month warranty against manufacturing defects. Our Australian-based support team is available via email at admin@stemology.com.au for technical assistance, replacement parts, and curriculum integration advice. We aim to respond within 24 hours on business days. Additional lesson plans and troubleshooting guides are available on our website.

Bulk & School Orders

Stemology offers tiered bulk pricing for orders of 10 or more kits. Discounts scale with quantity, making this product cost-effective for whole-class or year-level adoption. We accept official school purchase orders (POs) and can invoice your institution. For a custom quote or to place a bulk order, contact us at admin@stemology.com.au or call our team directly. Free delivery is available for orders over $500 within Australia.