STEM Robot Building Kit – 12-in-1 Rechargeable or Solar-Powered Educational Robotics Set (Ages 8+)
STEM Robot Building Kit – 12-in-1 Rechargeable or Solar-Powered Educational Robotics Set (Ages 8+)
STEM Robot Building Kit – 12-in-1 Rechargeable or Solar-Powered Educational Robotics Set (Ages 8+)
STEM Robot Building Kit – 12-in-1 Rechargeable or Solar-Powered Educational Robotics Set (Ages 8+)
STEM Robot Building Kit – 12-in-1 Rechargeable or Solar-Powered Educational Robotics Set (Ages 8+)
STEM Robot Building Kit – 12-in-1 Rechargeable or Solar-Powered Educational Robotics Set (Ages 8+)
STEM Robot Building Kit – 12-in-1 Rechargeable or Solar-Powered Educational Robotics Set (Ages 8+)
STEM Robot Building Kit – 12-in-1 Rechargeable or Solar-Powered Educational Robotics Set (Ages 8+)
STEM Robot Building Kit – 12-in-1 Rechargeable or Solar-Powered Educational Robotics Set (Ages 8+)

STEM Robot Building Kit – 12-in-1 Rechargeable or Solar-Powered Educational Robotics Set (Ages 8+)

Regular price$49.65
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What Students Will Learn

This 12-in-1 STEM robot building kit introduces students to core engineering and renewable energy concepts through hands-on construction. Learners will explore mechanical design, gear ratios, and structural stability as they build 12 different robot models. The dual power system (rechargeable battery or solar panel) teaches energy transformation and sustainable power sources. Students develop problem-solving skills, spatial reasoning, and fine motor coordination while following step-by-step assembly instructions. The kit also encourages creativity and iterative design thinking as students modify and test their robots for movement and stability.

Who It's For

Suitable for students in Years 3 to 8 (ages 8+), this kit aligns with primary and lower secondary STEM programs. It is ideal for use in Design and Technologies, Science, and integrated STEM units. The kit supports differentiated instruction, with simpler models for younger students and more complex builds for older learners. It can be used in classroom rotations, maker spaces, after-school clubs, and enrichment programs.

Australian Curriculum Links

This product directly supports the Australian Curriculum: Digital Technologies and Science F-10, as well as the STEM cross-curriculum priorities. Key content descriptors include:

  • Design and Technologies (Years 3-4): Generate and communicate design ideas using drawings and models (ACTDEP006, ACTDEP007).
  • Design and Technologies (Years 5-6): Investigate how forces and materials affect the performance of designed solutions (ACTDEK010, ACTDEK011).
  • Design and Technologies (Years 7-8): Analyse how energy systems and materials are used in designed solutions (ACTDEK019, ACTDEK020).
  • Science (Years 3-4): Investigate how forces can be exerted by one object on another (ACSSU076).
  • Science (Years 5-6): Investigate how electrical energy can be transferred and transformed (ACSSU097).
  • Science (Years 7-8): Explore the use of renewable energy sources and their efficiency (ACSSU117).

The kit also supports the general capabilities of critical and creative thinking, and ethical understanding regarding sustainable energy use.

Coding Platform

No coding required. This kit focuses on mechanical construction and energy principles. It is ideal for introducing foundational STEM concepts without the need for programming, making it accessible for younger students or those new to robotics.

What's in the Box

  • Over 200 building pieces including gears, wheels, axles, and connectors
  • Solar panel module (operates in direct sunlight)
  • Rechargeable battery module (USB charging cable included)
  • Motor unit
  • Detailed instruction manual for 12 robot models (e.g., walking robot, car, boat, dinosaur)
  • Storage box with compartments
  • Sticker sheet for customisation

Classroom Setup & Requirements

Each kit is designed for individual or pair work. Recommended class size: up to 30 students with 15 kits. Minimal additional resources are required: small Phillips head screwdriver (not included), access to a USB power source or natural sunlight for solar operation. The kit can be used on standard classroom desks. Assembly time per model ranges from 30 to 60 minutes depending on complexity. Models can be disassembled and rebuilt, providing reusable learning resources for multiple classes. No batteries required for solar mode; rechargeable battery lasts approximately 30 minutes per full charge.

Support & Warranty

All Stemology products come with a 12-month warranty against manufacturing defects. For technical support, curriculum advice, or warranty claims, contact us at admin@stemology.com.au. Our team is dedicated to assisting educators with product setup and classroom integration.

Bulk & School Orders

We offer competitive bulk pricing for schools purchasing 10+ kits. Purchase orders are accepted from registered Australian educational institutions. To request a quote or place a bulk order, email admin@stemology.com.au with your school name, required quantity, and delivery details. Discounts apply for orders of 20 or more kits. All prices include GST. Delivery is free for orders over $500 within Australia.


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