Designed with Canadian classrooms in mind, this hands-on mechanical systems kit brings core STEM concepts to life while directly supporting outcomes in the Ministry of Education Science & Technology curriculum—particularly the Structures & Mechanisms strand for Grades 4–8 and introductory engineering concepts in secondary physics and technology courses.

Inspire real engineering thinking—no prep required.
This comprehensive teaching set includes 11 fully assembled models of the most essential gears, gearboxes, and power transmission systems used in real machines. Mounted on sturdy individual bases (120 × 90 mm), each model clearly reveals how motion, force, and energy are transferred—making abstract concepts visible and intuitive for students.

Perfect for key STEM learning goals, including:

• Mechanical advantage and efficiency

• Speed ratios and torque

• Rotary motion and direction change

• Design thinking and problem solving

• Real-world applications of simple machines

• Foundations of robotics and automation

Built for inquiry-based learning
Whether you’re running guided demonstrations, engineering challenges, or small-group investigations, students can safely explore how different gear systems behave—predicting outcomes, testing hypotheses, and making connections to everyday technology (bicycles, vehicles, wind turbines, manufacturing systems, and more).

Classroom-ready and durable
All models are neatly organized in a rugged carrying case (550 × 420 × 150 mm), making storage, transport between classrooms, or STEM lab use effortless. No assembly required—just open and teach.

Why Canadian STEM teachers love it

✔ Aligns with provincial science and technology expectations
✔ Supports hands-on, experiential learning mandates
✔ Ideal for makerspaces, robotics clubs, and engineering units
✔ Encourages independent exploration and collaborative problem-solving
✔ Saves valuable prep time

Bring mechanical systems out of the textbook and into students’ hands—where real learning happens.