K’NEX Intro to Simple Machines: Gears

Name: K'NEX Intro to Simple Machines: Gears
Brand: TTS
SKU: SKUDzItDFmeU0
Availability: InStock

£37.99

SKU: SKUDzItDFmeU0 Categories: Construction, D&T, Primary Curriculum Tag: TTS Brand: TTS

Helping to Support Teaching and Learning

Versatile Model Building: This set includes pieces for building seven models like an egg beater, blender, and exercise bike, demonstrating gear types such as spur, crown, and sprocket.
Educational Gear Examples: This set features models that demonstrate the functioning of spur, crown, and sprocket gears, enhancing understanding of their unique roles in technical applications.
Comprehensive Set Components: Includes 198 pieces housed in a sturdy plastic storage case with dividers and a lid, ensuring easy organisation and safekeeping.
Collaborative Learning: Designed for collaborative learning, this set fosters teamwork and problem-solving skills as children build and experiment together.
Supports Key Stage 2: Aligned with Key Stage 2 curriculum, focusing on technical knowledge and understanding mechanical systems through practical application.

Explore gearing functions with models like fans and discover their applications in everyday objects.

Accommodates collaborative learning for two to three children, ideal for Key Stage 2 educational environments.

Explore the intricacies of gear configurations through hands-on experimentation. This set encourages children to identify and test three different gear types, enhancing their understanding of mechanical principles.

The exploration continues as students delve into the concept of gear ratios, calculating the effectiveness and efficiency of different gear types. This hands-on approach solidifies their grasp of physics and engineering concepts.
The set is perfect for fostering a deep understanding of how everyday machines work, from bicycles to blenders, by enabling practical engagement with gears. It supports curriculum requirements for Key Stage 2, making it a valuable tool for classroom discussion on forces and mechanics.