Online 6mm Hole wheels 54mm diameter100pk Wood Packs|Wood & Construction Materials

8,99 £

SKU: SKUoa5F8kbfJt Categories: Construction, D&T, Mechanisms, Primary Curriculum, Steam, Wood & Construction Materials, Wood Packs Tag: TTS Brand: TTS

Description
Reviews (0)

Helping to Support Teaching and Learning

Precision Fit: These wheels ensure a tight fit with 5mm dowels, making them responsive to axle turns, creating a dependable mechanical model component.
Durable Material: Constructed from durable wood, these wheels are ready to support a variety of educational construction projects.
Enhances Technical Knowledge: These wheels are integral in projects that demonstrate the use of basic mechanisms, facilitating a practical understanding of technical concepts in young learners.
Supports Curriculum Goals: These wheels help children understand and use mechanical systems, aligning with Key Stage 1 and 2 curriculum goals for deeper learning.
Versatile Learning Tool: These wheels support hands-on learning by allowing children to engage in building projects that teach basic mechanical functions.

6mm Hole wheels 54mm diameter100pk

A pack of 100 wooden wheels with a 6mm hole, perfect for educational construction projects.

Overview

Designed for a snug fit on TTS 5mm dowels, facilitating smooth motion and effective mechanical function in child projects.

These robust wooden wheels deliver a hands-on approach to mechanical concepts, effectively supporting learning outcomes at Key Stage 1 and 2. Through direct interaction, children grasp the functionality of mechanisms such as levers, sliders, and axles in an engaging way.

During Key Stage 1, these elements facilitate the understanding of basic mechanical structures through direct application. As pupils progress to Key Stage 2, they explore more complex systems including gears, pulleys, and linkages. These tangible learning experiences are essential for reinforcing theoretical knowledge in a tangible format.
Constructed to ensure durability, these wheels stand up to repetitive educational use, allowing for continued application in a variety of learning scenarios, thus promoting creativity and problem-solving skills in building and understanding mechanical systems.