Sale Pre Cut Card Levers 500pk Wood Packs|Wood & Construction Materials

14,99 £

SKU: SKUYuQ7dKz3pM Categories: Construction, D&T, Mechanisms, Primary Curriculum, Steam, Wood & Construction Materials, Wood Packs Tag: TTS Brand: TTS

Description
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Helping to Support Teaching and Learning

Time-Saving Design: These pre-cut card levers are designed to save time and effort, ideal for busy educational environments. Each lever is ready with pre-punched holes for immediate use.
STEM Integration: A foundational resource for STEM activities, these levers support learning in mechanisms and enhance understanding of scientific principles through practical application.
Adaptable Challenge: Adjustable challenge level to suit various abilities, making these levers a versatile tool in teaching both basic and complex mechanical concepts.
Durable Material: Constructed from cardboard, these levers are designed for repeated use in educational settings, supporting numerous Design and Technology projects.
Key Stage 1 Support: Help children explore mechanisms like levers and sliders, fostering technical knowledge from an early age.

Pre Cut Card Levers 500pk

Streamline mechanisms projects with pre-cut card levers featuring ready-punched holes for ease.

Overview

Perfect for D&T projects, these pre-cut levers facilitate easy and quick assembly in classroom activities.

Enhance your teaching of Design and Technology with these pre-cut card levers, specifically designed to save time and reduce preparation effort. Ready-to-use materials allow teachers to concentrate more on educational delivery, fostering more interactive and engaging lessons.

Suitable for Key Stage 1 and Key Stage 2, these levers facilitate the understanding and application of mechanical systems in student projects, aligning with educational standards. They offer a hands-on approach to mastering technical knowledge, from simple levers to complex linkages.
In Year 5 Science classes, these levers are excellent tools for demonstrating how mechanisms like levers and pulleys can amplify force, aiding in the explanation of physical forces.