$Card Triangles Axle Supports hi\-res$

$Card Triangles Axle Supports hi\-res$

Card Triangles Axle Supports

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Pre-punched axle supports designed to stabilise vehicle frames, compatible with Lynx Corner Joints.

Perfect Fit Design: These axle supports complement Lynx corner joints, ensuring a perfect fit and enhanced stability for vehicle frames in classroom projects.
Versatile Pack Options: Available in two convenient pack sizes, these supports cater to different classroom needs, making them a versatile addition to any construction project.
Durable Construction: Constructed from durable 1mm thick card, these supports promise longevity, allowing for repeated use in numerous educational projects.
Encourages Hands-on Learning: By facilitating hands-on learning, these supports enhance children's understanding, encouraging exploration and creativity.
Supports Science Curriculum: Aligned with Key Stage 2 curriculum on Forces, these supports enable practical exploration of mechanisms such as levers, pulleys, and gears.

Pre-punched axle supports designed to stabilise vehicle frames, compatible with Lynx Corner Joints.

Crafted from 1mm thick card, compatible with Lynx Corner Joints for enhanced structural integrity. Offered in two pack sizes.

Incorporating practical elements into education significantly enhances learning outcomes. Designed for compatibility with Lynx Corner Joints, these supports promote active engagement with key engineering concepts.

The supports guarantee the necessary structural integrity for constructing vehicle frames, pivotal for projects examining engineering principles. Their application bolsters learning and enhances problem-solving abilities. Constructed from 1mm thick card and presented in two pack sizes, they offer durability and adaptability for various project demands.
These supports are essential for interactive learning, enabling an in-depth exploration of mechanical concepts and supporting the Key Stage 2 curriculum.

Science, Year 5, Forces

Recognise that some mechanisms including levers, pulleys and gears allow a smaller force to have a greater effect.