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Self Adhesive Motor Clips

Original price was: £3.80.Current price is: £2.96.

Pack Size

Clear

Helping to Support Teaching and Learning

Easy Installation: The self-adhesive design of these motor clips ensures quick and secure attachment to any surface without requiring additional tools or equipment.
Versatile Use: Suitable for holding components between 19-25mm, these clips are ideal for a wide range of educational projects involving electricity and circuits.
Durable Material: Constructed from high-quality plastic, these clips are built to last, ensuring they can be reused across numerous lessons and experiments.
Supports Curriculum: These clips directly support the UK curriculum, aiding in the construction of series electrical circuits for Year 4 Science and Key Stage 2 Design and Technology.
Electrical Circuit Construction: Facilitates hands-on learning by enabling children to construct simple series electrical circuits, identifying and naming basic parts including cells, wires, and bulbs.

These clips securely hold components between 19-25mm in position.

Designed for ease of use, these self-adhesive clips ensure a firm hold, simplifying classroom experiments.

Utilise the self adhesive motor clips to enhance hands-on learning in science and design technology. Made from resilient plastic, these clips are essential for constructing simple series electrical circuits, securely holding components ranging from 19-25mm. They are particularly useful in Year 4 Science and Key Stage 2 Design and Technology for applications involving electrical systems.

By enabling the construction of basic series electrical circuits, these clips support fundamental learning in Science, including identifying and assembling circuit parts like cells, wires, bulbs, and buzzers. In Design and Technology, they assist in integrating electrical systems into products, fostering creativity and technical skills among children.
These self-adhesive clips simplify setup, sticking firmly without additional equipment. Offered in packs of 10, they ensure a hands-on, interactive educational experience, promoting a deeper understanding of electricity and circuitry concepts.