Electricity Basic Kit – Suitable for KS2+ (Introductory Electronics Set)

This Electricity Basic Kit is ideal for introducing young learners to the fundamentals of electricity and simple circuits. Suitable for KS2 and above, the kit contains a classroom‑ready assortment of essential components, allowing pupils to build, test, and explore a variety of practical electrical setups.

Designed for hands‑on learning, this kit supports early electronics education and helps students develop confidence when working with real circuit components. Perfect for primary classrooms, STEM clubs, and introductory physics lessons.

Kit Contents

• 10 × Crocodile Leads – for quick and easy circuit connections
• 3 × 1.5V Cell Holders – suitable for AA batteries
• 5 × DPDT Slide Switches – ideal for teaching switching and control
• 10 × MES Lampholders
• 10 × MES Bulbs – perfect for circuit illumination experiments
• 1 × 6V Buzzer with connecting leads – for sound‑based circuit demonstrations
• 1 × 3–6V Electric Motor – excellent for teaching energy transfer and motion

Key Features

• Suitable for KS2+ learners beginning their study of electricity
• Includes a full set of essential circuit components
• Encourages hands‑on experimentation and problem‑solving
• Allows construction of bulb circuits, motor circuits, switches, and buzzers
• Perfect for group work, demonstrations, and STEM clubs
• Ideal value kit for introducing core electronics concepts

Ideal for School Science Lessons

This kit is perfect for KS2, KS3, and early GCSE physics, supporting a wide range of classroom activities, including:

• Building simple circuits to explore current flow
• Understanding switches, bulbs, motors, and buzzers
• Exploring energy transfer and electrical components
• Practical investigation of series vs. parallel circuits
• Hands‑on STEM challenges and engineering activities

Engaging, reliable, and classroom‑ready, the Electricity Basic Kit provides an excellent foundation for understanding circuits and electrical principles in primary and lower secondary science.