BrightSparks Two Way Switch Module [2570]

The BrightSparks Two Way Switch Module is a robust and easy‑to‑use control component designed for the BrightSparks 4Kids modular electronics range. This module allows students to explore how a circuit can be controlled from two different positions, introducing an important real‑world switching concept in a clear and practical way.

Designed for safe operation in 1.5–6V DC circuits, the two‑way switch enables learners to change the path of current using an alternative switching route. Electrical connections are made using two unpolarised 4mm plug‑in sockets, allowing straightforward setup without concern for polarity, making it ideal for younger students and beginners.

The module includes non‑slip rubber feet to keep it stable on classroom benches during experiments. Its durable construction ensures it can withstand frequent handling in busy teaching environments.

Key Features

• Robust two way switch module for educational use
• Designed for 1.5–6V DC low‑voltage circuits
• Compatible with the BrightSparks 4Kids module system
• Two unpolarised 4mm sockets for simple, safe connections
• Enables circuit control from two switching paths
• Non‑slip rubber feet for stable bench placement
• Durable design for repeated classroom use

Ideal for School Science & STEM Lessons

The BrightSparks Two Way Switch Module is ideal for KS2, KS3, and introductory KS4 science lessons, supporting hands‑on investigation of circuit control and switching logic. It helps students link classroom learning with everyday electrical systems, such as hallway or staircase lighting.

• Demonstrating two way switching concepts
• Exploring alternative current paths in circuits
• Building more advanced control circuits with the BrightSparks system
• Developing understanding of real‑world electrical applications
• Encouraging problem‑solving and investigative learning

Clear, durable, and classroom‑friendly, the BrightSparks Two Way Switch Module is an excellent teaching resource for introducing more advanced circuit control while maintaining a safe and accessible learning environment.