Single-sheet single-pole switch designed for physics labs, student projects, and DIY electronic models. Simple, reliable on/off control that helps students and hobbyists build and test basic circuits. Key benefits Effective learning tool: Teaches the fundamentals of electronic circuit building and the role of switches, improving practical skills, logical thinking, and electrical awareness. Hands-on skill development: Strengthens manual dexterity and increases engagement through direct assembly and use. Lab and hobby versatility: Serves as a practical physics laboratory accessory and a component for a variety of DIY electronic and educational models. Portable and convenient: Lightweight and easy to carry so students can bring the switch for demonstrations or group experiments outside the classroom. What it does (function and compatibility) Single-pole switch: Provides simple on/off control to open and close basic circuits. Laboratory and DIY use: Intended for use with common educational and experimental physics setups and model electronics where a single-pole switch is required. Easy to integrate: Designed for straightforward connection into student circuits and demonstration rigs. Practical attributes Form and use: Single-sheet, single-pole configuration suitable for classroom exercises, lab benches, and hands-on projects. Portability: Compact and lightweight for easy transport between class, lab, and home. Intended users: Students, teachers, DIY enthusiasts, and experimental physics setups. Use scenarios Classroom experiment: Use the switch in a school physics lab to demonstrate circuit continuity and control lights or small motors during lessons. DIY model building: Integrate into student-built electronic models to practice wiring, switching, and troubleshooting. Outdoor demonstration or group activity: Bring the switch with a small circuit set to work with peers on portable projects or science fair displays. Reliable, straightforward component for educational and hobby electronics—ideal for teaching, practicing, and demonstrating basic switch functions without extra complexity.