Educational Rotating Periscope Toy for Optics Learning Quick overview A detachable, rotating periscope designed for handson exploration of basic optics. Made from ABS and glass, this compact periscope helps students and beginners visualize reflection, line of sight, and simple optical paths through guided assembly and use. Key benefits Makes abstract optics concepts visible and easy to understand through direct observation and experiment. Handson assembly reinforces learning by doing, improving retention and stimulating curiosity. Compact and portable design supports classroom demos, lab exercises, field observation, and home learning. Safe, durable materials allow repeated use in school settings and extracurricular activities. Rotating head adds a practical demonstration of directional viewing and angular relationships. Features and function Detachable construction for simple assembly and disassembly, aligned with modern educational methods. Rotating periscope for directional viewing and experiments involving angular change and reflection. Uses glass mirrors for clear optical performance and ABS body for lightweight durability. Designed for use by school physics teachers, students, and beginners interested in optics. Specifications Color: Black Components: ABS and glass Size: Approx. 29.5 x 6 cm (11.61 x 2.36 in) Weight: Approx. 146 g Package includes: 1 rotating periscope Practical use scenarios Classroom demonstration: Show how light reflects to change the line of sight and illustrate the law of reflection with an interactive demo. Student experiment: Assemble the periscope and measure viewing angles while recording observations as part of a lab report or project. Home or club activity: Use for a guided science activity in a homeschool lesson or a science club meeting to combine play and learning. Why choose this periscope This rotating periscope combines clear optical components with a userfriendly, detachable design that supports active learning. It is sized and weighted for easy handling and transport, making it a practical tool for educators and learners who want a reliable, repeatable way to explore foundational optics concepts.