About Sextant modal
Sextant Model Product Description
The Sextant Model is an interactive, historical math and geography lab aid designed to help students explore the principles of celestial navigation, angle measurement, and geometric optics. By simulating the function of a real maritime sextant, this working model allows students to measure the angle between two visible objects (such as the horizon and a celestial body) through practical, hands-on activities. It is widely used in high school mathematics laboratories, physics classrooms, and geography labs to connect trigonometry and astronomy concepts to real-world applications.
Features
- Clear, easy-to-read graduated arc scale for precise angle readings
- Attached viewing tube/sighting mechanism to help students align test targets
- Sturdy, corrosion-resistant metallic or high-durability polymer frame
- Stable design suitable for handheld tracking or tabletop physics demonstrations
Applications
- Measuring the angular distance between a celestial object and the horizon
- Practical application of trigonometry, triangulation, and height calculation labs
- Demonstrating the laws of reflection (double reflection principle) in physics
- Exploring historical navigation techniques, maritime history, and cartography
- High school math labs, physics experiments, and experiential geography projects
Product Specifications
- Product Name: Educational Sextant Model
- Scale Range: 0 to 120 (Sextant frame covers a 60 arc, measuring up to 120 angles via double reflection)
- Usage: High school mathematics, physics, and geography lab activity aid