This teaching camera model is designed for physics education to stimulate student interest, strengthen observation and analysis skills, and support exploration of motion and dynamics. It is suitable for classroom teaching and laboratory demonstrations and enhances hands on learning experiences in physics lessons. Key benefits Makes abstract concepts visible: Captures experiments in real time so students can observe motion, timing, and interactions that are difficult to see with the naked eye. Boosts analytical skills: Enables repeated observation and review, helping students practice measurement, data collection, and interpretation. Improves classroom and lab workflow: Supports teacher demonstrations and studentled experiments, facilitating hands on practice and group discussion. Increases engagement: Encourages active learning through direct involvement in experiment setup, observation, and analysis. Core functions and attributes Function: A camera model intended for recording and observing physics experiments to aid teaching and learning. Compatibility: Designed to integrate into classroom and laboratory demonstration setups and to support common experimental activities in physics courses. Size and placement: Suitable for placement on laboratory benches, desks, or demonstration stands for close observation of experiments. Materials and durability: Built for repeated educational use in classroom and laboratory environments. Performance: Supports dynamic observation of motion, timing, and interactions to aid measurement and analysis during lessons. Practical use scenarios Projectile motion: Record and analyze the trajectory of launched objects to measure velocity, angle, and range and to compare experimental results with theoretical predictions. Pendulum and oscillation experiments: Observe period, amplitude, and damping effects frame by frame to support timing and energy transfer studies. Collision and momentum demonstrations: Capture elastic and inelastic collisions for detailed review and quantitative analysis of momentum and energy exchange. How it helps teachers and students Helps instructors present clear, repeatable demonstrations that students can review and analyze. Supports active learning by enabling students to collect visual data, perform measurements, and discuss outcomes. Fits into a variety of lesson plans and laboratory exercises to reinforce core physics concepts through observation and experiment. This camera model provides a practical teaching tool to enhance observation, analysis, and hands on learning in physics education without adding complexity to classroom or laboratory routines.