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N-00011 Photogate - A Measurement Tool for Physics Labs, Measures Velocity & Acceleration, High Precision Light Gate with LCD Display, Data Memory Function. Ideal for Science

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$65.76

$ 31 .99 $31.99

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  • Precision Speed Measurement Tool: Ideal for physics labs, this photogate accurately measures velocity and acceleration using advanced light sensors, making it perfect for teaching kinematics and Newton's laws.
  • Engaging STEM Education Kit: This versatile tool enhances science education by allowing students to explore concepts like motion, wave properties, and energy transformations through interactive, hands-on experiments.
  • Real-World Applications: Bridges the gap between theoretical concepts and practical learning by demonstrating the direct relevance of physics principles, such as energy conservation and motion.
  • Easy Setup and Use: Features an LCD display and data memory function for efficient measurement and quick setup, eliminating the need for additional devices and simplifying classroom experiments.
  • High Precision and Durability: Provides reliable, accurate data to support your science curriculum, helping students develop essential skills in measurement techniques and experimental design while reinforcing key physics concepts.


The Photogate provides a simple, instant, and direct measurement of speed without the need of a connection to another device such as a computer or data logger. The BeeSpi V Photogate uses advanced light gate technology to measure, speed, lap time, and cumulative lap time with using one timer. By adding a second timer, acceleration can be calculated. The memory function allows you to save up to 5 sets of measured data. The student gains a better understanding of relevant topics because the students can calculate and produce graphs based on the experiments results. The Photogate is very efficient and requires little time to set-up, which spares that time for analysis of the experiments results. Law of energy conservation can easily be demonstrated and confirmed because direct measurement of an object’s velocity is possible. The formula of “mgh=1/2 mv2” can be proven when measuring the velocity of a pendulum at the lowest point.