Ballistic Chronograph for Rifle Shooters: Precision Speed Tester

The High Power Photoelectric Sensor is a versatile product designed to adapt to various testing conditions and demands. Equipped with a tripod hole, users can mount the chronograph on a tripod, allowing for adjustable height to meet specific environmental requirements. Powered by 4x batteries, this device is convenient to carry around, making it a practical choice for a variety of applications.

The primary purpose of this product is to measure object acceleration and velocity. Individual users can utilize it to assess the design speed of various shooting toys, while it is also widely employed in scientific and educational experiments to measure acceleration or test the velocity of different shooting toys, thereby preventing potential accidents.

SPECIFICATION: - Voltage: DC 6V - Power Supply: 4 * AA battery (not included) - Measuring Range: 0-2000M/S (5-6500FPS) - Accuracy: <1% - Working Temperature: -30℃- 60 - Size: 330 * 80 * 44mm / 12.99 * 3.15 * 1.73in - Weight: 436g / 0.96lbs

NOTE: The integrated light source allows the instrument to function without an external light source, making it highly recommended for use in low-light environments. The darker the ambient light, the better the device performs. For outdoor or strong light use, a light shield is required. Users should take appropriate protective measures when measuring projectiles with higher speeds.

PACKAGE: 1 x Speed tester

This device is constructed with high-quality aluminum and stainless steel parts, ensuring reliable and accurate results with minimal error. It features a large sensing area, enabling easy detection of movement and high sensitivity. With a large LCD screen, the speed is displayed in meters per second (MPS), feet per second (FPS), or energy in Joules, making it user-friendly. The speed tester can accurately measure the speed of bullets, arrows, and other objects like ping pong balls and badminton shuttlecocks, making it a versatile tool for various speed-related science experiments and applications.

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