Xcortech X3200 MK3 Handheld Computer Airsoft Chronograph
Features:
Measures muzzle velocity from 30 m/s ~ 400+ m/s (90 fps ~ 1200+ fps)
ROF range: 100~5000RPM
Calculates muzzle kinetic energy from 0.01~999 joule
High quality DOT Matrix backlit LCD display
External micro-USB power input (no battery charge function)
High density IR detector for fired projectiles
3 memory options for saving various ammo weight and calibers
25 Shot memory log of velocity & ROF (Rate Of Fire)
Energy Per Unit Area Calculation
14 internal sensors
Tripod ready (Screw for standard camera / camcorder tripods)
Muzzle velocity range: 30-400+ m/s (90 – 1200+ fps)
R.O.F. range: 100-5000 RPM
Muzzle energy range: 0.01~999 Joule
Power: 2x AA Battery, External Micro USB
Weight: 200g
Dimensions: 113mm x 97mm x 55mm
Specifications:
- Color: Black, Dark Blue, Dark Khaki
- Firing Speed: 0-3600 b/minute(0-60 b/second)
- Muzzle Velocity: 15-800 meters/second(50-2600 feet/second)
- 1M High Firing Horizontal Range: 0-400 meters(0-1250 feet)
- Firing-Kinetic Energy: 0-500J
- Testing Error ≤1.3%
- Voltage: DC 4.5V(3xAAA Batteries)(Prepared By Your Own)
- Temperatures Of Working Conditions: -10℃ to +50℃
- 1/4″ standard tripod interface
Features:
- For testing firing speed of projectiles, muzzle velocity, firing-kinetic
energy, and the shooting distance. - ABS durable body, light weight and portable to carry outside, handheld device
- Automatic errors scanning system works at the every beginning of turning it on, to ensure the
accuracy of each testing - LCD screen with back light can clearly display testing data in day and night
- Battery status display, free to set energy saving mode and low power automatically powers off
- 25mm aluminum flared testing caliber, to make a stable testing and convenient to put object in
- Built in high-sensitive testing sensor for adapting to circumstances in different brightnesses
- 6 groups of objects setting and 30 groups of calculating data in memory to meet your various
testing requirements - Double units display of m/s, FPS, J, J/c㎡, r/m, r/s
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