• The Wide-Angle Location of Miss and Hit (LOMAH) system is a training and zeroing system for precision shooting ranges.
• It provides immediate performance feedback for supersonic ammunition and specifies the positions of shots with exceptional accuracy.
• A LOMAH system can be installed on existing targetry, e.g. to running targets, and enables interaction with a target mechanism.

• Due to automatic scoring the system omits the need for repeated access to the target area for the retrieval of information.
• The system reduces errors that are made in manual and time-consuming measurements and analysis of shots.
• Data loss that is caused by the failure to measure all shots due to identically placed rounds is eliminated.

• The two delta sensor arrays of the registration unit with four sensors each are installed close in front of the target and locate any projectile, passing with a speed of minimum Mach 1.3 by registering the supersonic shock wave.

• The calculated position of the shot is transmitted to the range control immediatley. The connection is made via Network cable or radio (battery powered). Untransferred shots are temporarily stored in a buffer (RAM).

• Type of Weapons: Rifle (Supersonic)
• Projectile velocity: at least 440 m/s (mach 1.3) at the target
• Detecting Window: 2m wide x 1.5 m high
• Operational Temperature : -25°C/-13°F to +72°C/161.6°F
• Storage Temperature: -25°C/-13°F to +72°C/161.6°F
• Voltage: 9-36 VDC
• Enclosure type: IP 65
• Length: 920 mm / 36,2 in
• Width: 300 mm / 11,8 in
• Height: 220 mm / 8,7 in
• Weight: 6 kg

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We reserve the right to alter the specification without prior notice.