Hardware activity
0 Articles Written Last Month
0 0 0 0 0 0 0
eScore OpticScore Target Manual
Introduction OpticScore eScore The eScore OpticScore target is a next generation electronic target system with optical detection technology. Cameras inside the target precisely detects the bullet. The target is recommended for indoor ranges and for use with air rifles, air pistols and caliber .22LR rifle options are available. The target can be deli...
6 min reading timeU7E eScore Target Manual
Introduction to U7E The U7E eScore target is a next generation electronic target based on acoustic sensors. It works well with supersonic ammunition and is designed to be placed at 100-200 meter ranges. The U target has all electronics and sensors placed at the bottom of the target making it extremely robust when placed correctly (behind a berm or w...
1 min reading timeH3H eScore Target Manual
Introduction to H3H The H3H eScore target is a next generation electronic target based on acoustic sensors. It works with supersonic ammunition, but will detect projectiles even as they go subsonic. It is designed to be used for 200-600 m/yds shooting ranges, particularly suited for long range shooting. H3H target placed in a target stand (Op...
4 min reading timeH1E eScore Target Manual
Introduction to H1E The H1E eScore target is a next generation electronic target based on acoustic sensors. It works with subsonic and supersonic ammunition and is designed to be placed at 100-200 meter ranges. Features of the H1E target 4 acoustic sensors, one in each corner of the target Horizontal and vertical rubber bands available Manual rota...
1 min reading timeH4D eScore Target manual
Introduction to the H4D The H4D eScore target is a next generation electronic target based on acoustic sensors. It works with subsonic and supersonic ammunition and is designed to be used at distances of 25 - 100m (yd). Typical use is ISSF 50m rifle and ISSF related pistol shooting at 25 and 50m. Features of the H4D target 4 acoustic sensors, one in...
11 min reading time