The Live Shooting Electronic Target Scoring System is designed for shooting ranges of 100m and 300m. Electronic targets consist of two main components, a target 4 x 4 feet detection area and live shooting monitoring and scoring software. The system detects bullet position with exceptional accuracy and sends the coordinates to the shooter's end. Due to the automatic recording of hits, there is no need to go outside the shooting line to score the result manually. The calculated position of a bullet is immediately transferred to the control computer and all bullet hit points are displayed in live shooting monitoring and scoring software.

Software Specification:
  • Shooting Accuracy analysis.
  • Grouping Fire analysis.
  • Muscles & Breathing problem.
  • Different software packages to meet the individual shooter or club requirements
  • Web-based, compatible with any modern web browser
  • Supports different devices and screen sizes
  • Compatible with Windows, Linux, macOS with rugged laptop.
  • Almost unlimited Data store capability.
  • Shooter can check his improvement.
  • Individual user profiles and access to personal training history

Hardware Specification:
  • Target frame with detection area: 120 x 120 cm
  • Exceptional hit accuracy: > 1/10 mm
  • Shooting distances: 100 and 300 meters
  • Mounting option: wall mount or stand
  • Target with a detection area of 120 x 120 cm
  • Live Shooting analyzer software
  • Cable to connect to the owner’s PC
  • Wooden chamber with rubber clothing

Measuring frame

The measuring frame forms a self-contained chamber for ambient noise detection. Sound sensors detect all projectile impacts caused by noise. These coordinates are then transferred to the end-user device (laptop, tablet or smartphone) and displayed with pinpoint accuracy on a virtual target using the Live Shooting analyzer software.

Authorized Distributor, Authorized Agent or Reseller

Our Clients

Bangladesh Army
Bangladesh Navy
Military Museum
Bangladesh Passport
Border Guard BD
ICT Division
Bangladesh MIST