Skip to main content

IACP approval for Kustom Signals LaserCam 4

The International Association of Chiefs of Police (IACP) has certified Kustom Signals’ LaserCam 4 hand-held speed enforcement camera to be in compliance with its performance specifications for enforcement technology equipment. The device has been added to the IACP Conforming Product List (CPL). Kustom Signals’ fourth generation hand-held video LIDAR, LaserCam 4 is powered by the ProLaser 4 for superior performance and offers greater range to target, faster acquisition time, and image resolution of plate
February 9, 2015 Read time: 2 mins
The 2118 International Association of Chiefs of Police (IACP) has certified 7714 Kustom Signals’ LaserCam 4 hand-held speed enforcement camera to be in compliance with its performance specifications for enforcement technology equipment. The device has been added to the IACP Conforming Product List (CPL).

Kustom Signals’ fourth generation hand-held video LIDAR, LaserCam 4 is powered by the ProLaser 4 for superior performance and offers greater range to target, faster acquisition time, and image resolution of plates at longer distances providing a comprehensive video record of speed enforcement and target tracking history.

LaserCam 4 is able to wirelessly print to a Bluetooth printer for roadside citations, easily printing user selected snapshots with on screen data , with one or two images per citation, GPS coordinates, posted speed limit, measured speed and target range, device serial number, operator ID and date and time stamp.

The device’s ergonomic and rugged design makes it suitable for hand-held operation or tripod mounting. LaserCam 4 can be operated as a corded unit or with batteries, while the ProLog back office provides secure storage for video evidence, images and metadata.

For more information on companies in this article

Related Content

  • Nairobi looks to ITS to ease travel problems
    March 6, 2018
    Shem Oirere looks at plans to tackle chronic congestion in the Kenyan capital - where commuters can typically expect it to take up to two hours to complete a 15km journey. Traffic jams in the Kenyan capital, Nairobi, are estimated to cost the country $360 million a year in terms of lost man-hours, fuel and pollution. According to Wilfred Oginga, an engineer with the Kenya Urban Roads Authority (KURA), the congestion has been exacerbated by poor regulation and enforcement of traffic rules, absence of
  • The control room revolution - LCD screens and IP technology
    July 17, 2012
    Coming soon to a screen near you: Brady O. Bruce and John Stark of Jupiter Systems discuss trends in control room technologies. Perhaps the single most important trend in the control room environment over the last 12-18 months has been the accelerated move towards the adoption of flat-screen Liquid Crystal Display (LCD) technology. Having made their presence felt in the home environment, where they continue to replace outdated cathode ray tube-based technology, LCDs have reached the point where their perfor
  • Nairobi looks to ITS to ease travel problems
    March 6, 2018
    Shem Oirere looks at plans to tackle chronic congestion in the Kenyan capital - where commuters can typically expect it to take up to two hours to complete a 15km journey. Traffic jams in the Kenyan capital, Nairobi, are estimated to cost the country $360 million a year in terms of lost man-hours, fuel and pollution. According to Wilfred Oginga, an engineer with the Kenya Urban Roads Authority (KURA), the congestion has been exacerbated by poor regulation and enforcement of traffic rules, absence of
  • Inertial sensors dramatically improve GNSS for ITS applications
    January 18, 2012
    Phil Harris, Thales UK, on how fused sensor data can significantly enhance GNSS-based positioning systems' performance in urban areas. Global Navigation Satellite System (GNSS)-based positioning is unique among available positioning technology due to its universal coverage and low equipment cost. By measuring the distances between an unknown position (such as a vehicle), and at least three known positions (GPS satellites), the unknown position can be calculated in three dimensions (latitude, longitude, and