Pulsar Trail 2 LRF XP50 Thermal Rifle Scope

  • RRP
  • £4,879.00 GBP

The Trail 2 LRF Series of Thermal Imaging Riflescopes features a new <40mK thermal sensor, exclusively manufactured by ULIS (for Pulsar). This puts Pulsar devices at the forefront of the market and allows their devices to produce a better image in conditions where there is a low-temperature difference such as during rainfall, fog or cold mornings.
These environmental conditions are the most difficult for thermal imagers and this new sensor provides a clearer image for users.

Pulsar has also made significant improvements to the Trail 2 LRF’s software, adding a proprietary Image Boost Technology, comprised of software algorithms designed to increase imaging clarity and overall image detail.
Image Boost results in a sharper, more detailed field of view and enhanced object identification capabilities.
The units also feature a built-in precision laser rangefinder for accurate rangefinding up to 1000m within ±1m. Has two modes; Single Time Measurement mode and Scanning mode.

Key features:


  • Long detection range
  • Frost-Resistant HD AMOLED display
  • Highly sensitive <40mK NETD thermal sensor
  • 50Hz Refresh rate
  • Focusable lens
  • Dioptre control
  • High recoil-resistance (12-gauge, 9.3x64, .375H&H)
  • Magnesium alloy bodyshell
  • “Display Off” mode
  • Instant start-up (3 secs)
  • Auto-Shutdown
  • Side incline indicator
  • PiP mode
  • Built-In photo & video recorder
  • 16GB internal memory
  • Stream Vision compatible
  • User Friendly interface
  • Built-In laser rangefinder
  • IPX7
  • Wide operating temperature (-25°C to 50°C)
  • Built-In 3-axis gyroscope & accelerometer
  • Four observation modes (Forest, Rocks, Identification & User)
  • Three calibration modes (Manual, semi-auto, auto)
  • Image boost technology
  • Selectable reticles
  • 5 Zeroing profiles (10 distances per profile)
  • Quick-Change, rechargeable IPS7 battery pack
  • MicroUSB port
  • Retained lens cap
  • Wide angle eyepiece
  • IPS Battery charger