The Accolade series thermal binoculars embrace a wide range of professional and semi-professional applications from hunting and scouting to law enforcement and life rescue. Hunters looking for animals in the woods, outdoor enthusiasts willing to protect camping sites at night, law enforcement professionals seizing criminals, and rescue teams searching for survivors. ACCOLADE is a new model range of thermal imaging binoculars from PULSAR with a built-in video recorder, stadiametric rangefinder, a Wi-Fi module, and a long-life quick-change battery. Based on quality thermal imaging sensors with resolution 640x480 and 384x288 with 17 µm pixel pitch ACCOLADE is able to produce a highly detailed image at 50 frames per second in complete darkness.

The Pulsar Accolade 2 LRF XP50 2.5-20 Thermal Binocular uses the NETD <40mK thermal imaging sensor, greatly improving resolution, delivering the smallest temperature difference readings to the image, even in smoke, fog, or precipitation. Thermal binoculars operate both day or night because the imaging is based on an IR sensor, not ambient visible and near IR. The "LRF" in the name refers to a built-in laser rangefinder, which operates in either Single or Scanning modes, each accurate to ±1m at ranges up to 1km.

The Accolade 2 LRF XP50 ranges from 2.5x to 20x via digital zoom. Pixel resolution is 640x480 to each eye, at a 50Hz frame rate. 8 color palettes are available, including black, red, or white-hot, and a variety of other colors let you fine-tune for the heat signature you're viewing. These palettes are displayed below. The body is IPX7 waterproof when the Li-ion Battery Pack IPS7 / 6400 mAh / DC 3.7 V battery is installed. Built-in WiFi lets you share your sightings in real-time, streaming to your smart device using the included Stream Vision App, and the video will appear smooth thanks to the 50Hz refresh rate. Objective lenses are 50mm f/1.2 for outstanding light gathering and transmission. Picture-in-picture 2.5-20x digital zoom with a 12.4° field of view gives extensive control over framing.