Experience premium thermal imaging with the Helion 2 XP50 Pro by Pulsar. This precision optical instrument is equipped with an extremely sensitive NETD <25mK thermal imaging sensor which can pick up on the most minuscule differences in temperature even in poor weather conditions like rain fog. Unlike night vision devices that need a small level of ambient background light, the Helion 2 XP50 Pro can function in complete darkness since it detects heat signatures instead of light. These heat signatures can be displayed on 8 color pallets: White Hot, Black Hot, Red Hot, Rainbow, Ultramarine, Red Monochrome, Sepia and Violet. White hot displays heat signatures as white over a predominantly dark backdrop while black hot displays heat signatures as black over a predominantly white backdrop. Red monochrome is good for reducing the bright backlight from exiting the eyepiece and improves image quality. Sepia is well suited for long range observation by applying a warm golden hue to heat signatures, this helps reduce eye strain and enables longer viewing sessions. Red hot, rainbow and ultramarine greatly improve temperature differences of various object attributes, and violet is good for quickly identifying objects. All 8 of these color pallets can be greatly enhanced with the use of Pulsar’s Image Boost Technology. This proprietary feature comes standard on the Helion and provides a sharper, highly detailed field of view and enhances object identification.
The Pulsar Helion also comes with a built in, stadiametric rangefinder. This feature allows for accurate distance measuring to observed objects with a known height of 0.3 meters, 0.7 meters, and 1.7 meters. Another secondary feature of the Helion is an integrated video recorder, which allows for video and image capturing at the time of observation with internal memory that can be transferred to a computer with a wire or WiFi connection.
Features of the Pulsar Helion 2 XP50 Pro:
- 8 color pallets
- Stadiametric rangefinder
- Image Boost Technology
- NETD <25mK thermal imaging sensor