Nocpix Mate Ultra Thermal Clip-On
Advanced Thermal Imaging, Rangefinding & Ballistics in One Compact Package
The Nocpix Mate Ultra combines a high-resolution 1280 × 1024 thermal sensor, integrated 1,200m laser rangefinder, and advanced ballistic calculation system into a compact, field-ready clip-on. Built for serious hunters and precision shooters, the Mate Ultra delivers exceptional thermal performance, precise ranging capability, and crystal-clear imagery in all lighting conditions.
Designed to mount in front of your existing daytime riflescope via the M52 adapter interface, the Mate Ultra transforms a conventional optic into a sophisticated thermal imaging and ranging system without requiring re-zeroing or changes to your shooting setup. This versatility makes it ideal for Australian hunters targeting feral pigs, foxes, rabbits, and other pest species across a wide variety of terrain and environmental conditions.
Exceptional Thermal Imaging Performance
At the heart of the Mate Ultra is a premium 1280 × 1024 thermal sensor with a 12µm pixel pitch and an impressive ≤15mK NETD sensitivity. The result is exceptional image detail, outstanding thermal sensitivity, and superior target recognition that sets a new benchmark in clip-on thermal performance.
Paired with a 60mm F1.0 germanium objective lens, the Mate Ultra maximises thermal energy transmission, delivering excellent image brightness and extended detection capability. With a detection range of up to 3,100 metres, hunters can identify and monitor targets at distances that exceed the capabilities of traditional optics and lower-resolution thermal devices.
The 14.7° × 11.7° field of view (25.6m × 20.5m at 100m) strikes an ideal balance between situational awareness and target detail, while the smooth 60Hz refresh rate ensures fluid tracking of moving targets with virtually no lag or motion blur.
A premium 1920 × 1080 AMOLED display presents thermal imagery with remarkable clarity, contrast, and detail, remaining easy to view in both daylight and low-light conditions.
