Nocpix Bolt H50R thermal riflescope

With the Nocpix Bolt H50R, a modern thermal imaging solution is available that combines high image quality, precise distance measurement, and a robust design in a powerful system. Thanks to state-of-the-art sensor technology, the device is excellent for demanding observations in darkness, fog, rain, or difficult environmental conditions.
Equipped with a 640 x 512 pixel VOx thermal sensor and a pixel size of 12 µm, the Bolt H50R produces detailed thermal images with high sharpness. The outstanding temperature sensitivity of ≤ 18 mK NETD allows for the detection of the finest temperature differences and ensures impressive detail representation even in challenging weather conditions.
For smooth and natural image reproduction, the image refresh rate of 60 Hz is provided, while the high-resolution AMOLED display with 1,024 x 768 pixels delivers contrast-rich images with vibrant colors. The combination of a powerful sensor and high-quality display ensures a pleasant and precise observation.
The bright 50-mm-F1.0 lens enables a detection range of up to 2,600 meters. With the optical 3x magnification and a digital magnification of up to 24x, observations can be flexibly adapted to different distances.
A special highlight is the integrated laser rangefinder with a range of up to 1,200 meters. This allows distances to be determined quickly and precisely. Additionally, the device features numerous comfort functions such as Picture-in-Picture (PiP), Ultra-Clear mode, hit storage, display-off function, and multiple user profiles.
For long operating times, the Nocpix Bolt H50R combines an integrated 5,000 mAh battery with a replaceable 18650 battery of 3,200 mAh. This combination allows for a runtime of up to 9 hours. Data can be conveniently transferred and the device charged via the USB-C port.
The robust construction meets the IP67 protection class and is protected against dust and temporary immersion. With a recoil resistance of up to 6,000 Joules and the classic 30-mm central tube, the system is designed for demanding applications and can be flexibly integrated.