NOCPIX VISTA H50R | Thermal Monocular 50mm

The NOCPIX VISTA H50R is a handheld thermal monocular built for long-duration observation. It uses a 50 mm germanium objective and a high-resolution thermal sensor to render detailed thermal images in low-light conditions. The unit includes an integrated laser rangefinder and a removable rechargeable battery pack with USB-C charging for extended field operation. Typical applications include wildlife observation and night-time security or surveillance.

Product Specifications

• The model is VISTA (H50R).
• The objective lens is 50 mm germanium.
• The thermal sensor is specified as 640×512 in the manufacturer description.
• The battery life is rated at approximately 11 hours.
• The unit uses a removable battery pack and USB-C direct charging (IBP-7 removable battery pack described by the manufacturer).
• The diopter adjustment is listed as +4/-5.
• The overall dimensions are 4.95 x 6.35 x 13.00 inches.
• The operating temperature range is -25 to 40°C.
• The power supply battery type is 26650.
• The product includes a lens-integrated laser rangefinder (manufacturer description indicates integrated LRF; maximum range is described elsewhere and should be verified).
• The display is described as a circular 1.03-inch 2560×2560 AMOLED in the manufacturer text.
• The unit supports onboard photo, video, and audio recording.
• A 1/4-20 thread socket is provided for quick-plate or tripod mounting.
• The color is listed as Black.
• The UPC is 850048751316.

The VISTA H50R combines a large-aperture objective and a detailed thermal sensor with ergonomics designed for extended handheld use. Its removable battery system and USB-C charging reduce downtime, while the integrated rangefinder and high-resolution display simplify target assessment at a distance. The suite of onboard recording and mounting options makes this unit flexible for patrols, long observation sessions, and other professional or recreational uses where thermal imaging is required.

Owners commonly praise the unit’s clear thermal imagery and its ergonomic handling during extended use.

Related Videos: