Pixfra Arc LRF A635 Pro Hand Held Thermal Imager

The new Pixfra Arc LRF A635 PRO hand held thermal imager introduces the next step for the Arc series, bringing all of the powerful technology and image clarity found in the Arc series and adding a seamlessly integrated laser rangefinder with a 640x512 thermal sensor and 35mm lens.

Pixfra ARC LRF enables accurate distance measurements at a range of up to 1000m, providing valuable distance data in the field.

The Arc A635P LRF combines an extremely sensitive 640×512, 12µm, <20mK NETD thermal sensor and a powerful 35mm f1.0 objective lens, achieving a generous 21.9×17.6m @ 100m FOV, unprecedented thermal clarity, and a detection range of up to 1800m. 

The sensor’s 20mK NETD thermal sensitivity achieves richly detailed and vivid thermal imagery, capturing each and every anatomical detail of even the smallest observed heat source, elevating your observation experience regardless of conditions. Pixfra’s intuitive PIPS (Pixfra Image Processing System) 2.0 achieves thermal imagery that is always crisp and clear by minimising environmental noise, boosting contrast, and enhancing image clarity and detail.

Pixfra’s intuitive PIPS (Pixfra Image Processing System) 2.0 achieves thermal imagery that is always crisp and clear by minimising environmental noise, boosting contrast, and enhancing image clarity and detail.

Retaining the familiar design aspects of the original Arc series, the Arc LRF features a few changes to make sure your observation experience is as comfortable as possible. These ergonomic upgrades include a new contoured eyecup and a refined grip with a textured rubberised covering to improve your hold on the device in any weather conditions.

Its compact magnesium alloy bodyshell results in a lightweight device that remains comfortable in the hand during long periods of observation. But don’t let its size fool you, this monocular is built to last, withstanding the everyday bumps and knocks one comes to expect whilst working in varying scenarios. Its IP67 even protects the device against adverse weather, allowing it to work unimpeded by heavy rain, dense fog, snow, or high levels of humidity.