The all new Pulsar Axion 2 XG35 LRF hand held thermal imager integrates a state of the art 640x480 12 micron thermal sensor with an accurate long range laser rangefinder providing greatly improved image quality, extended battery life up to 11hrs, with advanced processing algorithms to deliver incredible performance in an ultra compact package.

The Axion 2 LRF XG35 s F35/1.0 fast aperture lens, built-in laser rangefinder, greatly improved image quality, extended battery life (offering up to 11 hours of power on a single charge), improved algorithms, and impressive 2.4/5GHz Wi-Fi range provides an incredible thermal imaging experience.

With a wide range of features packed into a compact and lightweight design, it is easy to grip and can be operated with ease, no matter whether the user is right or left-handed, thanks to the symmetrical design and in-line button arrangement on the upper panel.

Highly Sensitive Thermal Sensor

The Axion 2 LRF XG35 features a highly sensitive 640×480, 12 µm, NETD <40mK thermal sensor, combined with a powerful Germanium F35/1.0 objective lens, to provide an impressive 1750m detection range of a standard 1.8m object in total darkness, withstanding even the most difficult, adverse weather conditions, such as fog, rain, and high levels of humidity.

Fast Aperture F35/1.0 Lens

The fast aperture Germanium F35/1.0 lens uses high infrared transmission in the LWIR range; and, due to the precision with which the optical elements within the lens have been manufactured, the Axion 2 LRF XG35 presents a level of image detail that is clear and well distinguished.

Built-In Precision Laser Rangefinder

The built-in precision laser rangefinder offers a range of up to 1000m, allowing for accurate measurements of distances in single steps or continuous scanning modes, with an accuracy of ± 1 meters, allowing for quick and accurate, error-free assessments within the observation area.

Enhanced Image Processing

Enhanced image processing algorithms within the device provide high quality rendering of both target objects and background. Three available levels of signal amplification, combined with a connected smoothing filter and fine brightness and contrast adjustments, provide the user with greater opportunities in terms of long-range detection of an animal and its extremities in varying weather and temperature conditions.

Variable Magnification

8x digital zoom with a base magnification of 2.5x -20x for better object recognition at considerable distances. This zoom can change either by x2 steps, or in continuous motion to offer a optimised, customised field of view.

AMOLED Display

A high contrast VGA-resolution AMOLED display, which features enhanced colour rendering, provides a clear and smooth picture whilst on-the-move.

Magnesium Alloy Housing

Despite its compact size, this thermal imaging monocular has been designed with constant and hard use in mind. The magnesium alloy housing, though extremely light, is also incredibly strong; reliably protecting the internal components from shocks, drops, moisture, heat, or cold. This housing also acts as a heat sink, removing heat generated by the internal electronics, minimising image noise, and increasing operational consistency over long periods of observation.

European Lynred 640×480 12 µm thermal imaging sensor
Long detection range of 1.8m tall object up to 1750m
Variable magnification from 2.5x - 20x
Fast aperture lens F35/1.0
Built-in precision laser rangefinder
Measuring range of 1000m with an accuracy of ±1m
Wide angle eyepiece
1024×768 HD AMOLED display
Picture in Picture (PiP) mode
8 colour palettes
Up to 11 hours battery life on a single charge
Fast start-up within 5 seconds
Built-in video and still image recorder
Built-in WiFi module
Stream Vision 2 compatible
IPX7 waterproof