Description

Advanced Thermal Optics

The Pulsar Lexion XP28 thermal imaging monocular features a highly sensitive 640×480, 17µm, <40mK NETD sensor and a powerful 28mm f1.2 objective lens, providing exceptional thermal detection capabilities at distances reaching up to 1000m.

Its advanced <40mK NETD thermal sensitivity ensures precise detail recognition in any weather conditions, even in environments where a thermal imager would usually struggle, such as heavy rain and dense fog. When thermal contrast is low, the Lexion will detect the smallest temperature differences with ease.

Pulsar’s proprietary image boost technology employs intuitive software algorithms increase imaging clarity and overall image detail. Image Boost results in a sharper, more detailed field of view and enhanced object identification capabilities.

Robust Housing

The Lexion XP28 features a rugged and robust bodyshell designed to withstand the bumps, shocks, and knocks one comes to expect during prolonged observation. Its IPX7 rating even protects it against harsh weather and extreme temperatures (-25 to +50°C), working unimpeded in almost any scenario.

Full Colour AMOLED Display

The Lexion’s 640×480 display delivers a crisp, richly contrasted, vividly coloured field of view, using AMOLED technology to ensure flawless, high-resolution imaging and power saving capabilities.

Built-in Video Recording with Audio

Features a built-in video recorder (with audio) and still image capture, meaning you can watch back memorable moments from your observations. Videos and images are stored on the device’s 16 GB internal storage, or via the Stream Vision 2 app. That’s up to 300 minutes of video or 20,000 still images!

Remote Control via Stream Vision App

The Lexion even offers the ability to link via Wi-Fi to an Android or iOS smartphone or tablet through the free Stream Vision app. Stream Vision will enable you to receive footage in real-time, remotely operate the device with your smartphone, and even streaming to YouTube.

Stadiametric Rangefinder

A built-in stadiametric rangefinder determines the distance between observer and object(s) with a known height (1.7m, 0.7m, or 0.3m), providing greater situational awareness and enabling better-informed decision-making in the field.

External Power Supply

The Lexion makes charging via external sources (such as power banks) fast and easy with a micro-USB jack. The convenience of power-bank charging even enhances the ability to power up the Lexion during extremely cold weather, while also protecting the source from rapid discharge.

B-Pack Power Supply System

The Lexion includes a progressive autonomous B-Pack power supply consisting of a quick-detach, rechargeable IPS7, 6.4 A-h battery pack designed to deliver over 10 hours of operation on maximum mode. Higher-powered IPS14 battery packs, as well as AA battery cases, also are available and provide a perfect off-the-grid power solution — these additional batteries can be purchased separately and are not included.

8 Colour Palettes

8 colour palettes enhance the view through the Lexion in varying conditions. While the classic “White Hot” mode is exceptionally versatile, “Hot Black” is often favoured for detecting wildlife at night. “Red Monochrome” helps to reduce or prevent bright backlight from exiting the eyepiece. “Sepia” often improves long-range observation, while “Red Hot”, “Rainbow”, and “Ultramarine” enhance temperature differences of various object attributes. “Violet” helps to identify objects faster.

Updatable Software

For initial setup and additional updates, the iOS and Android compatible Stream Vision App ensures the most recent Lexion software versions are available.

Display Off

When it is necessary to temporarily stop observation, the user can apply this Display Off function. It provides the necessary level of camouflage (no light bleeds from the eyepiece) between observation sessions as well as the fast restart of observation (when the display is turned off, all other systems are working; for normal operation, simply power on the display again).