Pulsar Axion 2 XG35 Thermal Monocular

• High-quality reinforced magnesium alloy housing
• Highly-sensitive European-made Lynred sensor
• Fast aperture F35/1.0 lens

Description

Step up your game with the Pulsar Axion 2 XG35 Thermal Imaging Monocular.

This device use a new approach to image optimisation depending on the purposes and conditions of observation and provide high-quality rendering of both target objects and background. The Pulsar Axion 2 XG35 Thermal Imaging Monocular features three levels of signal amplification in combination with a connected smoothing filter and fine brightness and contrast adjustments give the hunter great opportunities for long-range detection of the animal under different weather and temperature conditions and determining its trophy qualities.

The Pulsar Axion 2 XG35 Thermal Imaging Monocular is designed for constant, often hard use with a magnesium alloy housing that is lighter and stronger at the same time. The housing reliably protects the internal components of a thermal imaging device from shocks, drops, moisture, heat or cold. At the same time, a metal housing effectively removes the heat from electronics, minimizes image noise and increases consistency of the device operation during long-term observation.

Now battery life is very important so the device features a high-capacity APS5 rechargeable battery. This provides, depending on model, up to 11 hours of continuous operation of the thermal imaging device on a single charge. The battery can be removed from the battery housing and replaced with a new one in seconds. The battery is charged in a special charger or inside the device from a PC, household power system or power bank via USB-C. The same sources are used for external power supply of a thermal imaging device.

Living in 2022 it we have improved connectivity. That why the Pulsar Axion 2 XG35 Thermal Imaging Monocular features improved WI-Fi connectivity with 2.4 / 5 GHz waveband support. In the Axion 2 thermal imager, the standard smartphone connection frequency range via a 2.4 GHz WiFi channel is complemented with an effective 5 GHz range. The 5 GHz connection offers better bandwidth, a faster data transfer rate, noise immunity and improved connection stability, resulting in more productive and easier operation of the thermal imager with a smartphone.