Description
Pulsar Krypton 2 XQ35 Thermal Front Attachment Kit
To give you a comfortable viewing experience the Pulsar Krypton 2 XQ35 Thermal Front Attachment Kit features a lightweight design and compact size. It can be used as a handheld or mounted with a Weaver base using a PSP-V Adapter. Features are fast aperture F35/1.0 germanium lens, detection range up to 1400 yds., high-contrast HD AMOLED display, three levels of sensitivity amplification, video recording, WiFi, Stream Vision 2 app compatibility and 8 color palettes. Included battery pack and Pulsar Bluetooth remote.
Pulsar Krypton 2 XQ35 Features
High Sensitivity 384×288 <25mK NETD Thermal Sensor
With its high sensitivity 384×288 <25 mK NETD thermal sensor, the Krypton 2 XQ35 delivers exceptional clarity and detail recognition.
1,400 Yard Detection Range
It boasts a remarkable 1,400 yard detection range, enabling long distance shooters to fully utilize the ranges of their rifles, even through heavy fog or mist.
2 – 6x Magnification
1920 X 1080 AMOLED Display.
The Krypton 2 XQ35’s full HD 1920×1090 AMOLED display of the Krypton 2 XQ35 offers a sharp viewing experience with high contrast, a wide dynamic range, and vibrant colors which enhance your hunting experience in low-light conditions.
Built-In Photo And Video Recorder With 912×688 Resolution
Integrated Bluetooth And Wi-Fi
Controlling the device is effortless with its Bluetooth remote control, allowing you to adjust settings from a distance. Further enhancing ergonomics, the brand new adaptable user GUI ensures heads-up display (HUD) elements scale according to your zoom level, providing a seamless viewing experience.
IPX7 Waterproof Rating
Rest easy knowing that the Krypton 2 XQ35 is built tough. Its magnesium alloy housing makes the unit shockproof and IPX7 waterproof. It can be submerged in shallow water for up to 30 minutes with no adverse effects, ensuring it can handle whatever nature throws at you.
Operation In Extreme Temperatures From -13° To 122° F
The housing also efficiently dissipates heat from the electronic components of the thermal imager, providing optimal operational stability even in extreme temperatures as low as -13° to 122° F.
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