Pulsar Proton XQ30 - Thermal Imager

Introducing the Proton XQ30 Thermal Imaging Attachment, a versatile accessory designed to seamlessly affix to the front of your day optic through the Cover Ring Adaptor. This ingenious mechanism allows for rapid attachment and detachment, instantly converting your ordinary day scope into a powerful thermal scope. Alternatively, users can opt for the eyepiece attachment, conveniently transforming the Proton XQ30 into a handheld thermal monocular.

Operating with a fixed focus design, the Proton XQ30 grants full control over operations and settings through the ergonomic Pulsar BT wireless remote control. Its remarkable capabilities stem from the highly sensitive 384x288 17µm thermal sensor, featuring an image boost mode. The device boasts a frost-resistant 1024x768 HD AMOLED display that delivers intricate imaging, capable of detecting objects at distances of up to 900 meters. Specifically optimized for day scopes exhibiting 1.5-4.0x magnification.

Built to endure, the Proton FXQ30 showcases exceptional robustness, withstanding shocks of up to 6000 joules. The magnesium alloy bodyshell, boasting an IPX7 rating, further enhances its durability and resilience.

Fuelled by a swift-change, rechargeable APS5 battery pack, the device ensures up to 6 hours of continuous operation. Notably, it features integrated photo and video recording capabilities, complemented by a 16GB internal memory. Moreover, compatibility with Stream Vision adds another layer of versatility to this exceptional unit.

Specification

Highly sensitive thermal imaging sensor
Riflescope attachable & handheld use
Lightweight
Compact
Shockproof design
Magnesium alloy housing
Quick-Release adaptor with precise screen positioning mechanism
High recoil rating (.375 H&H, 12-Gauge, 9.3x64)
Easy transformation into observation scope
On-Board photo & video recorder
16GB internal memory
"Image Boost" mode
High contrast, frost-resistant HD AMOLED display
Multiple colour modes
Built-In WiFi module
APS5 battery pack
IPX7 (Waterproof)
Point-of-Impact stability
Wide operating temperature
Stream Vision compatible