Pulsar Axion XQ19 Compact Thermal Monocular

Thermal vision doesn't have to cost a fortune. The Pulsar Axion XQ19 Compact is Pulsar's most affordable entry into thermal imaging — and it doesn't cut corners where it counts. Designed for hunters who want reliable thermal detection in a genuinely pocket-sized package, the Axion XQ19 delivers high thermal sensitivity, Wi-Fi connectivity, and Pulsar's latest image processing in a unit that weighs less than 300 grams and fits in one hand.

Whether you're scanning paddocks at last light or tracking game through scrub, the Axion XQ19 gives you the edge without breaking the bank.

Main Specifications

• Sensor: 384x288 @ 17 µm
• Objective Lens: F19 / 1.0
• Magnification: 1.5–6x (x4 digital zoom)
• FOV (HxV): 19.5° x 12.3° / 34.7 x 21.5 m @ 100m
• Dioptre Adjustment: +4 / -5
• Detection Range: 750 m

European-Made Thermal Sensor

The Axion Compact series runs quality European-made thermal sensors for excellent image clarity in all conditions. The 384x288 / 17 micron sensor delivers clear, consistent images even in low-contrast or poor weather — ideal for scanning and game finding when conditions aren't on your side.

Pocket-Sized & Lightweight

At under 300 grams with a symmetrical button layout, the Axion XQ19 is comfortable for both right and left-handed users. It's compact enough to slip into a jacket pocket and light enough that you'll forget it's there — until you need it.

Built-In Photo & Video Recording

One press of the REC button and you're capturing footage. The built-in video recorder stores hours of video and photos in internal memory, ready to share with mates or review back at camp. Don't let a once-in-a-lifetime moment go unrecorded.

Multiple Colour Palettes

Switch between 9 colour palettes to suit the conditions and the task:

• White Hot, Black Hot, Red Hot — Optimal for object detection
• Rainbow & Ultramarine — Improve recognition and identification
• Red Monochrome, Sepia & Violet — Best for extended night observation
• Green — Reduces eye fatigue for long observation sessions