Stellar 3.0 SX60LS Thermal Rifle Scope with LRF

Experience exceptional thermal clarity with the 1280 × 1024 VOx sensor, delivering ultra-high-resolution imaging, outstanding detail, and long-range detection. Identify targets with confidence, even in complete darkness or challenging weather conditions.

The 18650 battery system delivers reliable, long-lasting power in a compact format, supporting extended use in the field. Its rechargeable design reduces running costs, enables quick battery swaps, and ensures consistent performance for demanding outdoor devices

HIKMICRO's thermal Picture-in-Picture (PIP) mode displays a magnified section of the thermal image in a separate window while maintaining the full field of view. This enhances target identification and detail recognition without compromising situational awareness.

Built to perform in demanding environments, the HIKMICRO STELLAR 3.0 features an IP67 rating for dependable protection against dust, rain, snow, and temporary water immersion. Designed for reliable performance in harsh weather, it keeps you focused on the hunt, whatever the conditions.

Create and save multiple zeroing profiles on your scope to match different rifles, calibres, loads, or shooting distances. Switch between saved profiles in seconds without re-zeroing, ensuring consistent accuracy and a faster, more efficient setup in the field.

The HIKMICRO Sight App enables seamless wireless connectivity with HIKMICRO devices, allowing users to view live footage, capture media, adjust settings, and share content directly with their smartphone or tablet.

HIKMICRO offers White Hot, Black Hot, Red Hot, Red Monochrome, Green Monochrome and Fusion palettes. Users can switch modes to optimise contrast, improve target detection and maintain image clarity in varying conditions.

HIKMICRO Image Pro 3 enhances image processing with advanced algorithms that improve detail, contrast, and noise reduction, delivering sharper, clearer visuals and a more refined viewing experience across varied lighting and environmental conditions.