The HIKMICRO NEOS NH35L sets a new operational standard for basic nighttime hunting and predator management. Built on a standard 30mm aircraft-grade aluminum tube chassis, this optic integrates natively with traditional mounting rings, allowing shooters to maintain their preferred center height and cheek weld.

By pairing an ultra-sensitive sub-18mK thermal core with a hardware-integrated 1000m Laser Rangefinder and an onboard ballistic calculation engine, the Hikmicro NH35L removes the holdover guesswork entirely from long-range night shooting. This unit is purpose-built to deliver extreme spatial resolution and target separation under the most punishing South African field conditions.

Advanced Optoelectronic Infrastructure

Sub-18mK Thermal Core and 12-Micron Sensor

At the absolute foundation of the NH35L is a high-definition 384 x 288 pixel uncooled VOx focal plane array. Operating on a cutting-edge 12-micrometer pixel pitch, this matrix packs more sensor elements into the focal plane, significantly multiplying basic magnification and stretching the maximum theoretical detection range out to a formidable 1800 meters.

With a Noise Equivalent Temperature Difference (NETD) of less than 18mK, this core represents the absolute pinnacle of current thermal sensitivity. Where standard sensors output a washed-out image during heavy rain, thick fog, or high-humidity thermal crossover periods, the NH35L isolates minute fractional temperature deltas, rendering crisp anatomical detail on target animals and clear background vegetation boundaries.

HSIS Architecture and Zoom Pro Processing

This rifle scope features HIKMICRO's Shutterless Image System (HSIS). Unlike conventional thermal optics that periodically freeze the display matrix to drop an internal shutter for sensor calibration, HSIS utilizes a continuous, automated software-driven learning algorithm. This ensures a completely fluid, zero-latency frame stream, allowing you to track fast-moving targets continuously without dangerous visual interruptions.

When digital magnification is required, the onboard Zoom Pro algorithm activates deep-learning digital signal processing. Rather than simply blowing up pixels and creating blocky pixelation, Zoom Pro intelligently optimizes raw image data dynamically, preserving a high signal-to-noise ratio and maintaining target edge clarity throughout the entire 3.2x to 25.6x magnification range.

Precision Targeting and Field Ballistics

Integrated 1000m Laser Rangefinder (LRF)

Accurate distance estimation is notoriously difficult at night, making an integrated rangefinder non-negotiable for ethical shot placement. The NEOS houses a precision Class 1 laser rangefinder operating at a clean 905nm wavelength. This module delivers instantaneous distance readouts up to 1000 meters out, with a tight accuracy tolerance of plus or minus 1 meter, feeding exact spatial data directly to the shooter's HUD.

Dynamic Ballistic Calculator Engine

The integrated ballistic calculator module processes real-time range data seamlessly. By mapping the exact distance provided by the LRF against your pre-configured ammunition velocity, ballistic coefficient, sight-in zero data, and current environmental variables, the onboard processing core calculates the precise drop trajectory. It then projects a real-time auxiliary aiming crosshair instantly onto the immersive 1920 x 1080 AMOLED micro-display screen, eliminating manual holdover calculations.

Continuous Hot-Swap Dual-Power Supply

To maximize uptime during intensive field operations, the unit is powered by an optimized hybrid dual-battery architecture. An internal rechargeable lithium cell works in parallel with a standard, removable 18650 external battery. The system intelligently drains the external cell first, allowing you to hot-swap a fresh 18650 battery in absolute pitch darkness without losing power to the sensor or resetting your hunting session. The dual-battery loop yields up to 8 hours of continuous, uncompromised runtime with the LRF and Zoom Pro algorithms running at full capacity.