Hikmicro NEOS NH35L Thermal Scope
NH35L
files/HIKMICRONEOSNH35LThermalScope.jpg
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The HIKMICRO NEOS NH35L Thermal Scope is a compact, lightweight thermal riflescope designed for hunters and pest-control shooters who want improved detection range, greater image detail and integrated rangefinding in a traditional 30mm tube-style optic. It features a 384 × 288 thermal sensor, 12μm pixel pitch, 50Hz refresh rate and sub-18mK thermal sensitivity, paired with a 35mm F1.0 objective lens for clear target definition in darkness and challenging weather conditions.
With a detection range of up to 1800 metres, 3.2x base magnification and digital magnification up to approximately 24x, the NH35L offers more reach than the NH25L while maintaining a practical field of view. The integrated 1000m laser rangefinder and onboard ballistic calculation provide useful distance and aiming information directly through the scope, while Image Pro 3.0, Zoom Pro and HSIS shutterless imaging help maintain clarity and responsiveness during use.
Key Features
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384 × 288 thermal sensor
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12μm sensor pixel pitch
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Fast 50Hz refresh rate
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Thermal sensitivity below 18mK
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35mm F1.0 objective lens
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Detection range up to approximately 1800 metres
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3.2x base magnification
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Digital magnification up to approximately 24x
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7.6° × 5.7° field of view
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Integrated 1000m laser rangefinder
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Laser rangefinding accuracy of ±1 metre
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Built-in ballistic calculation
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Image Pro 3.0 image processing
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Zoom Pro digital image enhancement
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HSIS shutterless imaging
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0.49-inch AMOLED display
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Built-in photo and video recording
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64GB internal storage
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Standard 30mm tube for conventional scope-ring mounting
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Internal rechargeable battery plus replaceable 18650 battery
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Up to approximately 8 hours continuous operation
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IP67 weather-resistant construction
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High recoil resistance up to 1000g/0.4ms
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Approximate weight of 570g
Please note: Detection range is based on ideal conditions and target size. Positive identification and practical engagement distances will vary depending on environmental conditions, target characteristics and user experience.