NOCPIX SLIM H35, a cutting-edge 2-in-1 device that redefines thermal imaging for nighttime observation. This versatile thermal scope offers seamless transitions between a comfortable handheld monocular and a precise rifle-mounted optic, ensuring you're always ready for any situation in the field. 

Equipped with a high-performance thermal sensor and advanced image processing, it delivers stunning clarity and detail, allowing you to detect and identify targets with unmatched precision, day or night. Its lightweight, ergonomic design and extended battery life make it an indispensable tool for serious outdoor enthusiasts. Check our Review Here.

NOCPIX SLIM H35 Key Features:

• 2-in-1 Scope & Handheld Design: Seamlessly switch between a handheld thermal monocular and a rifle-mounted thermal scope using the quick-release QD mount, without needing to re-zero.
• High-Performance Thermal Sensor: Features powerful options (384×288@12μm or 640×512@12μm, NETD≤18 mK) for exceptional image quality and detail.
• R+ AI Image Algorithm & Reality+ Technology: Delivers superior image quality, surpassing other brands with sensors in the same class.
• 1024x768 AMOLED Display: Provides a comfortable, fatigue-free, and immersive viewing experience.
• Replaceable 18650 Battery: Utilizes standard, non-proprietary 18650 lithium-ion batteries for up to 8 hours of standby time, even in extreme conditions.
• Magnetic Charging Port: Allows for easy and convenient recharging of the device in any lighting.
• Recoil-Activated Video: Automatically records impactful moments, ensuring no shot is missed.
• Integrated Microphone: Captures audio alongside video for a comprehensive record of your experiences.
• Ultra-Lightweight Design: Weighs just 500g (including battery), making it incredibly easy to handle and carry for extended periods.
• 3.5x Base Magnification (L35): Ideal for precise long-distance identifying.
• New Color Palettes: Offers vibrant red and green monochrome options in addition to traditional "black hot" and "white hot" for enhanced target detection and identification.