Shopping cart DNT TNC335R - ThermNight 2.5-10x Thermal, 5-20x Day/Night w/ Laser Rangefinder The ThermNight 2.5–10x / 5–20x is a versatile multispectral scope that combines thermal imaging and digital day/night vision into one powerful, field-ready platform. Built for hunters who demand performance in any condition, it delivers fast detection, clear identification, and precision shot capability. Overview Equipped with a 384×288 thermal sensor and advanced Starvis 2 digital imaging, this system allows you to detect heat signatures with thermal and confirm targets with high-definition digital clarity. Seamless switching between modes and Picture-in-Picture functionality ensure constant situational awareness in the field. An integrated laser rangefinder and ballistic calculator provide real-time distance and shot correction data for confident engagement at range. Key Features Multispectral system (thermal digital day/night vision) 2.5–10x thermal magnification 5–20x digital magnification 384×288 thermal sensor with 12μm pixel pitch ≤18mK sensitivity for improved image detail 1920×1080 Micro-OLED display (60Hz) Integrated laser rangefinder (up to ~1100 yards) Built-in ballistic calculator for real-time corrections Picture-in-Picture (PIP) and dual-channel viewing 64GB onboard storage for photo/video recording One-shot zeroing and multiple reticle options Specifications Thermal Sensor: 384×288 Pixel Pitch: 12μm NETD: ≤18mK Thermal Frame Rate: 50 Hz Thermal Magnification: 2.5–10x Digital Magnification: 5–20x Thermal Objective Lens: 35mm Thermal Field of View: 7.53° × 5.65° Digital Sensor: Sony Starvis 2 CMOS Digital Resolution: 1920×1080 Display: 1920×1080 Micro-OLED (60Hz) Laser Rangefinder: ~5–1100 yards Ballistic Calculator: Yes Storage: 64GB internal Recording: Photo & video Battery: 21700 rechargeable Battery Life: ~5–6 hours Eye Relief: 65mm Waterproof Rating: IP67 Dimensions: ~9" length Weight: ~25.6 oz Built for the Field Designed for predator hunting and low-light environments, this system delivers fast thermal detection, high-definition identification, and accurate r
