| Article number: | 361826647-DWS1-1256 |
| Availability: | In stock |
| Processing time: | 5-7 working days Austria / EU: +3 working days |
The DNT ThermNight Compact TNC335R combines digital day/night vision and thermal imaging technology in a compact multispectral riflescope. By combining both systems, the device enables reliable target acquisition and identification day and night, as well as in challenging weather conditions.
The system offers various display modes, including classic thermal imaging, digital night vision, and a picture-in-picture mode where both views can be used simultaneously.
Equipped with modern Sony Starvis 2 sensors and a highly sensitive VOx thermal imaging sensor , the TNC335R delivers detailed image reproduction and high image sharpness.
The integrated laser rangefinder enables distance measurements up to approximately 1006 m (1100 yards) . Additionally, an integrated ballistic computer supports precise target correction.
The robust construction with IP67 certification and recoil resistance up to .50 BMG makes the system particularly resistant to demanding operating conditions.
Highlights:
digital day and night vision
integrated thermal imaging system
Picture-in-Picture function
Laser rangefinder up to approx. 1006 m
integrated ballistic computer
Sony Starvis 2 sensors
IP67 waterproof
Impact resistant up to .50 BMG
Integrated video and audio recording
Technical specifications Digital day/night vision:
Resolution: 1920 × 1080 pixels
Frame rate: 60 Hz
Video resolution: 1800 × 1080 pixels
Base magnification: 5x
Digital zoom: 5x to 20x
Interpupillary distance: 65 mm
Diopter adjustment: ±3D
IR wavelength: 850 / 940 nm
IR class: 3R (eye-safe)
Detection range: approx. 400 m
Technical data thermal imaging module:
Sensor resolution: 384 × 288 pixels
Sensor type: uncooled VOx infrared sensor
Frame rate: 50 Hz
Pixel size: 12 μm
NETD: ≤18 mK @ 25 °C
Lens focal length: 35 mm
Base magnification: 2.5x
Digital zoom: 2.5x to 10x
Safety instructions: Before use, observe local legal regulations regarding thermal imaging and night vision technology. Do not look directly into IR radiation. Use only as intended.
