Pard Night Vision NV007V 940nm 12mm
- Order number: WA-2108
- Fast delivery
- Advice from active hunters
- 14 days right of return
PARD 007V Night Vision Add-On Device
Successor to the proven PARD NV007A with 940nm IR illuminator
German version (no laser and no reticle included!)
- 940nm IR illuminator with increased range of up to 300m
- Improved optics and smooth image
- Revised and faster software
- Unbeatable affordable entry into night hunting
Complete set includes PARD NV007V, ocular clamp adapter 42mm (if you need a different adapter size, please specify this when ordering), 1x 18650 Li-ion battery, protective cover, USB data/charging cable, German user manual
Attention: The adapters of the PARD NV007S are not compatible!
Digital night vision monocular for observation and mounting on optics. Thanks to the built-in focusable IR illuminator, it can be used even in complete darkness. High precision due to the operating principle, as the optical axis is not changed.
The further development of the PARD 007A offers an overwhelming and smooth image during the day and at night, thanks to improved optics and faster software. With a range of up to 300m from the IR illuminator, you have everything relevant in view and, if necessary, also on video in full HD. The adapters are compatible with the PARD 007A.
- Sensor: 1920 x 1080 (Full HD)
- Refresh rate: 30 Hz
- Field of view: 32°
- 1024x768 OLED Display
- Magnification: 4x-14x
- IR illuminator: 5 watts, 940 nm
- Detection distance: up to 300m
- 1920x1080 video recording
- Image transmission via HDMI or WIFI
- Battery: 18650 (1x), 3.7V
- Up to 6 hours of continuous operation possible
- External power supply via USB
- Operating temperature: -20 - +60 °C
- Size: 135 x 56 x 100 mm
- Weight: 250 g (without battery)
- Delivery including mounting adapter (the 42mm adapter is delivered as standard - if you need a different adapter, please specify this when ordering)
As it is an add-on device, it does not need to be sighted or calibrated - unlike most digital clip-on devices. Even a slightly tilted placement of the device does not lead to a deviation in point of impact, as the optical axis is not changed.