The PARD NV007SP "Product How To" Guide!

The NV007SP LRF is a next generation, clip-on night vision scope that easily attaches to your existing optical scope, eliminating the need to have multiple firearms configured for daytime/nighttime use. Simply clip on the night vision scope and you are ready to see at night. The NV007SP LRF also features a laser range finder that accurately determines target distance up to 1200m.
The NV007SP LRF features a large eye cup that is designed to provide comfortable use while reducing peripheral light entering your eye. It is available in either an 850nm or 940nm VCSEL infrared illuminator to accommodate a wide range of observations. It utilizes advanced next generation sensors that amplify the available light so that you can see targets in dark environments that otherwise would not be visible, up to 350m.
At only 10.9 oz (310g), it easily attaches to your favorite rifle scope with the quick disconnect feature. It is recoil tested to withstand 6000J of force, equivalent to that of a .308 rifle. Powered by a single 18650 removable/rechargeable battery that provides up to 6 hours of use, it can operate at temperatures between -13° and 122° F. Adjustable brightness and exposure settings provide control in very low light situations. It features a 4x optical zoom providing nighttime magnification.
Resolution of the eyepiece is achieved through a 1024x768 OLED screen (uses less battery power than other devices) and is backed up by 2592x1944 photo resolution for taking clear photographs. The Ingress Protection (IP) factor rates at an industry leading IP67, providing 100% security against dust and submersion in up to 3ft of water. Users can take 30fps 1920x1080P MP4 nighttime video footage and save it to an onboard 128GB Micro SD card (not included). Photographs and video can be viewed via Wi-Fi connectivity on your mobile device.

[@rossmara8377]

Good video. How do you activate PIP on the NV007SP? Does explain it in the manual.

[@mirkomilanko9773]

Great video. Thanks 🙌
I noticed mine is 940 nanometers. What is the difference between 850 and 940?
Thanks for this masterpiece (nv007sp-lrf). I really like it 👍

[@user-gi8vi5vy1l]

Please, I would like to know (if you know) up to what diopter turret height the LRF is interpolated. Thank you Saki.