SKU | Designation | French Law | MSRP | Stock |
---|---|---|---|---|
SKU OR0050200 | Designation Pard NV clip on before FD1 / 850 nm | French Law Vente libre |
MSRP
599.00 € incl. tax
|
Out of stock
|
SKU OR0050201 | Designation Pard NV clip on before FD1-LRF / 850 nm | French Law Vente libre |
MSRP
699.00 € incl. tax
|
Out of stock
|
PARD: Innovation in the service of night vision
PARD is a brand recognized for its cutting-edge optical solutions, combining advanced technology and robustness. Their night vision devices are designed to meet the requirements of professionals and enthusiasts, ensuring performance and reliability in the field.
This versatile device combines advanced technologies for an optimal experience in low light or total darkness. Thanks to its high-resolution 1920x1080 pixel CMOS sensor, it delivers exceptionally clear images, ideal for hunting or sport shooting.
Equipped with a high-sensitivity 1920x1080 pixel CMOS sensor, the PARD FD1 delivers sharp, clear images even in low-light conditions. The LRF model features a built-in laser rangefinder that can measure distances up to 1000 meters with remarkable accuracy. Its three-level adjustable infrared illuminator ensures perfect visibility up to 350 meters, even in the darkest environments. Whether you use it as a clip-on, monocular, or standalone scope, this device adapts to your specific needs to ensure accurate and safe shots.
Its built-in ballistic calculator function allows up to five ballistic data profiles to be stored, optimizing shooting accuracy. The “Picture in Picture” (PIP) mode offers a magnified area for quick target identification without losing the overall field of view. The device is shock resistant up to 6000 joules and has an IP67 protection, making it waterproof and suitable for harsh conditions. The rechargeable 18650 Li-ion battery provides up to 8 hours of runtime, and Wi-Fi connectivity allows the transfer of images and videos to mobile devices via the PardVision app.
Choose the 850nm version for maximum distance detection or the 940nm version for maximum discretion.