PARD FT32 - LRF Thermal Imaging Scope
Flexible and user-friendly thermal imaging technology
The world of thermal imaging welcomes the newest member in the group - the
PARD FT32.
This device is a compact and lightweight solution equipped with a wide range of features to meet your hunting and observation needs.
Precision at the touch of a button with optional LRF
The PARD FT32 offers an optional laser rangefinder (LRF) with an impressive range of up to 1,000 m. This feature allows you to reliably measure distances and accurately position your targets.
Modern thermal imaging detector for clear vision
The heart of the PARD FT32 is a modern thermal imaging detector with a sensor resolution of 384x288 pixels, a sensor pixel size of 12 μm and a NETD value of ≤ 25 mK. With a 35mm lens and a 7.5 x 5.6° angle of view, this device delivers crystal-clear images both day and night.
Recording function and live streaming
The built-in recording function lets you record videos at 1024x768 pixel resolution and photos at 2592x1944 pixel resolution and store them on a micro SD card up to 128 GB. Even more impressive is the Wi-Fi function, which allows you to stream livestreams directly to your mobile device. This allows you to share your experience with others in real time or save it for later analysis.
Compact and lightweight design
Despite the amount of features and powerful technology, the PARD FT32 is surprisingly compact and lightweight. With dimensions of 142 mm / 150 mm length, 77 mm / 80 mm width and 60 mm height, as well as a weight of only 0.370 kg (0.410 kg with LRF), this device is a lightweight in its category. It is designed to fit easily in any pocket and be available to you on any expedition.
Interchangeable - battery system
The PARD FT32 relies on a user-friendly interchangeable battery system used with commercially available 18650 type batteries. These batteries are cheap and easy to obtain and allow up to 5 hours of continuous use. So you can rest assured that your device will always be ready for use when you need it.