PARD TA32 - 25mm

PARD is one of the world's most innovative manufacturers of thermal imaging and night vision systems. The thermal imaging monocular of its latest TA series stands out for its compactness, high performance and exceptional quality. With dimensions so small that it literally fits in your pocket and a weight of only 288g, the PARD TA Series thermal monocular is one of the smallest thermal imaging instruments in the world.

The PARD series thermal imaging monoculars feature the most sensitive thermal imaging core on the market with a sensitivity of ?25mk! The core is really powerful, detailed and also fast, the instrument charges within 2 seconds of switching on. PARD TA instruments are not only powerful, but also durable, which is proven by the IP67 waterproof certificate (protected against immersion in water. Immersion for 30 minutes to a depth of 1 meter). Quick change of the 18650 battery in 2 seconds. The device is designed for extreme conditions and can withstand temperatures from -30° to +60° C.

The PARD TA-32 25mm version with 384x288px core and 25mm lens is a mid-range instrument and offers detection at distances up to 1600m.

Also worth mentioning is the built-in OLED display with a resolution of 1024x768 px, which allows even long-term observation without excessive eye strain. The high-quality OLED display facilitates accurate identification even at longer distances. The 6 new display modes, including the "Edge" mode, which highlights the contours of the observed object for better identification, will also make your observation more enjoyable. The PARD thermal imaging generation offers a clear menu in Czech and Slovak languages.

Built-in thermal detector with high sensitivity of 25mk provides a clear image even in harsh environmental conditions such as darkness, fog, smoke, dust, rain, snow, forest cover, etc.

Picture in Picture (PIP) function: Yes
Material: aerospace duralumin body, Durable 7075 aluminum alloy
Lens lens: 25mm
Human detection: 1600m
Display: 1024x768px
Sensor: 384×288, 12 ?m
Type: Thermal imaging