Manufacturer | Pard Optics | |
MFG NO | TA6235LRF | |
SKU | 6216384 | |
UPC | 850042449882 |
Pard Ta6235lrf Ta62 W/rangefinder Thermal Monocular Black 2.2x 35mm Multi Reticle 640x480, 50hz Resolution Zoom 2x-8x
The Pard TA6235LRF (also known as the Pard TA62) is a thermal monocular with a built-in rangefinder. It is designed for observation and detection in low-light and thermal imaging conditions.
The Pard TA6235LRF features a 35mm objective lens with a 2.2x magnification. It has a multi-reticle display, which allows you to choose from different reticle options for targeting and ranging. The resolution of the thermal sensor is 640x480 pixels with a 50Hz refresh rate, providing clear and detailed thermal images.
Additionally, the Pard TA6235LRF offers a 2x-8x digital zoom capability, allowing you to zoom in for a closer look at your target or surroundings.
Thermal monoculars like the Pard TA6235LRF are commonly used for hunting, wildlife observation, surveillance, and other applications where thermal imaging can provide an advantage in detecting heat signatures.
Specification | Value | |
---|---|---|
MFG NO | TA6235LRF | |
SKU | 6216384 | |
UPC | 850042449882 |
Pard Ta6235lrf Ta62 W/rangefinder Thermal Monocular Black 2.2x 35mm Multi Reticle 640x480, 50hz Resolution Zoom 2x-8x The Pard TA6235LRF (also known as the Pard TA62) is a thermal monocular with a built-in rangefinder. It is designed for observation and detection in low-light and thermal imaging conditions. The Pard TA6235LRF features a 35mm objective lens with a 2.2x magnification. It has a multi-reticle display, which allows you to choose from different reticle options for targeting and ranging. The resolution of the thermal sensor is 640x480 pixels with a 50Hz refresh rate, providing clear and detailed thermal images. Additionally, the Pard TA6235LRF offers a 2x-8x digital zoom capability, allowing you to zoom in for a closer look at your target or surroundings. Thermal monoculars like the Pard TA6235LRF are commonly used for hunting, wildlife observation, surveillance, and other applications where thermal imaging can provide an advantage in detecting heat signatures.
0 | Total: $0.00 |