PARD TD32-70 THERMAL LRF MULTI-SPECTRAL SCOPE
Elevate your observation game with PARD's TD32-70 Thermal LRF Multispectral Scope.
Experience the ultimate observation with PARD's TD32-70 Thermal LRF Multi-Spectral Scope. This groundbreaking device seamlessly merges the worlds of night vision and thermal imaging, providing unparalleled versatility in any situation.
Quickly switch between thermal imaging to detect targets and night vision for clear visibility. With a 12μm thermal imaging sensor, subtle temperature differences are easily detected for perfect image detail.
The built-in Infrared fill light has three levels with an impressive illumination distance of up to 350m. You can choose between 850nm or 940nm options, with the former providing brighter images at longer distances and the latter perfect for concealed observation.
The built-in Laser Range Finder can detect targets up to 1000m away, ensuring precise shots every time. The TD32 series offers two lens options - 50mm and 70mm - allowing you to customize your viewing experience.
multi-spectral technology
PIP mode enables the simultaneous display of thermal imaging and night vision on the same screen, allowing for enhanced observation, identification and precise shooting. Control knob allows you to instantly switch between thermal and night vision display on the same screen.
Coupled with a high-sensitivity thermal imaging detector with a resolution of 384×288, 12μm pixel pitch, and NETD≤25mK, combined with a high-performance CMOS sensor and multi-channel display, the TD32-70 provides a versatile hunting experience.
LRF 1000M WITH BALLISTIC CALCULATION FUNCTION
The cutting-edge LRF (Laser Rangefinder) of TD32-70, will revolutionize your hunting experience. With an impressive range of 1000m, it delivers real-time and accurate distance measurements, empowering you with unparalleled precision for ballistic calculations.
The dual-engine of Infrared Image Enhancement Algorithm (IREA) and Visible Image Enhancement Algorithm (VLEA) enables richer and clearer image details.