Long Eye-relief for Viewing Comfort
With 100mm of eye-relief and a wide field of view, users will appreciate the traditional look and feel of the TS scope. A rubber eye piece provides additional protection against recoil and effectively conceals the illuminated display at night.
The thermal image can be displayed on the display with the picture-in-picture (PIP) function providing a clear heat signature, greatly improve the comfort of eye observation.
Reduce visual fatigue
Traditional Circular Design
Built in optical magnification and 2-8 digital zoom
With the industry's only true 800x800 circular display, users will appreciate the look and feel that scopes have provided for years. All digital settings are displayed around the outer edges of the digital image so you can always keep your target in focus.
12µm LWIR Sensor
Featuring either a 384x288 (TS34 models) or 640x480 (TS36 models) pixel resolution complimented by a 12μm pixel pitch vanadium oxide (VOx) sensor (that provides a high coefficient of thermal resistance) and an industry leading ≤25mK Noise Equivalency Temperature Differential (NETD), users will enjoy rich contrast and brilliant resolution when acquiring targets.
Enhanced Target Identification
1200yd Laser Rangefinder
Targets can be ranged up to 1200yds away. The newly developed compact ranging module is precise and has fast detection speed. When paired with integrated ballistics, the LRF gives you the range information you need at night to hunt smarter.
Accurate calculation of distances to your target
Hunt with confidence
The integrated ballistics calculator can precisely calculate the bullets trajectory and automatically determine your precise aiming point, enabling you to accurately place a shot.
Calculate precise aiming points
Objective Lens Options
PARD thermal optics are available in a variety of objective lens diameters from 19mm to 45mm. A larger diameter lens will provide increased magnification at distance but a smaller field of view (FOV). Conversely, a smaller diameter lens will provide a larger field of view (FOV) but less magnification.
The TS uses proprietary image enhancement algorithm software that was developed to provide next-level, high-definition infrared spectrum sensitivity. Simply put, the image clarity and resolution is significantly increased by reducing image distortion and enriching details of targets at distance.
Reduced Image Distortion
Reduces Image Refresh Lag-time
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