Equipped with a highly sensitive infrared sensor and ballistic assistance algorithm, it rapidly captures the target's thermal profile and subtle movement. Combined with precise distance data provided by a laser rangefinder module, it effectively reduces aiming errors and significantly improves hit efficiency against both stationary and moving targets, providing technical support for tactical shooting and precision hunting.
It mounts seamlessly on any standard 30mm ring system for versatile use,and for outdoor enthusiasts seeking superior night vision during hunting or exploration.
Vivid Image Details ,To Make Sure You Hit The Target
Equipped with a 12μm thermal sensor and excellent image processing, the TC23S NETD reaches 25mk, which not only provides amazing image clarity and long detection range to highlight targets, but also maintains recognition in all weather conditions.
Ultra-low Power Consumption, Outdoor Fun Lasts All Day
Built with low power consumption in mind, ensuring extended battery life in the field. Focus on the hunt without worrying about constantly changing batteries.
Material:
aviation aluminum alloy
Operating Temperature:
-20℃~60℃
Scroll Adjustment, Function Interface Easy To Call
Features a aluminum alloy central control wheel that provides easy access to all functions, allowing for seamless adjustments even in challenging conditions
Intelligent ballistic calculation,keeps you focused on timing
Automatic ballistic calculation;Once ballistic data being input, the scope can automatically adjust the aiming point for different distances. This can save you time from manually adjusting for bullet drop and will improve the aiming accuracy at long distances.
MORE ADVANTAGES
Low Battery Consumption
High Shock Resistance
Real-time Streaming Display
Ballistic Caculation
PARAMETERS
TCS-635L
Detector
Uncooled 640*512
Pixel Size
12μm
NETD
≤20mk
Digital Zoom
1× 2x 4x
Focal Length
35mm
Reticle
8 Types(Reticle 1-5 has FFP function)With 5 Colors
Palettes
White Hot, Black Hot, Red Hot, Green Hot, Fusion, Iron Red