Precision meets portability. The Mate series has a magnesium alloy housing reducing the weight by 50% and improving practical functions. Includes removable buttons, LRF, and monocular extension. It is the ideal mate for those who want compact size and great value.
|348 x 288
|1024 x 768 OLED
|×1/×2/×4 E Zoom: Monocular Mode
|Field of View
|132 x 62 x 68mm
|Max Battery life
|5 + 7.5 hours
|M25 x 0.75
MATE creates a spot where precision meets portability. The magnesium alloy housing reduces the weight by 50% and improves the precision. MATE supports practical functions, including removable buttons, LRF, and monocular extension. It is the ideal mate for users who want a compact size and great value.
MAH50/MAL38 can meet the high-precision requirement of "POI=1MOA" even by matching it with high-caliber rifles.
The weights are over 20% lighter than other similar products. It is also more compact than our previous clip-on.
MAH50 features a high-performance 640*512, 12μm detector with NETD less than 25mk. MAL38/ MAL25 provides cost-effective choices without major compromises in image quality.
A high-quality optical imaging system offers a distortion-free image even when used with a 10 times daytime scope.
The algorithms improve image quality by setting suitable preset parameters based on different environments, forests, plains, and citys.
The buttons can be moved and installed in any position on your rifle. This allows hunters to control the device easily even when their focus is on the target. The remote control is supported by an ultra-low power consumption solution and can attach magnetically for automatic charging.
Mate Series add a power bank as a complementary accessory. It can prolong the battery life for approximately another 7 hours.
LRF can be equipped as an optional accessory. In addition to facilitating accuracy, the LRF extension can work as a power bank to prolong the 4-hour battery life for MATE.
MAH50 will function as a thermal imaging monocular when used with the IOM accessory. The IOM can also be used as an optic scope independently.