It uses 1 XHP70 second-generation LED with a lifespan of about 100,000 hours, PC engineering glass lens, 0.6cm thick, and the shell is made of aviation aluminum and CNC precision-processed. The surface is anodized for wear resistance. The aluminum alloy pressure ring effectively protects the core part of the flashlight head.
It uses 1 XHP70 second-generation LED with a lifespan of about 100,000 hours, PC engineering glass lens, 0.6cm thick, and the shell is made of aviation aluminum and CNC precision-processed. The surface is anodized for wear resistance. The aluminum alloy pressure ring effectively protects the core part of the flashlight head.
It uses 1 XHP70 second-generation LED with a lifespan of about 100,000 hours, PC engineering glass lens, 0.6cm thick, and the shell is made of aviation aluminum and CNC precision-processed. The surface is anodized for wear resistance. The aluminum alloy pressure ring effectively protects the core part of the flashlight head.
It uses 1 XHP70 second-generation LED with a lifespan of about 100,000 hours, PC engineering glass lens, 0.6cm thick, and the shell is made of aviation aluminum and CNC precision-processed. The surface is anodized for wear resistance. The aluminum alloy pressure ring effectively protects the core part of the flashlight head.
It uses 1 XHP70 second-generation LED with a lifespan of about 100,000 hours, PC engineering glass lens, 0.6cm thick, and the shell is made of aviation aluminum and CNC precision-processed. The surface is anodized for wear resistance. The aluminum alloy pressure ring effectively protects the core part of the flashlight head.
It uses 1 XHP70 second-generation LED with a lifespan of about 100,000 hours, PC engineering glass lens, 0.6cm thick, and the shell is made of aviation aluminum and CNC precision-processed. The surface is anodized for wear resistance. The aluminum alloy pressure ring effectively protects the core part of the flashlight head.