ACEBEAM TAC 2AA Rechargeable Tactical Flashlight - 1400 Lumens, Dual Modes for Emergency and Camping

About this item

• Rechargeable 2x AA Flashlight: TAC 2AA The TAC 2AA flashlight comes with one rechargeable battery that can be reused, offering a more sustainable option compared to disposable batteries. Additionally, the flashlight is compatible with any AA battery type if the rechargeable battery runs out and is not immediately available for recharging. The battery indicator feature allows you to monitor battery usage at any time.
• Versatile Everyday Carry Flashlight：TAC 2AA EDC tactical flashlight coming at 4.1 inches long and less than an inch wide, weighs 2.6oz, which is extremely portable, you could fit it in your purse, backpack, or pocket and probably not even notice it. Adopted with two ss body clip, you can easily clip it to your brim of your hat when you are working, assist you finish your work easily. With tail standing function, it is perfect for EDC, security, emergency, camping, duty light, hiking, night walking, fishing, etc
• Super Bright Powerful LED Flashlight：The TAC 2AA uses the latest SFT-25R HI LED, achieving a maximum brightness of 1400 lumens in such a compact and small body. It can light up almost all areas around you, and it also excels in long-range performance, with a beam distance of up to 304 meters, perfect for everyday use, like dog walking, home security and emergency, camping and hiking, etc.
• EDC Tactical Dual Modes and Dual Switch Flashlight：TAC 2AA Flashlight with EDC and Tactical Dual Modes. EDC Mode: Tail button with memory function. Tactical Mode: Tail button without memory function, always one-click turbo. You can easily switch between the desired modes using the dual switches on the tail and side. Whether for everyday use or tactical purposes, the TAC 2AA perfect meets your needs.
• Strong and Sturdy Flashlight：This EDC tactical flashlight rated IP68, 2m Submersible and 1.5 meter impact resistance, the sturdy aluminium body makes the TAC 2AA a reliable tool in all weather conditions.