Featuring a long runtime and wide range of brightness levels, including a brilliant 1700-lumen turbo setting, the E28R V2 Rechargeable EDC Flashlight from Fenix Flashlight is a compact light suited to everyday carry, professional, recreational, and home use. Made of strong but lightweight aluminum, the E28R V2 measures just 4.8 x 0.9" and weighs 4.5 ounces with the battery installed. It is small and light enough to clip comfortably in your pocket or carry in any purse or pack.
The Luminus SST40 cool white LED emits a smooth beam of approximately 6500K that can illuminate your immediate surroundings as well as more distant objects. Choose from five outputs, 5 to 600 lumens plus 1700-lumen turbo and strobe modes, controlled by a single side push button with a battery level indicator. Runtime ranges from 2.1 hours on turbo to 260 hours in eco mode. The lockout mode prevents accidental activation while in transit. The USB-C cable charges the 3400mAh 18650 battery in just three hours; or the light can also run on two non-rechargeable CR123 batteries. Built to withstand the elements, the E28R's housing is IP68-rated, submersible to 6.6' for 30 minutes with no damage, and lab-tested to withstand being dropped 3.3'.
- Eco: 5 lumens, runtime 260 hours
- Low: 50 lumens, runtime 36 hours and 50 minutes
- Med: 150 lumens, runtime 17 hours and 15 minutes
- High: 600 lumens, runtime 2 hours and 50 minutes
- Turbo: 1700 lumens, runtime 2 hours and 10 minutes
- Strobe: 1700 lumens
- Pulse: 1 lumen
- One white Luminus SST40 LED
- Type: Push button
- Location: Side of the body
- Activation: Constant-on
- Lock-out function
- Aluminum housing
- Type III hard anodized finish
- Long-lasting metal push button
- IP68-rated waterproof
- Submersible to 6.6'
- Impact rated to 3.3'
- O-ring sealed, dustproof
- UBS-C charging port
- Runs on 18650 rechargeable (included) or two user-supplied CR123A li-ion batteries
- Textured slip-free handle
- Overheat protection
- Battery level indicator
- Magnetic base
- Includes 2-way pocket clip and lanyard