750 Lumen Fenix Rechargeable Flashlight

$64.95
SKU: E18R
This 750 Lumen Fenix Rechargeable Flashlight features 5 Lighting Modes, a Magnetic Charger, Battery Life Indicator Light, Magnetic Bottom, Metal Body Clip and Key Ring Hole. Due to it's Ultra Compact Size this Bright Flashlight it is only about as tall as a AA battery.

 Features1:

  • 5 Lighting Modes: Turbo, High, Medium, Low and Strobe
  • Ultra Compact Size: slightly taller than a AA battery
  • Battery Life Indicator Light: easily check the battery level by tapping the power button
  • Magnetic Absorption Charging: when the cable is held close to the charging port on the light it will snap on and begin charging
  • Easy Single Button Operation
  • Three Ways to Prevent Accidentally Turning On the Light:
    • Double click the power button to lock/unlock the light
    • Cover the power button by rotating the body clip
    • The power button is the same height and surrounded by a metal ring
  • Metal Body Clip
  • Magnetic Bottom
  • Key Ring Hole
  • Flat Bottom: to stand the light on a flat surface
  • Cree XP-L HI LED
  • Optical Lens
  • Multiple Battery Options: can use a rechargeable or disposable battery
  • 446.2ft (136m) beam distance
  • 4660 Candela Peak Beam Intensity
  • Impact Resistance is rated at 1 meter (3.28 feet)
  • IP68 Rating

 

Lighting Modes and Run Times2:

  • Turbo: 750 Lumens; 45 min. run time
  • High: 150 Lumens; 2 hour and 35 min. run time
  • Medium: 30 Lumens; 13 hour and 50 min. run time
  • Low: 5 Lumens; 70 hour run time
  • Strobe: 750 Lumens

 

Dimensions: 2.36" Lenth x 0.83" Head Diameter x 0.78" Body Diameter (60mm x 21mm x 20mm)

Weight (without Battery): 1.17oz (33.3g)

Powered by: (1) 16340 Li-Ion Battery or (2) CR123A Lithium Batteries

 

The box includes a 750 Lumen Fenix E18R Flashlight, ARB-L16-700P Rechargeable Li-Ion Battery, Magnetic Charging Cable, Key Ring, Lanyard, Spare O-ring and User Manual.

 

 

1. If a CR123A battery is used some features are not available or will be limited.

2. The run times are approximate and depend on factors such as batteries, environment, etc.