Fenix E28R compact 1500 lumen USB-C rechargeable EDC torch

66g, 1500 Lumens: The Fenix E28R is a compact rechargeable torch perfect for adding to your everyday carry gear. It is rechargeable via USB Type-C and runs on one single 18650 battery (included) or two CR123A batteries. It is powerful for its size with long runtimes and a max output of 1500 lumens and 200 metres maximum beam distance. This torch has 5 brightness levels as well as a strobe mode which can all be accessed via the convenient side switch. The Fenix E28R is a great go-to everyday carry torch. ARB-L 18-3400 18650 rechargeable Li-ion battery included.

Features

• 1500 lumens maximum output and 200 metres maximum beam distance.
• Utilises Luminus SST40 cool white LED with a lifespan of 50,000 hours.
• USB Type-C fast charging
• Ultra-thin optical lens for soft and balanced beam.
• Compact size perfect for outdoor activities and everyday carry
• Simple output selection with side switch.
• Five brightness levels and strobe mode
• Extra-large capacity battery for longer runtimes
• Accurate and reliable battery status
• Boot-up battery level indication and low-voltage warning.
• Made of A6061-T6 aluminium.
• IP68 waterproof rating
• Package Includes:
• 1 x Fenix E28R
• 1 x ARB-L 18-3400 18650 rechargeable Li-ion battery
• 1 x USB Type-C fast charging cable
• 1 x Lanyard
• 1 x Spare O-ring

Specifications:

• LED: Luminus SST40 cool white LED
• Runs On: 1 x 18650 rechargeable Li-ion battery (included) or compatible with two CR123A Lithium batteries
• Max beam distance: 200m
• Peak beam intensity: 9433cd
• Brightness Output:
  
  • Eco: 30 Lumens - 73 H 35 Mins
  • Low: 150 Lumens - 17 H 15 Mins
  • Medium: 350 Lumens - 6 Hours
  • High: 800 Lumens - 2H 30 Mins
  • Turbo: 1500 Lumens - 2H 5 Mins*
  • Strobe: 1500 Lumens
• Impact resistant: 1 m
• Waterproof: IP68
• Dimensions:
  • Length - 109mm
  • Head Diameter - 26.5mm
  • Body Diameter - 22.6mm
• Weight: 66g (Without battery)
  
  

*The turbo output is measured in total runtime including output at reduced levels due to temperature or protection mechanisms in the design.