LD60

The Fenix LD60 outdoor flashlight provides unmatched performance and flexibility  with three light sources. Thanks to the  separate circuit design, the LD60 works well even when one or two LEDs are  not powered. Utilizing three Cree  XM-L2 LEDs, the LD60 offers a maximum output of 2800 Lumens while a single press on the side  switch is all you need for output selection and instant strobe.

  1. 5-Year Warranty
  2. Max 2800 Lumens
  3. 150h Battery Runtime
  4. 460m Beam Distance
  5. Waterproof up to 2m

  • Utilises three Cree XM-L2 (U2) LEDs with a lifespan of 50,000 hours
  • Powered by three 18650 rechargeable Li-ion batteries or six 3V CR123ALithium batteries
  • 155mm (length) x 63mm (head diameter) x 46mm (tube diameter)
  • 364 gram weight (excluding batteries)
  • Triple LEDs with separate circuit design
  • Intuitive one-button operation
  • Camera tripod mountable
  • Digitally regulated output – maintains constant brightness
  • Reverse polarity protection guards against improper battery installation
  • Over-heat protection to avoid high-temperature of the surface
  • Made of durable aircraft-grade aluminum
  • Premium Type III hard-anodized anti-abrasive finish
  • Toughened ultra-clear glass lens with anti-reflective coating

FAQs about Fenix LD60

What is the product positioning of LD60 and who are the target customers?
The LD60 outdoor flashlight provides unmatched performance and flexibility with triple Cree XM-L2 (U2) LEDs and the separate circuit design, which fits for various scenarios such as hiking, camping, caving, rescuing, etc.

What are the key features and benefits of LD60?

  • 2800-lumen max output
  • Triple LEDs with separate circuit design
  • Compact construction
  • Intuitive one-button operation

What’s the difference between the “separate circuit” and common “parallel circuit”?
When it is not fully loaded with batteries, the flashlight with common parallel circuit can be turned on, but over discharging will shorten the lifespan of the battery and may easily cause potential dangers such as battery explosion.

Equally, the LD60 employs triple LEDs with separate circuit, designed to avoid over discharging under the same condition since each LED can light up when loading certain battery (batteries) in the corresponding battery compartment.

Why does the output of the three LEDs of my LD60 differ from each other in sometimes?
Due to the separate circuit design, the output of the three LEDs may vary when the flashlight is loaded with batteries of different capacity.