Description
The Fenix HM71R V2.0 is a multi-purpose headlamp built for industrial and other demanding working environments, delivering a maximum output of 3500 lumens and a beam distance of 275 metres, with a peak intensity of 18880 candela. Spotlight, floodlight and red auxiliary light cover a wide range of scenarios, driven by a Luminus SFT-60 LED (spot), a Luminus SST-20F LED (flood), and two HFL1-R red LEDs. Powered by an included Fenix ARB-L21-5500 21700 lithium-ion battery, it offers a maximum runtime of 337 hours on the low floodlight mode, recharging through a USB-C port in around 2 hours from empty. A toggle switch paired with an electronic switch keeps operation simple, while a magnetic tail and detachable lamp body allow flexible mounting on or off the head. Rated IP68 with 2-metre impact resistance.
Features
- High Output, Long Throw: Delivers 3500 lumens and a beam distance of 275 metres, with a peak intensity of 18880 candela.
- Multiple Light Modes: Spotlight, floodlight and red auxiliary light cover a wide range of complex outdoor and industrial scenarios.
- Extended Runtime: Runs for up to 337 hours on its lowest setting, powered by an included Fenix ARB-L21-5500 21700 lithium-ion battery.
- Magnetic and Detachable: A magnetic tail cap and detachable design allow for flexible setups.
Package Includes
- 1 x Fenix HM71R V2.0
- 1 x Fenix ARB-L21-5500 5500mAh Protected Rechargeable 21700 Li-ion Battery
- 1 x USB Charging Cable (USB-A to USB-C)
- 1 x Spare O-ring
- 1 x User Manual
Key Information
ANSI/PLATO FL1 Specifications
Dimensions
Additional Data
Note: According to the ANSI/PLATO FL1 standard, the above specifications are from the results produced by Fenix through its laboratory testing using one Fenix ARB-L21-5500 battery under the temperature of 21±3°C and humidity of 50% - 80%. The true performance of this product may vary according to different working environments and the actual battery used.
*The Turbo output is measured in total of runtime including output at reduced levels due to temperature or protection mechanism in the design.
*The Turbo output is measured in total of runtime including output at reduced levels due to temperature or protection mechanism in the design.
Performance and Runtime Disclaimer
How to read the data: The outputs provided above are maximum outputs for each mode, and the runtimes provided are the time it takes to drop to 10% of the initial output. This is in line with the International Flashlight Testing Standard ANSI FL1.
Any visual representations (graphs) of the data are approximate only.
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