The Fenix WT26RM is a highly practical rechargeable work light built around two independently usable LEDs, an SFT42R spotlight and an XP-L2 CRI 90 floodlight, giving a maximum output of 2500 lumens and a beam reaching 362m at a peak intensity of 32822 candela on spotlight mode. A red auxiliary light preserves night vision and offers a flashing signal mode. Runtime extends to 69.35 hours on its lowest setting, drawing power from a Fenix ARB-L21-5000 V2.0 21700 battery that recharges via a USB-C port built into the light itself, so there's no need to remove the cell to top it up. A 360° rotatable magnetic stand, hanging hook, and tripod mount let the light be set up hands-free in almost any position at a job site, while an IP66 rating and impact resistance to 1m keep it working through dust, rain and drops.
Features
Multiple Mounting Options: A magnetic base, hanging hook, tripod thread and adjustable stand mean it can be set up hands-free in almost any position on site.
USB-C Rechargeable: Charges through a USB-C port built into the light, so the battery never needs to be removed to top up.
Red Auxiliary Light: A dedicated red light preserves night vision or signals without switching on the main beam.
IP66 and Impact Resistant: Sealed against dust and heavy rain and rated to survive a 1m drop.
Package Includes
1 x Fenix WT26RM
1 x Fenix ARB-L21-5000 V2.0 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
Feature
Details
Primary Light Sources
Floodlight: 1 x XP-L2 CRI 90 5000K LED Spotlight: 1 x SFT42R 6500K LED
Auxiliary Light Source
1 x Red Light Source
Power Source
1 x Fenix ARB-L21-5000 V2.0 Protected Rechargeable 21700 Li-ion Battery
Recharging Method
USB Type-C
Warranty (Torch)
5 years
Warranty (Battery)
1 year
Warranty (Accessories)
1 year
ANSI/PLATO FL1 Specifications
Feature
Measurement
Maximum Light Output
2500 lumens
Maximum Runtime
69.35 hours
Maximum Beam Distance
362 metres
Peak Beam Intensity
32822 candela
Impact Resistance
1 metre
Ingress Protection Rating
IP66
Dimensions
Feature
Measurement
Length
122 mm
Width
56 mm
Height
40 mm
Weight
241 g
Additional Data
ANSI/PLATO FL1
Turbo
High
Med
Low
Max Output
2500 lm
1000 lm
350 lm
100 lm
Max Runtime
3h 58min*
5h 31min
8h 37min
29h 49min
Max Beam Distance
362 m
227 m
136 m
69 m
Peak Beam Intensity
32822 cd
12976 cd
4646 cd
1193 cd
Note: According to the ANSI/PLATO FL1 standard, the above specifications are from the results produced by Fenix through its laboratory testing using one ARB-L21-5000 V2.0 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.
ANSI/PLATO FL1
High
Med
Low
Max Output
600 lm
250 lm
30 lm
Max Runtime
3h 10min
11h 57min
69h 21min
Max Beam Distance
54 m
32 m
11 m
Peak Beam Intensity
732 cd
263 cd
30 cd
Note: According to the ANSI/PLATO FL1 standard, the above specifications are from the results produced by Fenix through its laboratory testing using one ARB-L21-5000 V2.0 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.
ANSI/PLATO FL1
Constant-on
Flashing
Max Output
40 lm
3 Hz
Max Runtime
15h 58min
—
Max Beam Distance
11 m
—
Peak Beam Intensity
30 cd
—
Note: According to the ANSI/PLATO FL1 standard, the above specifications are from the results produced by Fenix through its laboratory testing using one ARB-L21-5000 V2.0 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.
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.
Read more
The actual output of the torch/headlamp is controlled by an in-built temperature regulation system. As the torch/headlamp heats up, the brightness will drop to prevent overheating. The Turbo modes of torches/headlamps usually drop down significantly after anything from 15 seconds to 2 minutes. High modes often also experience a drop down over time. Medium and Low modes, however, can be constant for very close to the length of time specified. As the torch/headlamp cools down, either from being turned off or from being used on a lower output level, you will be able to access higher brightness levels again.
Example: An output of 2000 lumens and runtime of 5 hours does not mean 2000 lumens for 5 hours — it means it starts at 2000 lumens and drops below 200 lumens after 5 hours of continuous use.
Turbo and high modes may be unavailable or limited as the battery gets low on charge.
Exact specifications can vary between torches, batteries, age and environments.
