I received the Fenix CL25R from FastTech.com for the review
Here is the purchase link
The CL25R is a 18650 powered lantern from Fenix with NW tint, and rechargeable capability.
The light comes in this box, with an included Fenix 18650 2300mAh battery.
The CL25R has the typical cylindrical look of many lanterns.
The CL25R measures 10x5.2 cm, and weights 130 grams without the battery.
As you can see in the pic below, it's quite a compact lantern.
On the top of the light there is a metal D-ring for attaching the light to ropes and carabiners, a micro USB port for charging the cell (covered by a rubber cover), and the switch with a GITD rubber cover. The light can work while being charged, but only at low and mid mode.
The vertical surface is plastic with a frosted look.
The bottom of the lantern hosts the tailcap of the lantern, which has a tripod screw thread
Inside the tailcap there is a magnet that allows to attach the CL25R to metallic surfaces
At an outer look, the NW LEDs seems well distributed around the vertical surface, while the red ones are in the central part.
UI
http://www.fenixtactical.com/manuals/fenix-cl25r-1-manual.pdf
Beamshots
To be published. I have little time and making beamshot of a Lantern is a nightmare.
The tint is a pleasant, not too cool NW.
Output and runtime
Both tested with the provided Fenix 18650 2300mAh battery.
My thoughts
The CL25R is well made and finished.
The CL25R is able to produce a soft, well distributed and NW beam for illuminating small rooms or settings. The output is on the low side, promoting the runtimes of the lantern which I supposed is marketed for hikers/backpackers/camping guys.
I like the additional attaching capabilities, behind the usual standing / D-ring ones, as well as the convenient UI and the small size (it can fit in the pocket of a jacket).
I wish the CL25R had more output, more red levels.
Remember that there are commercially available 3500mAh 18650 cells, which should give you around 35% more runtime than the one I got in my runtime tests using the 2300mAh provided cell.
Thanks to: AntoLed for the camera help and the luxmeter.
Here is the purchase link
The CL25R is a 18650 powered lantern from Fenix with NW tint, and rechargeable capability.
The light comes in this box, with an included Fenix 18650 2300mAh battery.
The CL25R has the typical cylindrical look of many lanterns.
The CL25R measures 10x5.2 cm, and weights 130 grams without the battery.
As you can see in the pic below, it's quite a compact lantern.
On the top of the light there is a metal D-ring for attaching the light to ropes and carabiners, a micro USB port for charging the cell (covered by a rubber cover), and the switch with a GITD rubber cover. The light can work while being charged, but only at low and mid mode.
The vertical surface is plastic with a frosted look.
The bottom of the lantern hosts the tailcap of the lantern, which has a tripod screw thread
Inside the tailcap there is a magnet that allows to attach the CL25R to metallic surfaces
At an outer look, the NW LEDs seems well distributed around the vertical surface, while the red ones are in the central part.
UI
http://www.fenixtactical.com/manuals/fenix-cl25r-1-manual.pdf
Beamshots
To be published. I have little time and making beamshot of a Lantern is a nightmare.
The tint is a pleasant, not too cool NW.
Output and runtime
Both tested with the provided Fenix 18650 2300mAh battery.
My thoughts
The CL25R is well made and finished.
The CL25R is able to produce a soft, well distributed and NW beam for illuminating small rooms or settings. The output is on the low side, promoting the runtimes of the lantern which I supposed is marketed for hikers/backpackers/camping guys.
I like the additional attaching capabilities, behind the usual standing / D-ring ones, as well as the convenient UI and the small size (it can fit in the pocket of a jacket).
I wish the CL25R had more output, more red levels.
Remember that there are commercially available 3500mAh 18650 cells, which should give you around 35% more runtime than the one I got in my runtime tests using the 2300mAh provided cell.
Thanks to: AntoLed for the camera help and the luxmeter.
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