Is the L2r the Forgotten Stepchild in the Solarforce Family?
One of the things that makes P60 flashlights so popular is the seemingly endless battery/drop-in combinations available. If it's an XR-E run-time champ you need or an SST-90 bazooka you don't need, virtually anything one can imagine and everything in between can be created using a P60 host. I've been flummoxed however, even two months after purchasing this L2r, about which direction I wanted to go with this particular light. During that time, I found the L2r's long body easy to hold while creating Foybezels. Every bezel I made came to life on the front of this (until now, empty) torch but after weeks sitting hollow on a shelf, I decided this flashlight needed a soul.
The bottom line if you don't wana hear Foy ramble: You could do a whole lot worse for $22. (total build cost) This is a rugged, versatile, handsome and very bright flashlight. If 14500 Li-on fit into your scheme and you don't mind minding the safety this chemistry demands, you would be hard pressed to find a higher quality, more attractive and better performing torch for the money.
battery: 2 x AA or equivalent
switch: tail cap/reverse clicky/tailstand
modes: 5-mode - high/medium/low/fast strobe/SOS
LED: Cree XP-G R5
lens: coated glass
sources
host: Solarforce http://www.solarforce-sales.com/product_detail.php?t=FB&s=8&id=24
$9.99
drop-in: Manafont http://www.manafont.com/product_info.php/ultrafire-cree-r5-5mode-memory-led-dropin-module-42v-18v-p-4052
$11.90
total build: (without bezel/boot upgrade or batteries)
$21.89
what I like:
- solid feel of quality
- knurling
- looks
- P60 lego-ability
what I do not like: mostly related to using Li-on batteries
- can get warm with 2 x 14500
- there are easier ways to get this kind of flashlight performance
- up front battery cost (14500 as compared to 2 AA use)
I must report another development that occurred during this evaluation that I now suspect may be a bad battery. I turned the light on high to measure run time while wrting this review. About 50 minutes later the light turned itself off and I immediately measured each cell over the following time period:
10:42 cell #1: 3.17 volts cell #2: 3.61 volts
10:45 cell #1: 3.21 volts cell #2: 3.61 volts
10:51 cell #1: 3.25 volts cell # 2: 3.62 volts
11:01 cell #1: 3.29 volts cell #2: 3.62 volts
11:08 cell #1: 3.31 volts cell #2: 3.62 volts
11:19 cell #1: 3.33 volts cell #2: 3.62 volts
11:26 cell #1: 3.34 volts cell # 2: 3.62 volts
These two cells recharged just fine and are testing within .02 of each other now so, we'll see.
Yep - got a bad battery. #1 will not even test after another run down. Just another reason to stay on top of Li-on batteries.
I am quite inexperienced and if this isn't an issue then so be it. I do know that different states of charge in a multi Li-on configuration can be disastrous. With two other identical Trust Fire 14500 batteries (purchased at the same time) I got 1:36 uninterupted run time with negligible heat issues. I have go finish a honey-do so I'll post the run-down volts on those two batteries later today.
The other two batteries ran down evenly without issues. With this drop-in, the light does not dim as the battery loses voltage; it just shuts off. I'm still trying to determine what voltage that is.
If you're not familiar with this form factor you are going to love how the L2r feels in the hand. It has the substantial heft I like, common to all Solarforce lights but unlike the more expensive L2/L2P, the knurling on the L2r is real. Interesting that the least costly Solarforce lights (the L2i has this knurling too) have the same build quality but with Surefire-serious knurling.
I must (sadly) calls it likes I sees it when it comes to aluminum machining and to be frank, I'm making a bigger deal out of this than the issue warrants. But, I must report what stands out to me and it's only because Solarforce normally does so well in this regard that I even bring it up. On one side, the knurling cuts continue into the flat area where the name is printed. The above picture is one side of this L2r and is indicative of typical Solarforce machine quality. Below is the other side and it's the only Solarforce light I have that looks like this. Certainly not a deal killer but it is these kind of bug-a-boos collectively, that determine overall quality. I complained about this non-issue on lesser lights (The Ultra Fire WF-503B was much worse) and I say it now with the L2r.
As you can see, even tail caps cannot escape being Foyed. Incidentally, the CEO has approved this for release so, look for it at you nearest Solarforce retail supercenter.
The above shows the superb knurling that runs nearly the entire length of the light.
Top quality lathe work is evident even inside the head.
Looks like a thread cleaning is in order.
The L2r is not IPX rated but per Foy protocol it took a shower with Foy followed by a 30 minute immersion in the sink while I dried off, dressed and had a few chicken fingers left over from going to Raising Cane's. (nearly as good cold as they were the night before)
The L2r ships from Solarforce with this crenulated bezel. It has since been Foyed and currently resides on my black L2.
Below are beam shots comparing this L2r/R5/2 x 14500 combination with a P7 and an MC-E. All pictures taken in my back yard, cactus plant is 55 feet away (I promise to find a new beam shot location soon) and canera settings are 1/4 second shutter speed @ f2.8.
First is a 3-mode Cree MC-E (3.7-4.2 volts/OP reflector) from Manafont hosted in a silver Solarforce L2.
Next is a single mode P7 drop-in from Solaforce (3-6 volts/OP reflector) hosted in a Surefire 6P. (2 x CR123)
Now the L2r with the 5-mode Ultra Fire XP-G R5 (4.2-8.4 volt/OP reflector) with 2 x Trust Fire 14500 900mAh Li-on.
Probably not the best comparison because I'm using an SMO on the L2r but it's plain to see these batteries really woke this flashlight up, giving it some serious punch.
Gotta go finish a honey-do so I'll finish later today . . .
With two 14500 Li-on batteries this L2r is now a usefull flashlight. I love the quality, the beam pattern and the output. This configuration may not be for everybody but I like now having a flashlight that can stand on its own in terms of useful performance in a high quality package.
thanksforwatchingFoy