Folks,
This is a short review of three OEM hosts I recently purchased from Ric at fancyflashlights.com (retail site of CNqualitygoods.com). Warning...pictures taken were with my phone while at my workbench and are not the best...
Short summery: Each of them impressed the heck out of me and was far and away better quality than most budget lights I've dealt with before. Since these are only hosts, I'm strictly speaking of machining, finish, and design. Shipping was also a speedy 12 days to the USA
I'll go into detail a bit on each below:
C8 Upgrade Edition 1x18650/2x16340 Flashlight Host Kit For XML or XPG
First up is a C8 host that can be had with your choice of reflectors. Those choices are either smooth or OP for either xpg/xpg2 or XML. If you look on the site it says OP or Mill, where Mill in this case is Smooth. I went with the smooth xpg reflector due to wanting to use an xpg2.
Couple of quick notes about this host:
- Machining was excellent, as well as the other two
- The pill uses a brass retaining ring to hold a 17mm driver, that is pressed into the pill.
- The specs state that it needs a 16mm star for the emitter, but only a slight bit of filing was needed to fit a 20mm star.
- The host came with all O-rings in place and a very light coat of lube.
- There were a couple of small flecks on the reflector, but were unnoticeable in testing/usage.
- The finish is HA II, as stated. Despite not being as rugged as HA III, the finish was flawless as received and very attractive.
This host was assembled using a Cree XP-G 2 (from cutter.com.au) emitter on a 20mm star and a KD 6x7135 V2 driver. The parts as delivered looked like this:
Notice in the above picture a spring, as well as a plastic centering insulator and sticker was included. I didn't use the sticker (blob of square white in the above photo), but did use the plastic piece and it worked great.
Here is a close-up of the tail switch once disassembled:
And one more close-up of the switch itself:
The switch seems to be an Omten 1.5a @ 250v PBS-101. I can't comment on max current for the switch, but it's holding up to the 2.2a I'm feeding it just fine.
Here are a few shots of the pill itself:
As you can see, the aluminum is nice and thick where the emitter would sit, and there is plenty of room for deep drivers on the back side. The only thing of note here is that I did a little file work around the wire holes to the emitter to remove the splay leftover from drilling.
Here above you can see the KD driver fitted to the pill. Now that brass ring can be soldered beforehand to the driver, and then both press fit to the pill. I found that unnecessary, and simply pressed the brass ring into the pill and proceeded with the driver install. The driver only needed a slight touch with a file to fit perfectly, and excellent contact was made without any soldering to the ring.
Above you can see the pill installed in the head. As mentioned earlier, even though the specs say a 16mm star must be used, I found that a 20mm will fit perfectly with just a little bit of filing around the edges.
As for the final results? Using the above mentioned XP-G2 @ 2.2amps, the beam was extremely throwy yet had surprisingly useful spill...much more so than a A60. The test results are as follows:
OTF Lumens = 435
Lux = 38.7kcd
A shot of the host in hand:
Final thoughts on this host: Of the three it was by far the easiest to assemble mainly due to the driver ring. Fit and finish was excellent along with the beam. Please note, while looking at a white wall the beam did appear a bit ringy, but not noticeable outside during actual usage. Due to an impatient co-worker wanting to buy this one (actually he bought all three), no beamshots are available. Although I was impressed enough with it to purchase again.
Next host up for review is this:
OEM D4 HAIII 1x18650 CREE XM-L T6 Flashlight Host Kit
Of the three OEM hosts reviewed here, this one impressed me the most. Not that the others were bad mind you, but every part of this one exudes quality. True HA III coating (passed my scratch test with my EL-01), Beefy pill, beautiful checkering, smooth threading, and well thought out engineering. If there was a contest, this host would be voted "most likely to survive a wayward shotgun blast while looking good doing it".
Speaking of engineering, take for example the ends (both ends) of the body:
Anodizing covering all of the threading, and the addition of a brass ring to keep the wear and tear off of the bare aluminum. Brilliant! Here are the head components:
And tail components:
And a close-up of the switch:
Using a 3 amp KD 8x7135 V2 driver, the switch showed no issues with the current.
Let's take a closer look at the pill:
Big solid chuck of brass. True, it would be better if it was copper...or had a built in peltier chiller for that matter, but for a non-custom pill it's definitely a notch above the rest. Again, this flashlight host lists a 16mm star as required, but as you'll see it was made for a 20mm star. Also, if you notice in the above photo the small brass driver retaining ring. This is an outstanding solution to driver retention IF and only if...you have a driver suitable for it design (i.e. - no components on the base side). Since I used a 8x7135 KD V2 driver, the ring was a no-go. Retention was achieved by a few well placed solder blobs. This alone is my only knock against this host, for the selection of drives suited to this style are few...while 7135 based drivers are all over the place.
Also worth pointing out - not only does a 20mm star mounted emitter fit perfectly on top, but there are already screw holes for extra physical retention.
Above you'll see an XM-L T5 NW emitter held very securely in place by using the aforementioned screw holes. No screws were supplied, but if you've ever taken apart a laptop you'll find those little machine screws fit perfectly:
The only extra step needed if using the screws is to file down the sides and the small area around the pill where the screws will sit as shown in the above photo.
Here is a shot of the reflector as compared to a standard P60 reflector:
A shot of the host in hand:
Final thoughts on this host:
- When asking about a dozen co-workers which host they liked the best, those that didn't run away from with screaming all picked this one. Like the Goldie-locks fairy tale, this one wasn't too big or too small, but just right. Final numbers with T5 NW emitter and 8x7135 KD driver are:
OTF Lumens = 697
lux = 14.4kcd
Last host up for review is this one:
1x18650 Black HAIII Straight Tube Flashlight Host Kit for XM-L T6
Think of this host as a UF 2100 done right. True HAIII coating (again, passed the EL-01 scratch test), square cut threads, dual O-rings at each end, and a solid brass pill make this a solid small 18650 choice.
If you notice in the above picture, it shows it delivered with the tailswitch in pieces. This is not the case, and was fully soldered and working when it arrived.
Here are the requisite components unscrewed from the head:
Notice the same brass driver retention ring is employed in the pill. Again, great idea...if the right driver is used. Since I used a 8x7135 driver, I did not use the ring and simply soldered to the edges which works just fine.
Here is the switch as removed from the tailcap. One interesting thing is that the switch is firmly attached the the brass screw insert and would take a bit of persuasion to remove. Good thing is, the switch appears to be a quality part and held up to 3 amps just fine.
Here's a shot of this wee 18650 host in hand:
This little guy was assembled using an XM-L T6 emitter and a 8x7135 driver and yielded the following:
OTF lumens = 725.7
lux = 6,120cd
Final thoughts on this host: Comparing it to either a Yezl or UF 2100, this host wins easily hands down. The quality is that much better. Comparing it to the Shiningbeam S-Mini however, things get a little more interesting. Both are HAIII and well built, but the S-mini is slightly slimmer with thinner walls and a less substantial pill - which is perfect for what it was designed for (emitter ~ 1amp). However, if one wanted to see full potential out of an XM-L, this host and it's larger/thicker pill should allow for a larger thermal window. Granted, at 3 amps, it still gets warm really fast. Of the three hosts here, this is the one I carried personally for all of a day and a half before the entire lot was bought.
Well, there you have it. If you're looking to build your own flashlight with the driver and emitter of your choice, each of these hosts would be a great starting point and would net you a flashlight of much higher quality than the price would suggest. All three were a pleasure to assemble, and now that I no longer own any of them I will be ordering (multiple) replacements.
Also don't forget that one could have their own name printed on the side! "Match's Mods", "Nadzonfire", "Boaz's Blaster", "Foy'sLight", "Clipper's Candle" or "The ChicagoX Darkon Destroyer".... The possibilities are endless! :)
If you have any questions, please feel free to ask.
Thanks for reading,
-Match