Date ordered | 2013/06/28 |
Date received | 2013/07/22 |
Price paid | $45 |
From | International Outdoor Store |
Manufacturer/Vendor Specifications
Dimensions | 155mm X 37.8mm X 54.8mm |
Emitter | XM-L2 U2 1A |
Modes | Firefly (5mA) -> Low (2%) -> Medium (25%) -> High (100%, 3.04A), memory sets after 2 seconds |
Driver | Qlite Rev.A 7135*8, 17mm |
Battery | 3xAA w/carrier, 26650 under 67mm |
Switch | tailcap reverse clicky |
Lens | AR glass |
Pill | Integrated pill, direct thermal path from MCPCB to cooling fins |
Reviewer Specifications
Driver | 21.5mm |
Lens | 49.5mm |
Anodized threads | Yes |
Tailstands | Yes |
Lanyard | Yes |
Images
I'm still learning how to setup and shoot macros in my lightbox, and the white balance is horrible. It's too dark and red.
The steel bezel on this light is flat, so be careful when standing it on its head because you may not notice if it's on. The ridges along the body and tailcap don't quite line up. That tail cap looks like it will make it tailstand well.
And it does.
Unfortunately the bezel has a blemish above the warning.
When the tailcap comes off, the AA battery carrier is exposed. I've already put Superlube on the threads.
Here's what the threads really look like when it arrives. Dry. The inside of the battery tube is anodized.
Here's the guts.
Here's a better shot of the inside of the tailcap. Its threads are anodized too. That's not a scratch at 11:00, it's lint.
Now it's time to inspect the "unihead". There's no separate pill. The MCPCB and driver are mounted directly to the head which creates a direct thermal path. The driver is held in with a 21.5mm OD retaining ring. These threads were dry too.
At the bottom of this picture is the bezel. The bezel has slip-fit o-ring design like the head does in the image above. Above it is the lens, which is supposed to be AR coated, but I can't see it. Then there's reflector. Around the edge of the reflector is another o-ring, which is also of the slip-fit design.
This shows how the o-ring fits between the reflector and the head. The lens is on top. Can you see the AR coating?? Another BLF member says he saw the AR coating, and that's it's barely visible.
I haven't measured it yet, but I'm pretty sure this is a 20mm MCPCB. The only downside of unihead construction is that it's harder to reach the MCPCB. Too bad it's not a Noctigon.
Battery Fitment
One of the big attractions to this light was being able to use anything from a trio of AAA's in adapters to a 26650. Unfortunately the battery tube isn't long enough to fit protected cells. According to Hank of Intl-Outdoor, the XinTD X3 can only fit cells up to 67mm long.
Cell | Results |
---|---|
Eneloop AA's | Works, but high mode isn't fully achieved. |
Eneloop AAA's | Testing to follow...need more AA adapters. |
Amazon Basics AAA's | Testing to follow...need more AA adapters. |
MNKE IMR26650, unprotected, button top | Works, but the first time it turned on when tailcap was screwed on, and it wouldn't change modes. It worked normally when I re-tightened the tailcap. |
King Kong INR26650, unprotected, button top | Works. |
King Kong ICR26650, unprotected, flat top | Works. |
Trustfire flames ICR26650, protected, button top | Untested. It sticks so far out of the tailcap that I won't risk going further. |
Keeppower ICR26650, protected, button top | Untested. It sticks so far out of the tailcap that I won't risk going further. |
Tailcap Testing
Cell | Firefly | Low | Medium | High |
---|---|---|---|---|
Eneloop AA's | 4.7mA | 16mA | 67mA | 2.1A |
Trustfire flames ICR26650, protected, button top | 4.98mA | 16.85mA | 70.9mA | 3.02A |
Construction
The unihead construction gets rid of the standard removable pill and mounts the MCPCB directly to the head. This gives heat a direct thermal path from the MCPCB to the cooling fins. During beamshot testing the XinTD X3 barely warmed up perceptively. As the picture shows below, the MCPCB is a 20mm aluminum MCPCB. It's supposed to have screws to hold down the MCPCB, but they were missing. Hank quickly offered to send out replacement screws when I told him about this. Even though the MCPCB uses screws to hold it in place, it still uses thermal compound (Fujik?), which will make modding more difficult than it should be.
Output
During outdoor beamshot testing, the XinTD X3 compared favorably to the HD2010. It has a wider hotspot that limits throw, has less spill, but has a nicer tint.
These beam shots were done with a fully charged flat top King Kong ICR26650 in the XinTD X3 and fully charged button top King Kong INR26650 in the HD2010. The HD2010 has Ultrafire branding with an XM-L T6, purchased from Tmart back when all the East92 drivers were still direct drive, and completely unmodified other than greased threads.
Here is a map of the testing venue.
XinTD X3 vs. HD2010 @61.45 meters
XinTD X3 vs. HD2010 @89.04 meters
XinTD X3 vs. HD2010 @162.51 meters