Tag: LED Flashlight

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Wurkkos TS12 Review (Budget Pocket Thrower!)

Today I am taking a look at the Wurkkos TS12, a small pocket thrower with onboard USB-C charging. It’s using a new YLX N3535B round LED and is powered by a 14500 battery all for a bargain price. Thanks to Wurkkos for sending this to me to review any discounts or coupons I have will be in the description.

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Get your own Wurkkos TS12 for a discount at https://wurkkos.com/products/wurkkos-ts12-mini-edc-flashlight,-1050lm-432meters-powerful-rechargeable-light-with-bezel?DIST=REJCFVQ%3D&VariantsId=11017

 

Packaging & Accessories

Wurkkos packaging on recent models has been a lot nicer and this is no exception, it’s a full color slip with technical specs on the back over a white box with magnetic closures, a sticker on the end of the box let’s you know what the specs of your model are. The light ships with a few accessories, a generic lanyard, 2 spare orings for the tail cap, and USB-A to USB-C charging cable. You can get it with a 900mAh 14500 for an additional $2 which is worth doing in my opinion.

 

Construction & Design

The TS12 is made from 6061 aluminum and anodized in black. The light is a mini thrower and has a form factor similar to the Lumintop GTmini, but with a bit more of a tactical feel. The tailcap is flat and magnetic so it tailstands without a problem. In the hand the deeper groves provide decent grip for a light with no knurling on it. There is only a spring in the tail cap, threads are standard ACME cut and the head and body tube are all one piece. 

The button has a silicone cover, with an LED in it’s center that’s used for a charge status indicator. The USB charging port on the rear is small, not all your USB-C cables will fit due to width restrictions. The front bezel is aluminum I believe and anodized in a gunmetal finish and glued in place. The front lens is thick glass, and below it is a deep smooth reflector with a small round LED in the center. 

 

UI

The light has two UI modes, a stepped that it ships in by default and a ramping option that you can switch to. Stepped mode is a very traditional flashlight interface, simple click to turn on, long press to go up through the 3 main modes, double press to go to turbo, and triple press to go to the blinking modes. Once in the blinking modes, you can double press to move between strobe, SOS, and Beacon modes. The light also has moon mode which you can access from off by long pressing. 

 

To switch to ramping mode when on click 4 times to switch between mode groups, the light will flashlight to confirm. 

 

Ramping mode works like you think with double click to turbo, and triple click to strobe although when ramping if you hit peak output the light will reset down to low instead of stopping. Not idea IMHO.

 

Retention

For retention, there is a small lanyard hole in the tailcap for the included generic lanyard. The light looks like it’s designed for a clip to attach at the rear however one is not included. I like it’s slightly longer length than the GTNano I have since the body tube is a little longer. 

 

Size & Weight

I measured the length at 90.9mm, body diameter at 20mm, and head diameter at 33mm. Weight with the battery came in at 2.61oz. The light is IPX8 water rated and drop rated for 1M. 

 

LED & Beam

The Wurkkos TS12 is using a new LED the YLX N3535B  which is round instead of square. There isn’t much information available for this LED that I can find, but from testing, I can tell you my example is 5536k and 57Ra on my Opple Meter. Its tint is more yellow in DUV than we see from most other LED’s. To my eye, it looks yellow-green but that doesn’t show up on the meter much. In a thrower, we typically don’t care as much about high CRI so this isn’t as big of deal. It’s something I would notice though if using it on something reflective like snow. The beam has a small hot center, and a few diffused rings in it. The spill has a small area around the hot spot where it’s reasonably intense and then a huge drop-off for everything past that. I don’t notice much of a difference here with the LED being round vs. square and having optics. There is fast PWM in the light.

 

Outputs

My measured outputs (On my TexasAce LumenTube) were generally pretty close to what was claimed by Wurkkos for the TS12.The exception was Turbo at the standard FL1 reading of 30 seconds was 844 lumens instead of the 1050 lumens claimed. I saw 1050 lumens but only on the very initial startup output. 

 

Heat & Runtime

Turbo stepdown on the TS12 is pretty significant and occurs pretty quickly. It goes from a peak near 1050 lumens to around 300 lumens in 90 seconds. I do wish it could sustain more lumens for longer. Peak heat was around the 15-minute mark at 46C which is warm but won’t burn you. Around the 35-minute mark on out to an hour, the light began to sea saw in output, too slowly to see with the eye but enough to see in the graph before running on low. While the light stayed on (but in a very low output) for another 90 minutes, when starting in turbo the effective useful runtime is about an hour. Starting in High, you got a lot of more of this sea saw output much sooner and a little bump in effective runtime. In medium, it did about 3:20:00 of total runtime and no sea saw output. 

 

Recharging

A couple of notes on charging with the TS12. I found the USB-C port to be a bit narrow, the ID of a USB-C port is 8.1mm wide while the width of the surrounding aluminum for this recessed port is only 11mm so you can’t use a particularly wide cable or an adapter to get there in my experience. The included battery rated at 900mAh and I tested it at 881mAh on my Vapcell S4 Plus charger. This isn’t a light where a high drain battery is required. Charging itself was without issue, and it charged fine with PD charging. I record the light charging in exactly 90 minutes at a maximum charge rate of 0.84A. Full the battery measured at 4.12v which is a little low. LVP kicked in at 2.980v.

 

Conclusion

Pocket throwers have a more limited niche use in a lot of situations. It’s made it hard to justify on price sometimes, but the Wurkkos TS12 delivers a solid mini thrower, with solid performance for a budget price. It’s an easy light to recommend in the pocket thrower class without a lot of strong negatives.

 

Get your own Wurkkos TS12 for a discount at https://wurkkos.com/products/wurkkos-ts12-mini-edc-flashlight,-1050lm-432meters-powerful-rechargeable-light-with-bezel?DIST=REJCFVQ%3D&VariantsId=11017

 

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Olight Arkfeld Review (1000 Lumens, Green Laser, Unique Form Factor)

Most flashlight and laser combinations are designed with a very narrow purpose like a weapon light or are so bad at being both a flashlight or laser that they are hardly worth your time, that is until the Olight Arkfeld arrived on the scene in its unique form factor. Thanks to FlashlightGo.com for sending this to me to look at for review. They are a newer overseas retailer, so check them out.

 

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Use the code Liquidretro to get 5% off. Free Shipping for orders over $100

 

Packaging

The packaging here is Olights normal design with a white box pull tab on top and a tray inside holding the contents. The exterior gives a good description, features, and specs. Included is just the light itself, the Olight MCC Charging cable, and the paper manual.  

A quick note on FlashlightGo I originally ordered the neutral white version of this flashlight but a mistake was made and cool white was sent. They asked if I could just review it instead which I agreed to but said for a customer who had this happen they would replace the order most likely or offer a discount. 

 

Construction & Design

The Arkfeld is made of aluminum and available in numerous colors at this point (Black, OD Green, Desert Tan, Blue, Orange, Lime Green, Pinwheel Gunmetal Gray) and a few other materials at one time I believe. Mine here is in blue aluminum. Its body isn’t round like we are used to on most flashlights, it’s rectangular with curves almost oval shape, and as a result, it carries really nicely in the pocket. 

Upfront it has a thin plastic bezel that protects the glass lens that’s mounted and a bit flexible. On the right-hand side is the flashlight portion and on the left is the laser. I will go over the UI switch and how it works in the next section but know that it works well but isn’t very tactical. The clip at the rear is recessed but sits just inside the MCC charging port. 

 

UI

The user interface of the Arkfeld is a mix of mechanical and familiar UI’s if you have used other Olight flashlights before. At the front end of the light there is a toggle that allows you to switch between Laser or Flashlight mode, it’s not possible to use both at the same time. From there the center button turns on whichever you have selected. The laser is very simple to operate as it only has 1 mode, on or off. 

The flashlight portion uses Olight’s standard interface, and all of the normal shortcuts are there. Single press to turn on in the last used normal mode, Long press to increase the output of the 3 normal modes, Double press to go to turbo, triple press to go to strobe and there is even a moonlight mode if you press and hold from off. To turn everything off you just single press once. If the light or laser is already turned on and you want switch to the other you just rotate the toggle, no need to press the power/mode button.

 

One often looked part of Olight’s UI is the timed modes where when set in these modes the light will automatically shut off in at preset time lengths. The Arkfeld is no exception and has this as an option. Consult the manual for how to enable these, personally, it’s not a feature I really use. 

 

Retention

Retention on the Arkfeld is one of the strong points. On the back of the light there is a long black spring steel clip held on with two Torx screws. This clip is very similar to a “steel flame pattern clip” but with much less of a bend, so your luck may vary on what else might fit here. The clip allows for a pretty deep carry, and plenty of room for the material to fit through it. I found it to be a good clip to carry and had no issues with the light coming on in my pocket accidentally. It was very comfortable to carry in my pocket think of something like an Olight Warrior that’s been squished a bit. The oval shape makes it seem less thick than it is, similar to an OTF knife. 

 

Size & Weight

I measured the length at 4.36”, the diameter at the head at .65” and at the tail .752” width was 0.98”. The weight came in at 3.09oz or 87.7g. The light is IPX7 water and dust rated so it should stay operating in many everyday environments without an issue. Here are some comparisons to other lights of a similar size and things you might have to compare it to. 

 

LED & Beam

The Arkfeld has both an LED flashlight and a green laser. The LED while not specified is mostly like an Osram P9. It’s available in Neutral White and Cool White. I have the cool white here and on my Opple meter it measured in at 6000k at 70 CRI with no significantly negative color cast on DUV. It is good to note here that there was now PWM to speak of on the normal modes. 

The beam is a classic TIR optic, with a reasonably large hotspot, and soft spill. Good for those short and medium-range EDC tasks, perfect for this light’s design. There is a slight bit of clipping on the top and bottom due to the rectangular bezel. 

 

Laser

The green 1 laser inside is a class 1 laser rated at a max output of 0.39mW, so not the brightest that’s offered to civilians by any means but plenty powerful enough for presentations or to bother your cats and dogs. This isn’t a laser where you can see the beam during operation but still powerful enough that you won’t want to shine it at people, pets, or aircraft. 

 

LED Output 

I did test the outputs on my Texas Ace Lumen tube and the results were as advertised for the most part. No complaints there to speak of. All measurements were taken after 30 seconds. 

 

Heat & Runtime

Per my usual here are the runtime graphs I came up. Nothing here is too surprising. The light runs pretty cool hitting a maximum of 35C (95F) during the first 3 minutes of running in turbo. Turbo itself was good for 3 minutes of pretty stable output, and it appears it’s a timed step-down instead of temperature dependent. Overall runtime starting from Turbo was 2:10:00 and when I repeated the same test but in high you only gained about 8 minutes of additional runtime. I didn’t do any runtime for the laser portion itself as my equipment isn’t really setup for this. 

Recharging

The Arkfeld uses Olights MCC3 magnetic recharging system with a connection at the rear of the light. The internally sealed nonuser replaceable 1050mAh lithium polymer battery charged from empty to full in 3:36:00 rather slow for such a small battery. The first hour’s charging speed peaked at 0.9A right at 1 C which is good. My guess is this could safely charge faster but the slower charging speed should help to promote a long battery life for the Arkfeld. 

The light does have an onboard battery indicator via 4 onboard LED’s on the front just below the main UI controls. These all show green when full and slowly decrease when empty. Eventually, the last bar will go red then flash red when it’s just about to shut off. These show up well and are a nice touch. 

 

Conclusion

The Arkfeld takes the idea of a laser and flashlight and puts it in packaging that’s pretty unique compared with what else is on the market. The execution here is good in my opinion. I like this rectangular almost remote-like form factor, it carries well, similar in size to an OTF knife. The controls here work well, are super easy to use and I had no accidental activations. I applaud Olight for offering it in neutral white in many colors too. Glad to see that starting to become the norm with Olight again. 

 

The built-in sealed, non-rechargeable battery isn’t great, especially for the price here, it makes the light/laser consumable and not very sustainable. I always think this harms the lifelong value too since it does put a finite life on the product. 

 

Overall I like the Arkfeld even with those cons, and the price, since it’s an Olight it’s available in many different colors and materials. That’s always a plus for me anytime I have color options other than black, especially in a nontactical light like this. I welcome this out of the box design even with it’s shortcomings and hope we will see more out of the box thinking from Olight in the future. This probably won’t be your only EDC flashlight but I could see it being a nice upgrade to the traditional laser pointer pen style for your pointing needs and have the bonus of being a solid flashlight too. 

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Wuben X-1 Falcon Review (12,000 Lumens, 3X XHP70.2, USB-C)

Today I am taking a look at a new light from Wuben with the X-1 Falcon. What I have here is a preproduction sample, but the light has now been formally announced. Wuben has been around for a while but isn’t super well known. They are not afraid to try things, and they have done that here with the X-1 Falcon. It has 3 Cree XHP 70.2 LED’s and 2 21700 batteries in a side-by-side configuration in a very rectangular package. Thanks to Wuben for sending it my way.

 

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Learn more about the Wuben X-1 at https://www.wubenlight.com/pages/x-1

 

Packaging & Accessories.

Since this was a preproduction light, mine came in a plastic hard case, with a paracord style lanyard and a USB-A to C cable (Who doesn’t have a ton of these at this point 🙂 ). I was also able to request a copy of the manual. I suspect the full version will have the full retail box, Charging cable, Storage bag (According to the manual), and normal paperwork. I will note the manual I have is a little rough in the translations. There looks to be an optional bike mount too. 

 

Construction & Design

The light is made from aluminum and anodized black. It’s a bit of a unique design being a large rectangle. The corners are angled and have extra milling into them as well as milled channels on the sides, top, and bottom for style. To me it’s a “space age design” and kind of reminds me of something you would see in a Sci-Fi movie or something. 

The most unique aspect of the design is functional too, right under the button the light has a passageway for active cooling with a heat sync under and a small fan on the right-hand side. The fan is thermally controlled, and it only comes on when it gets hot enough and turns off when it cools. You can hear it slightly and feel it too if holding it near the top. I suspect the fan is why I don’t see a formal water rating either for this light and also why I didn’t really want to test this myself. Opposite the fan is the USB-C port with a silicone cover. It’s tucked nicely away.

The light is a very solid feeling in the hand. The button sits at in a pretty natural position, where you want to rest your thumb. It’s not a small light and one I will probably put the lanyard on. It has some harder edges and isn’t the most ergonomic thing, but it’s not uncomfortable either.

While they don’t advertise the batteries are replaceable, it is if you remove the 4 screws on the tail cap. So here is what I found inside.

Up front is the unique shaped lens to fit the 3 emitters side by side. It’s an anti-reflective coated glass lens with a short orange peel reflector where the 3x Cree LED’s sit behind. 

 

Retention Options

According to the manual, the light will ship with a Storage bag that looks like a holster, and a lanyard. Since this is the prototype I only have the lanyard to show you. You guys know I am not a big lanyard user but on this one, I will be installing it. I think with the size and weight here a bit of extra security when in use is a good idea. 

 

Size & Weight

I measured the length at 128.4mm, width at 56mm, and depth at 28mm. Weight is 13.42oz or 380.5g. Like I said it’s very solid feeling light, and the heft adds to that. There is no official water rating on this light, I imagine do to that fan. I would imagine it would handle light rain ok, but definitely don’t submerge it. I don’t have a ton of lights like this to compare it to, but here are a few that I choose to give a size reference.

 

LED & Beam

This light is running 3x Cree XHP 70.2 emitters in a side-by-side configuration. With my Opple meter, I measured 5369K tint, and 65Ra. The DUV here indicates it does have some green in the tint, which I tend to see more on lower power output. This isn’t uncommon from these LEDs but not too overpowering. Minimal PWM on lower outputs.

The beam itself isn’t completely round, the hotspot is more oval than round. It’s not pure flood but pretty close, there is a minimal large hot center and a significant amount of spill around. The outer edges of the spill does mimic the shape of the reflector too. 

 

Outputs

Outputs for the most part looked pretty close to what was claimed on my homemade lumen tube with the exception of Turbo. My lumen tube and the different adapter sizes are really designed for round lights, I didn’t custom design a rectangular one for this light, so that may be where part of the losses are. Even with that, it’s about 74% of the claimed max output. I have to also mention this is a prototype so there may be some slight differences in it too. It could also be part of the programming mode which I will explain later.

 

Heat & Runtime

Let’s start with Turbo for my Heat and Runtime tests. Turbo as expected here doesn’t very long, right at a minute and heats up the light quickly to 47C within the same amount of time. From there it steps down to about 2200 lumens where it runs happily for the remainder of the 2 hour runtime. Peak heat ended up being about 55C. I think it may have gotten a little hotter, but my tape stretched and didn’t hold the thermal couple as tightly. 

The small internal fan seems to be thermally reactive, not coming on until it reaches a certain temperature, instead of coming on automatically in certain modes. I can’t say how much of a difference this really makes, but I would guess it helps mostly that middle LED that’s less exposed to outside air, and has a smaller surface area with the casing.

 

I did a comparison testing Turbo, High, Medium, and Low as a comparison between each other. Turbo and High were identical basically. Medium ran out to 5:37:00 just under 1000 lumens, and low for 12:30:00 at 200 lumens or so.

 

UI

My light arrived in Lockout mode, so 4 presses of the button unlock or lock the light. Single press to turn on, long press once on to cycle through the 4 main modes. Double press from anywhere to get to turbo. The light does have blinking modes that you can get to from anywhere by triple pressing. Triple press again to cycle between strobe and SOS modes.

The unique aspect of this light is the programming mode, It allows you to adjust the preset value of the 4 main modes by one on Clicking and holding and the light will ramp up slightly and blink when at the top of the range. Just stop when you reach the brightness you want and it will memorize it. There are upper and lower bounds on what each mode will do too, so I will show you the chart here rather than explain it. 

 

Recharging

The light uses 2 internal 21700 batteries, while not advertised to be user replaceable, they are pretty each to reach by removing the 4 (PH#1 Sized) screws at the tail. The included lights are flat tops, unprotected LG INR21700M50T 5000mAh according to the wrapper and have springs on both ends inside of the light.

On the left-hand side of the light, just behind the grill air exhaust, there is the USB-C charging port protected by a silicone cover. It’s a little different design but works well here and stays out of the way nicely. What’s neat is this light will charge at 9V instead of the lower 5V like most lights. This means a little faster-charging speed if your charger supports it. Completed the charge in 2:44:00 which is impressive considering the light has 10,000mAh of batteries inside it, about 41Wh. I had no issues charging it with USB-C to C or with a PD charger. 

 

Final Thoughts

You don’t typically see a lot of side by side lights, especially larger cells like the 21700’s in this light. This is a hefty package but it feels very solid. I like the space age, Sci-Fi type design here, and it seems Wuben is the only one doing that really.  

The UI here is easy to use, and the programming feature of each mode is kind of cool too, it helps you dial in exactly the mode spacing you want within reason. High, medium and low had impressive runtimes, but I wish Turbo lasted for more than a minute, especially with the fan and the compromises that have been made to accommodate it, like water resistance. 

 

I really appreciate here that the batteries are replaceable with a bit of work. That should lead to a long life, on what I am sure will be a higher-priced light. It’s a unique beam pattern that I found to be just fine during normal use. The XPH 70.2 isn’t my favorite LED, but here it’s not too cool white, and the tint is’t overwhelmingly green so it works. 

So all in all a solid offering, in a different format, with a modern design, and something a little different in the flashlight world. I like that Wuben took the chance with the X-1 Falcon to be different. Let me know what you guys think of the X-1 in the comments below.

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Fenix GL19R Review (1200 Lumens, 18350, Tactical WML)

Fenix introduced a new line this year with the high-performance weapon-mounted tactical lights. Today we are looking at the brand new GL19R a midsize pistol mount light, with a TIR style reflector, onboard USB-C charging that runs off of a standard 18350 battery. With the name GL19R, I had to put this one on my Glock 19, it just seems it was meant to be. Thanks to Fenix for sending this preproduction sample to me to look at and review. 

 

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See more about the Fenix GL19R at https://www.fenix-store.com/fenix-gl19r-rechargeable-tactical-light-1200-lumens/

 

Packaging and Accessories

Since this is a pre-production model I don’t have any samples of the retail box or the final accessories. It did come with a 1100mAh Fenix branded but standard flat top 18350 battery, USB-A to C charging cable, as well as two different rail attachment points to fit both Glock and 1913 sized rails. A quick note on the manual, I thought it was kind of interesting they included some basic gun safety instructions that were actually good such as “never point a firearm at something you are not willing to destroy”. 

 

Construction & Design

The light is made from aluminum and hard anodized in a flat black color. The overall design is similar to what I have seen from other weapon lights, nothing very revolutionary. The front untwists to give access to the battery. It has springs on bother sides, which is good. The front bezel has small crenulations and stands proud of the large TIR Optic. The optic is topped with glass which is great for cleaning and scratch resistance.

I will cover the mount in the section below. The user interface buttons are plastic, with a little texturing. They are hinged at the bottom and the actual button to press is at the top. I like this, as I rest my finger above the trigger on the frame of the handgun.

Labeling on my light is a little strange, there are sections on the head and one on the body that is shiny and it looks almost like they put a sticker or paint to cover up something, then did laser engraving again. I expect this is unique to the preproduction unit I have as they make slight label changes.  I do like that the engraving here is grayer than bright white and the required CE and No Recycling markings are made on the underside where they won’t be seen when mounted. 

 

Size and Weight

I measured the length at 70mm (not including the buttons) width at 30mm and height at 31mm including the top of the mount. The outside diameter of the head is 25mm. Weight with the battery came in at 3.50 ounces with the battery or 99.2g. The light is impact resistant to 1M and IP68 water-related. 

 

Mounting Options

As mentioned before the light is designed to be mounted on the rail of a firearm. It came fitted with the aluminum insert for Glock, but a 1913 piece was included. It’s secured with a small Torx screw. The light uses a quick-release system on the right side of the light, with an adjustment screw on the left side. It’s a little different from the system that Olight uses and doesn’t have as much range of motion. Once properly adjusted it does fit snugly but it’s not as easy to switch between firearms without adjustment. Probably not an issue for most people. The lock is pretty easy to actuate, while it does it flush I would prefer a bit more force needed to unlock it, just for extra security. 

As far as holsters, being such a new product I couldn’t find any with a search online and Fenix didn’t have any partners signed up at the product launch, so you will have to turn to the custom holster market if you want a holster for your firearm and this light. That is one of the problems with new companies getting into the market for the first time. 

 

LED & Beam

The GL19R is running a Luminus SFT40 LED. No official tint is given by Fenix here, but my Opple meter measured it at 5570k, and 62 CRI. The beam mostly spots as you would expect in this application, the TIR reflector helps increase the size of that hotspot and minimize the spill. On Turbo there is almost no PWM according to my Opple meter but there is a decent amount on High as visible from the meter. 

I have a calibrated Lumen Tube now from Texas Ace and this was the first light I put on it for lumen output and later runtimes. Official outputs put Turbo at 1200 lumens, I tested it at 1197 Lumens at 30 seconds, and on High, it’s rated for 350 lumens, I tested it at 339 lumens, so all very close to as advertised. 

 

Heat & Runtime

In Turbo mode, you can count on that full output for the first 30 seconds, before you see any declines, the decline happens slowly out to 3 minutes, where the light is making about 500 lumens. It holds this for about 50 minutes before a significant stepdown and shutting off right at 1 hour. During this time the hottest I saw was at 43C at the 55-minute mark. The light does have thermal protections at 60C according to the manual but I never saw that high of temp when I tested at room temperature. 

I compared Turbo to High outputs and while High produces quite a bit fewer lumens about 340 lumens, the shape of the curve is a very linear decline out to 2 hours of runtime. In high mode, my meter did measure a decent amount of PWM too. 

There is a low voltage warning on the light with the battery indicator on the left side, it flashes red, but it also reduces the light’s output to only 50 lumens so it’s hard to miss. Fenix does recommend charging the light every 4 months if not used for peak performance. 

 

UI

UI here is a little different but logical. From off you can press the light to turn it on or off into the mode used last and this will turn it on constantly. If you long-press from off the light will go to momentary if held for more than 1 second. To select your different output mode when press one of the buttons and hold, and then click the other to toggle between High and Turbo and vice versa. Kind of difficult to do while mounted in a tactical situation especially if you follow Fenix’s recommendation that the light only is activated with the non-trigger finger and to use a two-handed grip. To get to the strobe with the light on press and hold either switch for half a second to enter or exit the strobe. This is momentary strobe only, not ideal for a tactical situation with ½ second being kind of a long time to activate. It’s worth noting the light does have a way to lock it if you wish and that memory mode works as long as the battery is installed, when the battery is removed the light goes back to default mode. 

 

Recharging

Recharging is accomplished via a USB-C port on the left-hand side of the light. The port is covered with a silicone port cover that fits well. The light is compatible with PD chargers however it does not charge in the PD mode. One thing to note is that the light will not work while charging. 

Using the onboard charging here from LVP at 3.074V, the light reported it was full in 1:44:00 and the cell tested at 4.160V. Max charge rate here was 0.72a during the constant current charge phase, with a small spike before it started to decline. Roughly a 1C charge curve here, good for overall battery longevity. 

LED Indicator on the side servers as both a charging status indicator (Red when charging, green when charged) and as a battery check. Check the manual for what the different colors and blinks mean. 

 

Conclusion

The Fenix GL19R is a solid offering from a company experienced with tactical lights but new to pistol-mounted lights. The build quality here seems to be good, and the mounting system works pretty well. The rear buttons are certainly better than some brands but it’s hard to beat Shurefire’s toggles in my opinion. I would say it’s as good if not better than the system Olight is using on their similarly sized models. I really like that they are using a standard battery size here, so nothing is proprietary and it will easy to get replacement 18350’s in the future. 

I think the UI here while it works could probably be optimized, the UI here means you have to go into a situation knowing what you want to use, for me that would be high mode, and then bump up to Turbo if I needed it. To do that while easy in theory I find is a little hard to actually reach. I would prefer a quick double or triple tap for turbo, and something similar with strobe. 

Other than the UI side of things I think this is a solid offering. Hopefully, Fenix is able to partner with some holster manufacturers soon and we see some support for that soon. 

 

Let me know what you think of the Fenix GL19R in the comments below!

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Vezerlezer ED10 Review (2200 Lumens, SST40, USB-C, New Brand)

Today I have the first light from a new company Vezerlezer with the ED10. No idea if I am pronouncing the company name correctly or not. This is a 18650 based light, with an SST40 LED, onboard USB-C charging and a side mounted switch. Thanks to Vezerlezer for sending it for me to check and providing a discount code for 30% off good till 2023. 

 

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Packaging & Accessories

The ED10 packaging is a nice retail style box, with a black, green and gray color scheme and various flashlight stats through out. Accessories that come with the light include a branded lanyard, extra oring, pocket clip, USB-A to USB-C cable, and a 2600mAh battery. 

 

 

Construction & Design

The ED10 isn’t breaking any new ground in terms of design but it does what it does pretty well. I am only going to hit the highlights here. Machining and anodizing are what I would expect in this price range but the edges are lacking champers around the head. The tail cap is flat, allowing it to tail stand and is non magnetic. 

There are quite a few markings on the light, with the logo, URL, model and company name appearing no less than 4 times, and they seem to be masked before anodizing, if scratched a bit it reveals bare aluminum at least on the tail. 

The body has a nice spiral shallow knurl in it. It reminds me of the Klarus ST15R I tested a while back. It provides a minimal amount of grip though. The pocket clip mounts at the rear of the body tube and the tube is non reversible.

The light does come into 3 pieces, with springs on both the head and tail. The head has a large anti roll ring, the switch is a metal eswitch with a near silent operation and a RGB led indicator at the center. The head has a large bezel that is removable, Inside is a lightly orange pealed reflector. What’s kind of unique is the reflector threads into the head which isn’t super common. As a result of all of this, it should be an easily modified light. 

 

Retention

Retention options with the Vezelezer ED10 are the included lanyard which attaches best on the side of the tail cap, or on the pocket clip. Your other option is the pocket clip. It’s a fairly deep pocket clip but the way mine is bent near the body it catches going into your pocket a bit. I think I can probably fix this with some pliers if I wanted to. 

 

Size & Weight

I measured length at 4.4” or 112mm. Maximum diameter at 1.1” (28mm) at the switch area, and minimum diameter of 0.96” (24.5mm). Weight with the cell and clip was 4.59oz or 130.2g. The light is IP68 rated and drop rated to 1.5m. Here are a few comparison photos to similar lights. 

 

LED & Beam

The light is running an SST40 LED in cool white. My Opple meter measured the tint at 6076k, and a CRI of 67 when in high mode. The beam profile is what I would call normal, primarily a central focused beam with minimal spill with no strange artifacts. PWM is present on all modes, it’s very a rapid PWM and I have a few graphs that show this from my Opple meter on high and turbo. Parasitic draw was measured at 20uA which is ok.

Official Outputs

  • Turbo – 2200 Lumens
  • High – 1400 Lumens
  • Medium – 560 Lumens
  • Low – 128 Lumens
  • Eco – 30 Lumens
  • Moon – 1 Lumen

Heat & Runtime

For my Relative output Runtime graphs I ran the Vezerlezer ED10 with the included 2600mAh battery. Turbo lasted to 2:40 with peak heat coming about the 3 minute mark at 51C. You can see active thermal protection on the light working through out the runtime as it takes little steps up and down to keep the temps regulated just under 50C before eventually turning off as power runs out at 1:40:00.

In my relative output comparison graph where I am basically comparing the runtime curves to one another (not total output), Turbo and high look very similar with high being slightly longer in runtime like you would expect but not in medium mode. Medium mode 

UI

The ED10 has 2 UI modes, stepped or ramping. To switch between them with the light off hold the button for about 5 second till the light flashes then let go. In stepped the light has memory mode. From off if you turn on and keep pressing the light will step up all the way to turbo and it stops. You have to press the button again to then step down. Anywhere you stop on that ramp, the next button press will step down. This is logical but takes time to get used to.

 

In ramping mode it behaves just like you would expect, except it only ramps to high mode, and you have to double press to go to turbo. The ramping is quite fast, and seems to be on a curve instead of linear. With the moon to mediumish being quicker then medium to high or so, maybe that’s because it leaves out turbo? In any mode triple click to get strobe.

 

Recharging

The ED10 charges via USB-C under a silicone cap opposite the e-button. The silicone cap fits well and stays out of the way. While charging the button turns into a charge indicator, red when charging, green when charged. The 2600mAh battery ended up testing 2694mAh, so that’s good.

Unfortunately C to C charging does not work here, so stick to the included USB-A to C cable. The charge curve here looks fine, it’s quite flat during the constant current charging for 2:32:00 minutes, but not very fast peaking at right around 1A. LVP is around 2.94v and the light charges the battery to 4.16v.

 

Final Thoughts

Not knowing what to expect from a brand new company I would say they have a pretty solid offering here for a first attempt. The exterior design is a nice size, I like the body tube milling rather than just standard knruling but you do pay in a bit less grip, and the port cover fits well. The beam properties are solid too, nothing really negative to say other then my standard gripe of cool white. 

That said there is room for improvement. The tail cap is just begging for a magnet with how flat it is, the pocket clip has that edge that catches on pockets, and they have went a bit overboard with the branding in my opinion on the light. I wish the battery was a larger size for the money being spent, 2600mAh isn’t that much in 2022 and the light really should be capable of C to C charging.

 

There are those firmware flaws that I mentioned in the UI section that another reviewer had found, None of them are deal breakers for me but they should be fixed. Ramping here is maybe a touch too fast in my opinion but I would rather it be faster then too slow. 

 

So in all a decent first attempt from a new model. The UI is easy to use, and the beam is suited just fine for EDC or general use. If they offered LED tint’s I think they could be a serious competitor with brands like Sofirn and Wurkkos for quality budget offerings. With the discount code that Vezerlezer has provided I think that puts the ED10 about where it should be price wise but it’s original MSRP is a bit too high to be competitive. 

 

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Thrunite Catapult Mini Review (680 Lumens, 89,000 Candela, 18350)

Today I have a shortened review of the new Thrunite Catapult Mini, a handheld thrower running an Osram LED and a 18350 battery. While not super bright in number off lumens, the light really throws well for its very small size. Thanks to Thrunite for sending this to me to take a quick look at and review.

 

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Accessories

Packaging is the standard Thrunite box. Here is a photo of all the accessories the light comes with. It’s nice to see them include the spare button and port covers still, that’s not something every manufacture is still doing in 2021. 

 

Short overview of construction

The Catapult mini is available in 2 colors black and gray, and I have gray here. It’s made from 6061 T6 aluminum and nicely anodized. Despite it’s small size, they didn’t skimp out on machining quality. The light separates into 3 pieces easily, and it does stand on it’s flat, non magnetic tail. The body tube has the squares milled into it like we saw on the Thrunite TT20 but deeper, and it’s non reversible. 

The body head section uses the standard Thrunite button with LED indicator in the center, and USB-C charging port opposite with a silicone cover. The head itself is the largest part of the light, with a small flat bezel. The bezel does unscrew easily to remove the lens and optic, which should make this light fairly easy to mod if you wish. 

The Lens itself is covered by glass, with a plastic TIR style optic below. This optic reminds me of some of them I have seen on some of my larger Acebeams as well, it helps diffuse the beam a bit but still create that nice hot center and throw. 

 

Comparison with other lights

LED & Beam

The light is using an Osram KW.CSLNM1.TG in Cool white, but to my eyes it’s definitely more neutral than cold. The beam is extremely focused, it has the slightest amount of spill that fades very smoothly without artifacts. It’s a great beam profile for a mini thrower. No PWM was observed on any of the 5 modes.

 

Outputs are listed officially at 

  • Turbo – 680 Lumens
  • High – 235 Lumens
  • Medium – 96 Lumens
  • Low – 21 Lumens
  • Firefly – 0.5 Lumens
  • Strobe – 680 Lumens
  • 89,600 Candela

Night Shots

Heat and Runtime

Turbo on this light lasted for 1 minute before step down, maximum temp was reached at 1:30 at 35C so it gets warm pretty quickly but not in the danger zone. From there the light steps down to about 35% relative output where it will run for 2 hours before running in firefly mode for another 30 minutes or so. Total runtime was 2:30:00. Nothing here surprising. 

 

UI & Recharge

The UI here is standard Thrunite, 3 main modes with firefly at the bottom, and turbo at the top with memory for the main modes. Long press from off to access firefly, double click to access turbo, triple click to access strobe. 

Recharging is accomplished with the onboard USB-C port. It is incompatible with C to C charging or PD charging and requires an A to C charging cable that’s supplied. This is disappointing in 2021. Charging is on the conservative time, it took 2 hours even to charge the included 1100mAh 18350 battery from LVP at 3.035V to full at 4.145v. Total charge rate was about 0.6A. While charging you can use all modes on the light.

One quick note about the battery, it has the positive and negative terminal on the one end of the battery like you see with many brands these days. However in this case you don’t actually need it to use or charge the battery in the light. That’s great news. I tested with a flat top unprotected Keeppower battery and had no issues.

Conclusion

Pocket thrower flashlights seem to be the popular type this year. I found the Thrunite Catapult Mini to be a good performer, especially for it’s size. While not the brightest in terms of lumens it really does throw impressively. I seem to say this a lot but non flashlight people will be impressed with how far you can reach with such a small light. I remember using a 6D Cell Maglight as a kid because it could go so far, it was huge and weighed a ton. This little light outperforms it in all ways, at a pretty affordable price. 

 

I do wish Thrunite would go back to offering more Neutral and even Warm LED tints when they launch new products. They were one of the only manufactures doing this but have seemed to get away from it recently. That said I would call the tint here pretty neutral, so about perfect despite the box saying cool white. 

 

I like the Thrunite Catapult Mini and can recommend it. Everyone needs a pocket thrower, and this is a good choice thats a lot of fun, and comes in a color other then black, if you want that. Thrunite has good customer support too should you ever need it, and best yet it’s on sale for around the $40 price point at the time of filming this video. So if your interested please check the link in the description to see where you can purchase it at. 

 

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Nitecore MH11 Review (Most Inexpensive 1000 Lumen light from Nitecore)

Today I am taking a look at a preproduction sample of the Nitecore MH11. This is the basic, budget model for Nitecore in their MH series, and they advertise it as the least expensive 1000 lumen Nitecore model available today. That said it still comes with an 18650 battery and has onboard USB-C charging or it can be ran with 2x CR123 or 2X 16340. Thanks to Nitecore for sending this to me to take a look at along with this Nitecore Tiki in blue. I previously reviewed the green glow in the dark models so ill include a link to that below. 

 

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Packaging & Accessories

The light I received didn’t come in a box, since it wasn’t printed yet, but I will include a picture of what it looks like. My light came with a USB A to C cable, 2 extra orings, hand lanyard and a pocket clip. I believe the retail light will also come with a basic holster. 

 

Construction

The MH11 is made from aluminum and anodized in a hard black finish. It appears to be the same finish as the MH12S I reviewed recently. The overall design is simpler than recent Nitecores, a cost cutting measure I would assume to make machining time quicker. At the tail cap you have a single large mechanical on off button on the tail that servers as the on/off switch and mode button. It’s flanked by wings that can protect it but also server as attachment points for the lanyard. It does tail stand either when on or off but isn’t the most stable.

 

Inside there is a dual spring in the tail cap, and threads are anodized, and ACME cut. The clip only attaches at the rear of the light. Knurling on the body is pretty standard diamond shaped, fairly knocked down, so the light isn’t super grippy. It does have 2 flats milled on the sides with the branding and model number laser engraved. 

On my sample the flats don’t line up with the head, but then again the head doesn’t have any buttons on it so is there really a top or bottom? The light does disassemble into 3 pieces. The head itself has a very simple heat diffuser at the front thats shallow. The USB charging port cover runs horizontally across the light. It’s well concealed and didn’t pop loose easily. The front has a crenulated bezel thats shallow. It has a glass lens with a smooth and deep reflector. 

 

Retention

The light comes with a branded lanyard that seems to be standard on most Nitecore lights. It also comes with a pocket clip that attaches at the rear of the light only. It’s reasonably deep carry with about 13.5mm of the light sticking out of pocket. The bad news it has a very large step off the body of the light without a ramp. It will catch a pocket every single time and requires 2 hands to put back in. Not a great design in my opinion.. 

 

Size & Weight

The length is 128mm, max diameter is 24mm, minimum diameter is 22.5mm. Weight with the battery and clip is 110.8g. The light is IPX68 waterproof, and water resistant to 1 meter. Here it is when compared with a few other lights. 

 

LED & Beam

The NItecore MH11 is running a Cree XP-L2 V6 LED in cool white, no exact tint data is given but it’s pretty typical. The beam does have tint shift across it and it’s not a super smooth beam. The center is hot and intense, with a bit of yellow/green as you move into the spill, and some blue on the outer fringes. 

 

Official Outputs are the following. There is quite a jump between high and turbo.

    • Turbo 1000 Lumens
    • High 230 Lumens
    • Mid 50 Lumens
    • Low 3 Lumens

 

My scope didn’t measure any PWM here which was a bit surprising. 

 

Heat & Runtime

I did my testing with the included 2600mAh 18650 battery. The light will also run on 2x CR123a or 2x 16340’s but you loose the ability to recharge the smaller batteries. With the 18650 Turbo is good for 4:20 before the light steps down. It will then run for 1:48:00 at about the 50% relative output. At the 2 hour mark it’s running on it’s low mode of 3 lumens for another 3:10:00 before LVP kicks in at 2.907v. Max temp I saw was 46C at 3:45.

I do wish they would have included a larger capacity battery. 2600mAh is pretty low capacity and larger capacity batteries are minimal additional cost.

UI

The UI here is very simple, the light has one button and it serves as your on/off as well as mode button. It’s a mechanical button that takes a decent amount of force to use. The light has memory that remembers where you left off, so it’s possible to turn it on in turbo if that’s what you last used. It’s a simple 4 mode light and it goes from lowest to highest output and restarts at the top. You can half press the mode button to cycle between modes once the light is on. There are not shortcuts or blinking modes. 

 

Recharging

You can recharge this light via the onboard USB-C if your using the included 18650 battery. The battery itself is a standard button top cell, so other brands will work here, nothing is proprietary. Charging does work via USB-C to C which is nice to see on a budget light. Charging here is a little strange, with it not being a constant current charging algorithm like we see in most other things. Periodically the charging rate here drops to zero every few seconds. My charging graph shows this but it’s not complete since as the cell charges it tirkcs my charger. Real charging time is closer to 3.25 hour. Max charging speed I saw was about 1.2A at the beginning of the charge. The battery measured 4.102v when full.

You do have an LED on the side of the head of the light that glows blue when charging and slowly fades in and out. When the light is full this goes solid. This same side LED acts as a low voltage warning and comes on when the light is needing recharged.

 

Pro’s

  • No proprietary battery
  • Can take CR123a, as well as 16340 batteries.
  • Simple interface, for a basic light.

 

Con’s

  •  Beam has some artifacts.
  • 2600mAh battery is included.
  • Pocket clip has way to large of step, it catches pants every time. 

 

Conclusion

The MH11 is an interesting offering from Nitecore. As a light it’s basic but does everything most people need from a flashlight. The build quality is still good, but it does feel like a more basic design and the anodizing feels the same as Nitecores more premium models. The UI is basic, but functional. While I appreciate the use of USB-C for charging and it’s C to C compatible.

While I don’t always comment on price I kind of have to here, given how this light is being marketed. The MH11 is more affordable than many Nitecore models for it’s output, it’s still more expensive than other well regarded brands that I have reviewed here that offer budget lights. 

It’s hard for me to recommend it for that reason if budget is one of your top priorities. That said if you were looking for a solid, basic light, from a company that’s been in the LED flashlight industry since the beginning this would be a decent place to start. It also has a very simple interface that anyone could understand which is a big selling point sometimes.