VapCell S4 Plus Charger Review (12A of Speed! + Other Features)

Today I have a newer charger from Vapcell, the S4 Plus. This is truly a fast charger as it can charge all 4 bays at a maximum of 3A for a total of 12A. Speed is selectable too. It charges lithium ion batteries including protected 21700 sized, as well as NiHM cells as has a few other features I will talk about further on in the review. Thanks to VapCell for sending this to me to take a look at and review. 

 

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Packaging & Accessories

This is the updated charger that came out earlier this year. The changes are that the display is always on, the battery capacity in mAH is showend when fully charged, the cutoff voltage for lithium ion batteries is now 50mA when charging at 250mA or 500mA (good for small cells), The testing capacity feature for NiHM charges the battery, discharges and then recharges instead of leaving it discharged. 

The package is a nice bifold box with printing on the outside showing the charge, showing what size batteries it charges, chemistry etc. Inside the charger was wrapped in bubble wrap and a generic 12V power adapter was included with a US plug in my case and a 5.3mm barrel inside.

 

Construction and Specs

Design and construction here are pretty standard for a charger, it’s pretty utilitarian in design. Construction seems solid with no creeks or cracks when twisted. I measured the length at 172mm, width at 115mm and depth at 36mm. Max charger expand size was 76.2mm which is great this means your protected 21700 batteries should fit, and there are not a lot of chargers that can say this. The spring loaded bays are pretty smooth too. There is no fan in the charger but there are some vents, when charging at max speed it gets warm but nothing to be concerned about. The screen here is fairly large at 78mm x 32mm. It’s a dark blue LCD with backlit silver white numerals. 

 

 

 

My findings/UI

The charger has 4 main modes Charging, Discharge, Capacity Test, and Repair.

 

I am going to focus on the charging function and talk briefly about the others. Charging has 2 modes manual and auto. In Auto mode the charger picks the most appropriate charging rate for the cells measured resistance. You can override this to a degree if you press and hold the current button for 5 seconds, although there is some margin of safety built in for smaller cells so you can’t pump them full of power too quickly.  In manual mode you click the current button to increase the charging rate in 250mAh and 500mAh increments. In my tests the charger stopped charging a lithium ion battery at 4.185V and a NiHM at 1.495v. When fully charged the charger plays and audible tone.

To switch between charging bays hit the display button, same with the modes. The display shows the battery charger percentage, current voltage, internal resistance, amount of power that’s gone into the cell, time elapsed, temperature, and total power in watt hour. 

Discharge allows the cells to discharge down to 3.0V  Capacity test mode will charge the cell up to full, discharge, and recharge measuring the power going in and out each time to get a good measurement of the cells capacity. Repair is useful for batteries that have gone lower then what’s safe, it very slowly and carefully applies power to the cell to try and bring it back to life. 

There is also a USB out port on the top of the charger that can be used as a powerbank to draw off the cells when inserted. This works when you insert a lithium ion battery in cell 1 and there isn’t AC power plugged in. What I wish is when AC Power was plugged in it did output the same 5V 1A of power so you could say plug in and charge your phone or a light that had built in or magnetic usb recharging. 

 

Pro’s

  • Auto and Manual switch
  • Ability to choose charging current during charge cycle in both modes
  • Speed!

 

Con’s

  • Manual could be more clear, but it’s not overly hard to use.
  • One feature I would like to see on a higher end charger is a storage feature
  • It would be nice to be able to turn the tone off when fully charged for overnight charging.

 

Conclusion

Overall this is a nice charger that does almost everything I want in a charger for flashlights and other electronic devices. It allows me to charge my NiHM and Lithium ion batteries and select the charge rate in 250mAh steps, up to 3A per bay. It has an automatic and manual mode too. It will charge all 4 bays at 3A if I am in a hurry and have batteries that support that. It can discharge batteries fully, it will run capacity tests to help me judge if a battery is healthy or needs replaced. It supports long cells too which is important for those protected 21700 sized batteries that are increasingly popular in the flashlight world.

The one thing I wish it had a storage mode, this is one thing I like to do on my lithium ion cells when I know I won’t be using them for a while, it drains the cells down to around 75-80% as that’s where they are the most stable for long periods of time. 

I have no hesitation recommending the Vapcell S4 Plus V2 charger here. It’s fast if you want that, it’s slow if you want control, and it fits all the most common flashlight sized batteries in use today as well as the common household sizes too. 

Pick up the Vapcell S4 Plus on AliExpress at https://www.aliexpress.com/i/4000249374391.html

Olight Warrior X Turbo Review (1100 Meters of Throw, 21700 Rechargeable Battery)

Today I have Olights new thrower flashlight, the Warrior X Turbo. It’s capable of 1000 meters of throw on 1100 lumens and 250,000 candella. It has an Osram LED, and is compatible with the pressure switch from the Olight Odin. Thanks to Skyben on Amazon for sending this to me to look at and review.

 

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Packaging & Accessories

I won’t go into much detail here but the Warrior X Turbo has great packaging, arguably Olight has the nicest packaging in the production flashlight world. The light comes currently as two colors, you have the black model that I have here and then Olight does offer a limited production gunmetal gray as well. As a base package the light comes with a 5000mAh proprietary 21700mAh battery. Fun side note I will link to a video another flashlight reviewer did of how they make these batteries. You also get the latest generation of the MCC charging system, a Tactical Grip Ring (TGR), pocket clip, anti roll ring, lanyard, and a nylon holster. 

 

Construction

The Warrior X Turbo takes a lot of the design cues from the Olight M2R Pro, in the tail cap and body, adapting them to the larger thrower platform. Overall build quality is great for a production light.  First the more aggressive tail button is here, which does allow the light to tail stand but it’s not the most stable when doing so. The tail is also compatible with the locking remote switch from the Olight Odin so if you have that it works here great. Inside the tail is a spring loaded contact internally. 

 

Threads on the body are anodized, nicely greased and have a double oring system, to interface with the anti roll ring and the TGR. I will talk in detail about the clip in the retention section. The grip on the body is the same as what was on the M2R Pro, a more aggressive triangle, and has a few flats milled in for labeling. 

The head is glued to the body and really grows in size to accommodate the large smooth deep reflector. I like the relief that’s milled in to give it some more style and save weight. The front bezel is beefy with large solid crenulations that allow light the light to stand on its head and for light to spill out. It’s not glued in place and can be removed with some force. This does effect the beam shape on the outer edges. The lens is large and anti reflective coated.

 

Size & Weight

I measured the length at 159mm, maximum diameter at the head was 58mm, minimum diameter on the body was 26.2mm. Weight with the battery, clip, standard anti roll ring came in at 296.1g. Here are a few pictures of the light with a few similarly sized lights you might know. 

Retention & Grip

You have a couple of retention options for the Warrier X Turbo, it does come with a captured pocket clip, but it’s 38mm from the top of the light. That’s ok because with the size of the head here, your not going to be EDCing this in a pocket. The captured clip is nice, it won’t rotate because of an extra tab in the clip and on the light and anti roll ring. 

 

The stock anti roll ring allows you to use the standard cigar style grip without problems, but that can be a little uncomfortable so Olight includes a Tactical Grip Ring (TGR) that’s a softer silicon like material that slips on in its place. 

Other options include a lanyard that’s included, and the included holster thats purpose built for this light. It has a velcro belt loop and plastic D ring. 

 

LED & Beamshots

Olight doesn’t say which LED is in this light officially, but they do list the tint at 6000-6700k, and by looking at it my guess is it’s one of the OSRAM models we have seen in other popular throwers. I wish they would list the LED they are using like almost every other manufacturer does. It’s a cool tint but not blue. The beam has a small but very intense hot spot, possibly one of the tightest I have had in recent times. There is a spill but it’s very minimal, only a few percent of the center, and there is some distortion on the edges from the shape of the outer bezel that’s noticeable at short range. I didn’t measure any PWM on this light on either mode.

 

 

Runtime & Heat

The ability on the Olight Warrior X Turbo to sustain it’s turbo output was better then I expected. From start to full and stable step down was right at 9 minutes, and it stayed above 80% relative output for the first 6 minutes. At that point it was running at 50% relative output for 1:45:00. Total runtime was just shy of 3 hours. The good news is with such a tight beam even at the lower output throws pretty well. When the power level reaches 20% the light starts to vibrate every 5 minutes to let you know, when it’s below 10% it will vibrate every minute, and below 5% it will vibrate every 10 seconds. You can’t miss it especially if mounted on a firearm. Maximum heat I saw was 48C at the 9 minute mark. LVP was measured at 2.95V.

UI

The UI here is super easy, it’s a 2 mode light with momentary and full on tactual switch. Low is rated for 150 lumens and you can use it in momentary if you half press the button and hold, or a quick have press will lock it on. A full press gives you full power 1100 lumens before step down and a quick press will lock it on, or a full press and hold will work in momentary. It’s the same UI we have seen in other tactical Olights with a rear switch. This light also works with the pressure switch from the Olight Odin.

 

Recharging

I had a little bit of trouble recording the graph with the Warrier X Turbo with my equipment due to the spikes along the curve where the current drops very near zero which tricks the measuring tools, but overall charge time here was 5:30:00, and the maximum charge rate I saw was 1.92A. I measured the full battery at 4.172V. No concerns with the charging but I will have to look for a firmware update for my equipment. 

Pro’s

  • Long runtime for “Turbo” Nearly 10 minutes. 
  • Great build Quality
  • Despite being cool white it’s not obnoxiously blue in tint
  • Options to mount/cary/activate

 

Con’s

  • Tail magnet is only for recharging & the pressure switch, it’s not strong enough to hold the weight of the light.
  • Proprietary Battery
  • On the pricy side
  • Two modes are ok, 3 might make it a little more useful for more then a weapon light.

 

Conclusion

The Warrior X Turbo is a nice more compact thrower from Olight. It has almost as much power as the much larger, more expensive Javalot Pro, but in a size thats easier to use, and carry on your person. While this is designed as a weapon light with the compatibility with the remote pressure switch and to beagle to be mounted on a weapon, it also works pretty well as a super easy main thrower. To me the long 6-9 minute runtime on Turbo is hard to beat in many other thrower style lights in this price category. 

 

It’s an Olight so it has the usual caveats, like the proprietary battery, and the cooler tints. If you are less sensitive to those things I can recommend the Warrior X Turbo as a pretty sweet well built thrower.

 

Get the Warrior X Turbo in Black on Amazon at https://amzn.to/32ntwHs

Get it in Gunmetal Gray at https://amzn.to/3hpK7yz

Thrunite T2 vs Seeker 2 Pro Comparison

See my full reviews of these two lights below.

Thrunite T2 https://youtu.be/5Apvie0OZRg

Olight Seeker 2 Pro https://youtu.be/O3x90cZEMhw

 

Pick up these two lights

Thrunite T2 Neutral White https://amzn.to/3jVEcUm

Cool White https://amzn.to/30gZeVE

Olight Seeker 2 Pro https://amzn.to/2JqRgRR

Jetbeam RRT01 Review 2020 Version (Rotary EDC, Nichia LED, High CRI, 950 Lumens)

Jetbeam has a new version of the RRT01 Raptor out for 2020. If you remember back to last summer I reviewed the 2019 version of the light and loved it. The 2020 version adds an Optional Nichia emitter and changes how the rotary ring and UI work as well as being more flexible with different battery versions. Thanks to JetBeam for sending this to me to look at and review. 

 

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Versions

There are now 3 versions of the Jetbeam RRT01 that all share the same name. There is the original from about 8+ years ago, the 2019 version and now the 2020 version. Each having their own differences in performance, batteries, and LED. I do wish JetBeam would have added a V1, V2, V3 or used a different name with the light so it was easier for the consumers to tell the difference. The easiest way to tell the difference between the 2019 and 2020 is to look at the tail. The 2019 has a place for 3 tritium vials, whereas the 2020 has a button on the tail cap.

 

Packaging & Accessories

The packaging of the RRT01 is very Jetbeam, it’s a blue and black retail hanging package with all the details you need on the outside and side panels. As far as accessories, it depends on the version you get. My kit has the optional 2x extensions tubes that allow you to use 18500 and 18650 batteries in the light. In addition to this  it comes with a 1100mAh JetBeam branded 18350 battery with microUSB charging onboard, 3 extra  orings, an allan key, 2 extra screws for the clip (Not torx), and replacement rubber boot for the rear switch in gray. You also get a lanyard, manual, and other paperwork. 

 

Construction

The light is made from aluminum and anodized a warmer light gray with the control bezel being a silver. It’s nice to see a different anodizing color here. Machining is very good. Starting at the tail, there is a bezel around the center mechanical on/off button. When the button is in the off state the light doesn’t tail stand super well, but when the light is on the button has retracted enough that it tail stands great, so really a pretty thoughtful design as it helps you find it when you want to turn the light on. 

The body section of the light has knurling around it with 2 flats with the minimal labeling on each side. The light then grows to match the size of the head and control ring. Threads are wide, square cut and non anodized. By default the light will fit 18350’s and CR123A batteries which are great sizes for EDC but if you want more runtime you can insert one of the extensions and use a 18500 if you have them or add both if you want to use a 18650. Just remember to use a protected battery as this light doesn’t have LVP. When the extension are in place it’s a little less elegant I think and heavy in the head. 

 

The rotary control ring has some areas milled into it to give grip. It has a detent on both ends of the control area. From 0 to 100% is about 160 degrees of rotation. There is no detent in the control ring for the 2020 version of the light. The ring moves quite easily, I would like to just touch more resistance. The rotary really allows you to dial in the exact amount of light you want very quickly.

The head has an aluminum bezel that’s mostly built into the light and not proud. It is not glued but you will need a tool to get it loose. The glass lens is double anti reflective coated and it has a deep reflector with a light orange peal.

 

Size & Weight

I measured the length at 91mm in it’s shortest configuration. Each extension adds 15mm to the overall length of the light. Maximum diameter on the head of the light is 26mm, and minimum diameter at the head is 24.5mm. The extensions are slightly larger in diameter coming in at 26.46mm vs the 26mm of the head of the light. 

Weight in it’s shortest configuration with the included battery and clip is 114.6g. With a 30Q and the 3x extensions came in at 153.9g. 

 

Comparisons

The most obvious comparison with the RRTR01 2020 is the 2019 version and the lights look very similar. The largest difference is that the 2019 version is shorter without the tail switch. The lens’s are a little different too, the 2020 lights lens has a light orange peel and is deeper and the bezel is smooth. The diameter of the head is slightly longer too. The extension tubes fit either light. When you put the extensions on the light looks a little funny to me, it seems longer and the proportions are just off a little. For an 18650 light it’s a little on the long side when compared to the FW3A. 

 

Retention

The RRT01 like it’s predecessors are using the “standard” steel flame pattern clip meaning most aftermarket clips on the flashlight market should fit here. THe stock clip is a little longer than many at 61mm. The screw holes are hex head instead the more common torx. 

 

In the pocket it carries reasonably well. The slotted tail bezel that’s around the tail button sticks up a little more then I want but does protect the button well from accidental activation. It’s still deep enough I consider it deep carry. I found the short length to be about perfect in the pocket, it’s doable to carry with the extensions on and an 18650 but it’s center of gravity is more to the head. 

 

LED & Beamshots

There are 2 LED’s offered in the RRT01 Raptor (2020), a Cree XP G3 offering 80 CRI, and a Nichia 219C at 90CRI. I have the latter and it’s a nice warm 4000k. For me this is a great combination of tint and high CRI. JetBeam claims both are rated for 950 lumens, and that would be higher then I would expect out of a Nicha 219C as they typically don’t put out quite as much light as the Cree XP G3, so I take that with a grain of salt. It’s enough light to do the job easily. The beam here is nice for EDC, it has some center spot, about 20% of the beam and then fades to a useful spill. The rotary is very smooth and makes this light infinitely variable sub lumen up to 950. See the video version of this review for my Nightshots.

 

Heat and Runtime

Runtime here is very linear, I started my test with the included 1100mAh 18350 battery on full power. Output here was very linear and seems to not be regulated super well. There really isn’t much of a stepdown and the light ran above the 40% relative output out until 28 minutes. At 34 minutes the light shut off when LVP on the battery kicked in at 2.94V. The runtime here surprised me a bit, it’s rather short but then again this light doesn’t have much of a step down. It does get warm and the highest temp I saw was 59C around the 17 min mark. 

I then tested with a 3000mAh 18650 battery. You need to use a protected battery with this light, I didn’t do that my first test and the result was the light ran until the cell was dangerously low right at 1V. I was not happy about ruining a battery here, but the result was significantly longer runtime. FL1 was at about 95 minutes, total runtime was just at 1 hour and 40 minutes. You can see thermal regulation kick in at the top end a bit. 

 

UI

UI here is pretty unique to most other flashlights but it works pretty well. The RRT01 2020 version adds an on off switch at the tail of the light and combines with the rotary function in the head to change the brightness of the light. Once on rotate the ring to the right to increase in brightness, increase to the left to decrease in brightness. It is truly infantly variable as fast or as slow as you want. On my light I can turn the ring about 1/12 of the way before the LED begins to turn on. 

 

This light does have an infinitely variable SOS and strobe modes as well. When on just rotate to to the maximum brightness setting and then to the left slightly 3 times and you get SOS, do this 4 times to get strobe. You can then dial back the brightness if you want. To exit just turn the light off and it goes back to normal.  

 

Recharging

The light includes a 1100mAh Jetbeam branded 18350 battery that has onboard microUSB that you plug into the side of the battery. It has a multicolor LED on top that goes red when charging and green when charged. LVP is built into the battery and it stopped at 2.94V. Charged it stopped at 4.16V. When I plugged it in to charge I did notice the top of the cell got pretty warm, about 110F but this quickly dissipated. My guess is it’s doing this at first to gradually limit current going into the battery at the start of a charge. Overall the battery took 92 minutes to charge, and the maximum charge rate I saw was around the 70 minute mark at 1A. It’s a little odd to see that high of charge rate at the end of the charge cycle. 

 

Pro’s

  • Nichia LED, my biggest complaint with the 2019 version of this light was the LED that was chosen.
  • I am a sucker for a rotary interface, it works here well but requires shifting your grip to turn on then adjust the output.
  • I like the anodizing color here, a warm gray, almost sand color.
  • Nice overall EDC light with options to go to 18650 too.

 

Con’s

  • No Low Voltage Protection, must use protected cells if you plan to run the battery to exhaustion,. . 
  • A little awkward with the extensions installed, it throws the balance way forward.
  • Confusing naming with the previous versions of the light.
  • On the expensive side with the extension kit

 

Conclusion

The JetBeam RRT01 is the 3rd irrieteration of the light that shares the same name, while confusing for customers it’s a light I am enjoying. I really like rotary interfaces, I think they should be done on more flashlights as it’s intuitive and easy to operate for people of any age. The addition here of the on/off button on the tail instead of detents in the rotary makes the light less likely to come on in a pocket or when not in use but I think detracts from the overall rotary aspect of the light That said it still works pretty well but just requires you to change grips when using the light to turn it on and adjust the output.

The inclusion on some version with the extensions is smart, allowing you to use more battery types, it’s kind of an after though on design but it works reasonably well, especially if you want the extra runtime of an 18650, just be sure to use a protected battery since the light itself doesn’t have LVP. 

The optional Nichia 219C emitter here is great. One of the features I liked least about the 2019 version was it was cool white and it’s great Jetbeam listed to this user feedback myself and others had. Overall this is a fun edc light, it’s a little on the expensive side but one I can still recommend. Make sure to check my links in the description as I will list any coupons or sales I get where you might be able to get a discount. 

Banggood has a 30% off coupon for the 2020 version of the Jetbeam RRT01 at https://ban.ggood.vip/V8ca by using code:  BGRRLM

 

Klarus GL1 Review (600 Lumen, Small weapon light, Micro USB)

Today I am taking a look at Klarus’s first Pistol light the GL1. It produces 600 lumens for 1 minute, has an adjustable rail to fit a variety of different sized pistols and is MicroUSB rechargeable. Thanks to Klarus for sending this to me to review. 

 

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Packaging & Accessories

The GL1 comes with a retail hanging box, and it’s basically what you would expect. It does have a runtime chart on the backend. Inside you get the GL1 itself, a MicroUSB charging cable, and a manual. You also get a replacement rail piece and a couple of small screws to lock it down once get it in place for your firearm.

 

Construction

The GL1 is made from aluminum and IPX6 water rated. It’s a one piece design and fairly slim up front with it getting a little wider as the taper flares out to the back. The front has a fairly deep bezel to protect the lens. On the right side (when mounted) it has a to show an LED, useful when charging, and to give power level indications. ON the bottom is the MicroUSB charging port covered by a silicone cover. Unlike the Olight it’s non magnetic which some will like.

At the back you have two plastic switches that hinge down slightly to turn on. There is a small rubber piece here to give you some give. It’s fairly stiff and at least for me on the glock platform it’s a littler further reach then the Olight PL-Mini 2. What I don’t like is the contour they have chosen for these buttons. For me I find the steep angle uncomfortable because my finger hits the sharper angle using less of the available finger pad to press the button. It works a little better if I come in from the top/side and not directly from top. I think I may file these down a little for better ergonomics.

 

Mounting

The GL1 uses a more traditional screw mounting system and a spring loaded mount. You can loosen the screw by hand or with a coin or spent casing and then push on it to expand the jaws of the pickitniy rail section. The rail piece is adjustable. It slides on a stepped plastic track. The little rail section is spring loaded so once you lock it onto your firearm it won’t go anywhere. Its a mounting system that works pretty well, it’s a little slower than the Olight PL-Mini2’s system especially when switching between guns but overall it’s a pretty good design.

As far as holster options I know of no one yet supporting the GL1 to buy something off the shelf. This means if you do want to use this on a carry gun, you will need to have something custom made. I think it would be super smart for light manufactures to partner with a holster manufacture in advance or come out with something on their own when lights launch. 

 

Competition

The Olight PL-Mini2 is the light that’s the closest competitor in basically all stats and even the size. As you can see from the photos here they are very similar looking from the front with the Olight having a slightly larger diameter bezel. The differences is the mounting systems, with the Olights being quick disconnect and a little easier to use. For comparisons of the beam be sure to check the video version of this review.

Olight on the Left, Klarus GL1 on Right

 

LED & BeamShot

The GL1 is using a Cree XP-L2 HD LED in cool white and powered by an internal 260mAh liion battery. No exact tint data is given but it’s not super cool. The LED sits behind a smooth fairly small deep reflector. 

The beam quality here is good for it’s intended purpose. It’s fairly spotty but the focal point is medium size. There is a good amount of tint shift from the emitter in the center with it being warmer in the middle the the edges. The Olight throws just slightly further according to the stats but to my naked eye I can’t tell a difference. 

 

Heat and Runtime

The GL1 produces it’s maximum of 600 lumens for right at 1 minute and then starts stepping down from near 100% relative output to 10% over the next 11 minutes. It was at 2:10 we see maximum heat at 35C which is fine. The next 50 minutes or so the light maintains that 10% and then the light is running at near moonlight outputs for the next 2 hours. Output here was a bit disappointing since it lost so much output so quickly. While most firefights won’t last very long I want more then 12 minutes of more then 60 lumens and the last 2 hours are near useless. It’s possible I have a bad battery here but I would rather see a more regulated driver and a few more step downs to better control things. 

UI

UI here is easy and straight forward. There is one mode, on with the light. Both sides switches work the same on the light. A quick press locks the light on. If you press and hold the light comes on in momentary mode. Strobe is available if you click both the left and right buttons at the same time. 

 

Recharging

The GL1 uses a a 650mAh lithium ion battery internally that’s sealed in the light. The bad here is that it’s non replaceable but that’s to be expected on a light of this purpose that’s so small. Recharging is accomplished via a MicroUSB port on the bottom of the light. While slightly less convenient the Olights Magnetic system the pro is that it’s a standard cable and easy to charge pretty much anywhere. It’s a trade off I will gladly take.

I measured recharging as taking just 56 minutes and the maximum speed I saw was just under 0.3A so a very safe charging speed for this size of battery. On the side of the light there is a LED that will be red when charging and green when charged.  

Pro’s

  • MicroUSB recharging means no proprietary cables needed here.
  • Strobe is available if you want it.

 

Con’s

  • 1 minute of 600 lumen output I wish was a bit longer
  • No holster options are on the market that I could find.
  • Actuation buttons need revised ergonomics

 

Conclusion

My conclusion is the GL1 is a good first attempt from Klarus on a pistol light. Physically they did a great job, I think. It’s not really much of an original design but it’s enough to be different. The mounting system works pretty well for not being a QD mount. I do wish they would rethink the ergonomics on the rear buttons a bit for their future models.

Performance here needs a bit of work. A more regulated driver with stepped modes is important here, A shorter runtime is ok if the light produces more light while doing it, because we have to remember the use case here, you’re unlikely to have a pistol light in use for hours at a time. It’s much more likely to have it out for minutes at time. 

 

I give this light a pass as it’s better then other brands first attempts at a pistol light. The use of MicroUSB here over a proprietary cable is smart. The UI is good and simple for it’s purpose. Lack of holster options will prevent this from being a cary or duty light but that won’t prevent it from being a good companion for a night stand or desk gun. It will be fun to watch where Klarus goes from here with their GL series of lights. 

 

Pickup the Klarus GL1 at https://klaruslightstore.com/products/gl1-pistol-light-600lm-rechargeable-compact-and-solid-built?_pos=1&_sid=e33c4603b&_ss=r

Olight Odin Dedicated Weapon Light Review (2000 Lumen, 21700, XHP 35.2 LED)

The Olight Odin is Olights first purpose built long gun flashlight. It’s using a Scout mount, has a pressure pad and is capable of 2000 lumens. There have been a fair bit of sponsored Odin reviews, I strive to be different here and tell you how I see it. Thanks to Skyben for sending it to me let’s take a look and get to the review.

 

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Packaging & Accessories

Olight once again does a very nice job here on packaging. It’s very appleske with a white magnetic fold out box and a full color photo on the front with specs on the back. On t he inside everything is packaged very nice inside little boxes, etc. Opening the front cover you have the quickstart guide along with the light and all the accessories. There are quite a few accessories with this light including the light itself and the 4 direction mount. You also get the 5000mAh 21700 proprietary battery, the MCC2A magnetic charger cable, and the new locking pressure switch. Lastly you get a few small zip ties to help mount the pressure switch, a small allan key, and a few extra screws and manual.

 

Construction

The Olight Odin is made from aluminium and hard anodized in a fairly glossy black. Starting at the tail cap, you have a very similar recharging point that was on the Olight Warrior X Pro, with the longer lugs to help you find the tail switch with gloves. It’s a two stage switch with a half press being momentary and full press locking on the light. Around the rear button is another ring and what looks like a space for an o’ring this is for the included pressure switch to lock on to the light which I will explain later. On the sides of the tail you have some tear drop areas milled in place for grip and style. Inside there is a large spring loaded brass contact. 

Threads are anodized, square cut and robust. It does take several turns to get them off. This is one of the few Olights where the positive terminal of the battery faces the head. The body tube is smooth except for the Scout mount. That’s fine, remember this isn’t an EDC light or designed to be handheld, it’s designed to be mounted primarily. 

The head you can tell was milled as one piece but it’s glued on to the tail and is non removable. It has a little larger ring which I assume is to help with thermal for the electronics. Styling wise you have two milled away tear drops, about the size of an endmill. At the front there is a black bezel with small almost saw tooth shaped crenulations. The edges are reasonably sharp. The lens is glass (Good for cleaning powder residue off) and underneath that is a TIR optic. 

Mounting 

This light uses the “Scout” mounting system that Surefire pioneered with the scout series of lights. It provides a 2 post mount thats about 7.75mm off the body of the light. It’s an extra piece that’s screwed to the light with 2 small hex head cap screws with locking compound on them. When I backed the screws out with a 1.5mm Hex key.

Olight included their locking mount that is designed to fit onto a standard picatinny rail. It can mount on the left or the right, and face forward or backward. It utilizes two hex head bolts and comes with the appropriately sized hex allan key. I would recommend once you get it to where you like it, to put some blue locktite on these screws, to make sure nothing backs off during use. This mount has 2 positions on where you can mount the light either on what I will call the bottom or the side. In addition to this light can mount either direction.This mount also locks once the light is in place to help secure it. Lastly the light does have threaded screw holes in it so you can use other 3rd party mounts like my favorite offset mount by Arisaka Defense. You may have to get a little creative with these in the order you mount them to tighten down all the screws depending on what your mounting it on. The big thing here is you have a lot of options.

The pressure switch is an evolution of what we saw on the M2R and Warrior series of lights. It’s designed to go on a picatinny rail as well and is rubber so it can slide on top and to secure you can use the included zip ties. The big difference here is that the end that attaches to the light has a locking mechanism. Simply push the ring forward to engage 4 small detent balls to grip onto the light, pull this ring back to unlock. It’s pretty secure for normal use and won’t break free under normal conditions. I did see a few posts in the Olight Facebook group where people had the lock come loose during extreme combat type situations so your luck might very. I would recommend disconnecting the pressure switch during transport in a bag to prevent the light from coming on accidentally. Cable length on the pressure switch is 165mm.

Size and Weight

I measured the overall length at 136.6mm, maximum diameter on the light (not including the mount) is 29mm, minimum diameter is 24.16mm. Weight with the battery was 174.1g, adding the pressure switch it’s 222.3g. 

LED & Beam

Olight has recently gotten into the nasty habit of not defining the LED they are using on some lights, and the Odin is one of them. With the TIR optic in place you can’t see the LED either. What I can tell you is it’s a fairly neutral white tint at the Turbo setting and in lower modes it’s a bit warm.. The beam is almost all throw with the focus in the center. There is just a very slight spill and there are a few artifacts here, which I think are the edges of the bezel showing. This is perfect for it’s intended use as a weapon mounted light where you want a tight focus. 

Heat & Runtime

The Odin produces upto 2000 lumens on turbo and this lasts 2 minutes before it steps down to 52% relative output. I saw maximum heat at 60C at 2:40 of runtime. Normally I would say this is too hot to hold but since this light is designed to be placed near the muzzle end of a hot firearm it’s not really an issue. We saw one more step down at the 12 minute markand the light ran at a fading 42% output for 2 hours. At the end it had one more step down before stopping right at 3 hours of runtime. I would have wished to see Turbo last longer here but suspect the time is thermally regulated as we can see the temps heat up some after cooling off initially. Overall runtime is the best out of a 1” weapon light that I have tested.

UI

The UI here is pretty simple. On the light itself, the rear button has a half press which gives you the lower lumen mode, and a full press gives you the full 2000 lumens. If you press and hold in either mode the light is in momentary. If you do a quick press in either mode the light stays on. When the pressure switch is connected you only have the full 2000 lumens but the same press and hold gives you momentary and quick press gives you constant light. There is no strobe mode on this light. 

 

Recharging & Power

The Odin uses Olights Proprietary 21700 5000mAh battery which is required for this light. It’s one of the only recent Olights I can remember where the positive terminal goes in facing the head. Proprietary batteries are one of the things I dislike the most. This probably won’t be something you swap out a lot but if you want extra power be sure to buy one and keep properly stored in your kit. Olights MCC3 charging system here is a winner because it’s super easy to recharge and leave the light mounted on your weapon. It’s red when charging and green when charged, and this version charges up to 2A. Total charging time here was 2 hours and 7 minutes which seems pretty quick.

Pro’s

  • Use of the Scout mount meaning you have tons of mounting options to fit your application.
  • Complete Kit with a decent mount.
  • Good Beam for the purpose.


Con’s

  • Only is compatible with 21700 batteries, CR123A’s are not an option if your out in the field and need more light after several hours. 
  • Some possible durability issues with the locking pressure mount system.
  • LED used is unspecified but is Neutral White.

 


Conclusion

For me this is going to be the light I plan on leaving on my 16” build. The way I have it configured now it’s easy enough to remove if I want to, but I feel pretty confident in it’s ability to perform to leave it. I may end up picking up an offset Arisaka mount to get it a little closer to the hand guard. 

 

Overall I think this is a good light for most citizens and hunters. Before I would trust my life to it in a police or military role I would want to do more durability testing. With the current pandemic and ammo shortage of 2020, I didn’t put that many rounds through my AR during range testing but what I did shoot the light held up without issues. 

 

Pickup the Olid Odin on Amazon at https://amzn.to/2E2JxZN

Full Image Gallery: https://imgur.com/a/v50nRek

Acebeam L17 Review (160,801 Candela, 1400 Lumens, Awesome Thrower)

Today I have a new compact tactical thrower from Acebeam. They boast that the L17 which easily fits in your hand will throw out ot 802 meters. It runs off an 18650 and features a Osram LED. Thanks to Acebeam for sending me this new model. Let’s take a detailed look. 

 

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Packaging & Accessories

The light does come in 3 different versions, a white or Green LED version both capable of 800 and 820M of throw respectively, and a Red LED version that’s capable of 460M of throw. T

The standard package is a nice retail box with a line drawing of the light and the LED lumen and distance ratings on the box. On the back side there is a lot of stats and detailed info, good for any retailer looking to sell this. Accessories that are included is the light with the clip and tactical ring installed on the light. It comes with a lanyard, spare button cover and 2 spare orings as well as the standard paperwork and manual. You also get a nylon holster that’s branded Acebeam that has a D ring and belt loop with a button. 

Acebeam offers a couple of additional accessories on their website that will work with the L17 but are not sold in the standard version. First is a 10A rated 18650 battery with microUSB charging and a remote pressure switch for only $10 which is a good price. 

 

Construction

The L17 is made from aluminium and is hard anodized in a flat black. In the tail is the e-switch for the light and it’s truly silent. The cover is a rubber boot that has medium texture that sits just under the bezel. Internally, the tail has a single stiff gold coated spring and then an additional contact to the inner tube of the light. Threads are anodized, square cut and smooth. 

There is a tactical ring on the body which serves as a cigar grip point, the lanyard attachment point and adds reinforcement/lock for the clip on pocket clip. Both the tactical ring and pocket clip are removable should you wish. It’s a nice way to add quite a bit of security to the clip without making it permanent. The body tube itself is plain and features no knurling, I would like to see a little more grip here or closer to the head. 

The head itself is glued to the body. The head has some decorative milling around it and it helps dissipate some heat. The bezel is aluminum and has some modest large crenulations for a tactical light. The lens is glass with a Carclo TIR lens inside designed to enhance the throw. 

Size and Weight

I measured the length at 140mm, minimum diameter of the body tube at 25.5mm, and maximum diameter of the head at 40mm. Weight with an 18650 battery is 196.9g,

 

 

Retention

You have a couple of retention and carry options with the L17. It does come with that nylon holster for belt carry. It’s a basic holster but does the job well. You also have that pocket clip. The clip is 1.4 inches from the top of the light so it’s definitely not deep carry. 

LED & Beamshot

Acebeam doesn’t specify which LED exactly is in the L17 only that it’s an Osram. I asked my contact for clarification and they said it was an Osram KW CSLPM1.TG which is a mouthful but good to know exactly whats in it. It’s a very throwy LED that Acebeam has put a TIR optic on top with a glass lens. It’s different looking than your traditional optic and this is designed for all throw. 

The result is a light that has virtually no spill, it’s all focused on the center in a tight pattern. The combination of the optic and LED choice explain the claimed 160,801 candela rating here at 1400 lumens in Turbo mode. Tint here is cool white but I don’t detect much blue in the beam. In my night shots it stands up pretty well to some of the competitors using different LEDs but this has a tighter more focused beam. I didn’t notice any PWM here.

Specs below are for the White Version I have. The Green version throws slightly further. 

  • Turbo – 1400 Lumens – 160,801 Candela
  • High – 370 Lumens – 42,025 Candela
  • Mid – 150 Lumens – 23,409 Candela
  • Low – 50 Lumens – 11,025 Candela
  • Ultra Low – 15 Lumens – 3,600 Candela

 

Heat & Runtime

I did all my runtime and heat tests with the supplied (optional) Acebeam 3100mAh battery that was sent. It’s a 10A battery so keep that in mind for what you decide to put in this light and choose something with at least htis rating. Total runtime was 4:35:00. In my runtime tests I saw Turbo last for 3:30 before stepping down to right at 50% relative output. This is also where I saw maximum heat at 64C (147F) so this definitely gets hot and that thermal protection kicks in to limit output. The light maintained this 50% output for a total of 1 hour before stepping down again to about 4% relative output. My advice would be if you plan to use this light on Turbo for more then once past step down is to wear gloves. It only takes exposures above 60C for more then 3 seconds to get 1st degree burns.

 

UI

The L17 uses a pretty traditional and simple interface. When Off long press on the rear tail switch for ultra low (15 lumen), single click to turn off. Single press to turn on to low, long press to cycle modes. Double click to go to turbo, and triple click to go to strobe. 

 

I will say mode spacing here isn’t super common. Ultra low is 15 lumens and throws really well for not much light. Next is low at 50 lumens, Mid is 150 lumens, high is 370 lumens. Acebeam says this will go 410 meters. Next is Turbo the full 4500 lumens or 160,801 candella. 

 

Pro’s

  • Nice to see colored LED’s being offered here instead of just a filter. I could see this being popular with a hunter with the green tint option. 
  • Very tight and compact beam with great throw
  • A fairly compact bezel which makes this more accessible.
  • Silent Tail Switch & good vibration resistance.

 

Con’s

  • The light gets incredibly hot during turbo before step down. Wear some gloves or hold the back of the light.
  • Big steps between High and Turbo. 

 

Conclusion

I can recommend the Acebeam L17 if you’re in the market for a fairly compact 18650 powered thrower with basically no spill. I am typically not a big fan of tactical lights but the UI on this light is pretty non-tactical so it works out well. 

 

This isn’t the light to take with you when hiking, or for EDC or for walking the dog to see right in front of you. It would be great for a security guard who was needing to point out a specific spot on a house or inspect something from a distance. It’s also just a lot of fun to impress your friends or significant other, it’s a lot of power and so focused. It’s probably the next best thing to a LEP light.

 

https://www.batteryjunction.com/acebeam-l17.html

Thrunite T2 Review (3757 Lumens, XHP 70 LED, USB-C, 21700)

Today I am taking a look at Thrunite’s newest model, the T2. It’s super floody light, producing a whopping 3757 lumens out of a Cree XHP 70 LED, a 21700 battery, and is rechargeable with onboard USB-C. Thanks to Thrunite for sending it to me to review. Let’s take a closer look. Be sure to see Thrunite’s deal on the bottom of the page for the T2.

 

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Get the Thrunite T2 on Amazon at the links below. 

Neutral White https://amzn.to/3jVEcUm

Cool White https://amzn.to/30gZeVE

 

Packaging and Accessories

Packaging here is Thrunites standard good quality brown cardboard box with minimal information. The side lists the model and emitter. Inside the light is protected well with foam. Accessories include the light, a 5000mAh Thrunite branded button top 21700 battery, a nylon holster, USB-A to C charging cable, 2 extra orings, a spare charging port cover and a branded lanyard along with a manual. 

 

Construction

The T2 shares many similar visual features to the smaller Thrunite T1 I reviewed earlier this year. The T2 is made from 6061 aluminum and has a fairly flat tail cap, that is non magnetic, but has a place milled in the side for a lanyard. The tail section and body are a one piece design. The clip only attaches at the tail and is non captured. The body section has a rectangle/rib pattern milled in oti. It’s similar to the Olight M2R which is a competitor light. The T2’s millings are deeper and the rectangle sections are a little larger. It’s a nice amount of grip.

Threads on the body tube are anodized, square cut and nicely greased. Inside the head it has a single brass post up front to fit the proprietary battery. On the outside there is a silver metallic button covering the eswitch with a hole in the middle for the LED indicator. The sides have some milled fins in them. Opposite the button is the silicone cover for the USB-C charging port. I had no trouble here with access to any of the cables I tried. The port is nicely recessed and out of the way.

The aluminum bezel has a grey accent that’s slightly tapered. Inside is a AR coated piece of glass, a wide but very shallow orange peel reflector and the giant Cree XHP 70 LED. 

 

Size & Weight

I measured the length at 112mm and maximum diameter on the head at 30mm and minimum diameter on the body at 26mm. Weight with the included battery and clip was 167.8g. 

 

Comparison

The light that i will be comparing this to is the Olight M2R. Now the M2R is a little more tactically focused but quite similar in over all size. The T2 is shorter in overall size and hardly grows in diameter. That said the M2R does have a bit more reach. The T2 seems to sacrifice it’s throw performance for the overall length of the light in the hand.

Retention

The T2 comes with a basic nylon holster, with a Dring and belt loop. The T2 fits inside just fine. You also have the option of a branded lanyard. These are basic options but do the job just fine. The T2 has as very deep carry pocket clip that only attaches at the tail of the light. It bends out and then up almost flush with the tail but on my example here that upper loop is hard to attach onto a pocket due to the step and small amount of space up top. Other than that it’s a decent clip and once you get it down over your pocket lip it carries well for a 21700 light.

LED & Beamshots

The Thrunite T2 is running a Cree XHP 70 LED and is a available in cool and neutral white. I have the neutral white and it has a bit fo green to it, not uncommon for a Cree emitter. It’s a big LED in a very short and wide reflector. The result is a very floody beam with a good amount of tint shift unfortunately. At 

When the light is dropped on it’s tail it flickers slightly but stays on. I didn’t detect any PWM with my oscilloscope. 

Official Outputs are listed as the following.

  • Firefly  – 0.3 Lumens
  • Low – 30 Lumens
  • Medium – 366 Lumens
  • High – 1712 Lumens
  • Turbo – 3757 Lumens

 

Heat & Runtime

With big output numbers from a big LED comes heat and output stepdowns. Turbo on the T2 started to step down at 1:10 and then ran at 38% relative output till the 8 minute mark, stepping down another 10%. FL1 was at 3 hours 12 minutes. Total runtime was 3hr 20 minutes. Peak heat was 49.9C at 1:30

I did a bit of comparison to the Olight M2R Pro also running a 5000mAh 21700 battery and you can see the Olight has a little brighter mid range but ends about 5 minutes shorter. Overall both lights are pretty comparable in terms of runtime even though their beam patterns are really used for different purposes. 

 

UI

The UI on the T2 is what Thrunite uses on most Thrunite and Wowtac models. Long press to go to Firefly, single click to go up in modes from L, M, H, and double press to go to Turbo. Triple press to go to strobe. There is a memory mode on all normal modes, and a lock out if you press and hold while the flashlight is off. Mode spacing here could be improved, with just 3 modes you see some big steps up, Medium to High is 366 to 1712. I would like to see another mode in the middle.

 

It’s kind of a bit of a shame they didn’t decide to use the T1’s ramping mode as I liked that quite a bit. For a more high end light like this, it’s almost becoming the norm to have a stepped and ramping mode that the user can switch in and out of. 

 

Recharging

The Thrunite T2 has onboard USB-C recharging, and it ships with an A to C cable. They advertise the light as having fast charging but doesn’t really say what that is. I had my hopes up that it would be compatible with C to C  charging via USB-C PD but at least in my testing that doesn’t seem to be the case. Charging the 5000mAh battery from LVP at 2.948V to Full at 4.199V took 3 hours 30 minutes. Maximum charging rate I saw was right at 2A. It didn’t ramp up but instead started right at 2A and then ramped down as the battery filled. The LED Indicator on the button displays power levels in real time. Greater then 21% is blue, between 11-20% red, and flashing red is less then 10% power remaining. When charging they go red and then blue when charged.

I was a little worried about the included 5000mAh battery as it has both the positive and negative terminals on the positive side, it looks identical to the battery Olight uses in the M2R Pro and in fact the Olight and Thrunite batteries are interchangeable in either light. What’s a little strange here is that Thrunite doesn’t have a contact point in the head for that negative terminal on the top of the battery so a standard button top 21700 works and charges in this light just fine. 

 

Pro’s

  • Compact High Lumen Flood
  • Neutral white tint is available
  • Even though it looks like a proprietary battery, standard batteries charge and work just fine.

 

Cons

  • Not USB-C to C Compliant, no USB-C PD support
  • Pocket clip need a little bit of tweaking to fit most pants for deep carry
  • Mode spacing is spaced out quite a bit. 0.3, 30, 366, 1712, 3757 lumens. 
  • Timed Step Down

 

Conclusion

The T2 a pretty good all around floody light with a lot of output from it’s Cree XHP 70 LED. It’s nice to see Thrunite continue to offer tint options on their lights. I find the overall design here a little boring to look at but in this case it’s form over function and functionally it’s pretty good. 

 

I would make a few small changes on a revised model if I could, another mode between medium and high to split the difference between 366 lumens and 1712 lumens. I would tweak the top loop of the clip to allow for it to fit over thicker pants easier, and I would make it compatible with a USB-C to C cable so it could be charged with many laptop and smartphone chargers. The USB-C to C cable is the one universal cable to make your life easier, we are just not there yet with most flashlights. It would be nice to see active thermal management on a light in this price range instead of a timed step down.

 

The battery here is really interesting, that Thrunite went to the expense of putting that negative contact on the positive end but doesn’t use it on this light. It makes me wonder what they might have coming out in the future. It’s nice here that you don’t need a proprietary battery though. 

 

Overall I can recommend the T2 if you need a high output flood light in a small package with a choice of tint. It even EDC’s and carries in a front pocket pretty well which I was not expecting for a 21700 light. 

 

Get the Thrunite T2 on Amazon at the links below. 

Neutral White https://amzn.to/3jVEcUm

Cool White https://amzn.to/30gZeVE

 

Thrunite is also running a promotion for the T2, limited to the first 50 people. 

1 – Buy ThruNite T2 & leave your unbiased experience on Amazon

2 – Contact review@thrunite.com to get a customer edition T1 – dark green ($45.95 on Amazon?for free, limited to the first 50 people!