Today guys I wanted to do an update to a video I did earlier this year on the Reylight Copper Pineapple Mini. I have here the light in Titanium, and wanted to tell you about a few of the updates to it and announce that it’s available for preorder in Brass right now too. More details on that in a minute.
This won’t be a comprehensive review so go check out my review of the Copper Pineapple Mini for that in the description below. While you’re there I will have a link to Preorder the Brass version of the Reylight Mini Pineapple too.
The Pineapple mini is now available in 3 materials, copper, titanium and soon to be brass. The weight of the titanium light with the 10440 battery and new clip is 41.2g compared to 60.8g on the copper light with battery and the original clip design. Brass should come in just a little under the weight of copper but I don’t have a figure for that at this time.
Physically What’s Changed
A couple things have changed on the light which I want to talk about the big one is the newly designed pocket deep carry pocket clip. The old clip was a press on clip and a didn’t have a super great fit on the body of the light. The new clip is captured by the tail section and as a result it’s slightly shorter to compensate, overall the Ti light is just a hair longer. Function wise the new clip is almost perfect, it’s deep carry but the opening at the top isn’t very big so on some pockets you do need to get the material aligned just right or press fairly hard to get it seated right. Retention is good too with it being able to hold the light on your pocket no problem. I have even seen some people sandblast or trouble the finish of the clip so it better matches the finish of the light, an awesome idea.
On the Titanium model, the button feel is different. I get some more side to side play, and the button feel takes less pressure. I think this is due to the different heights of the tail and tolerances here. It doesn’t rattle side to side but if you hit it from the side it can move quite a bit before it actually makes contact with the switch inside. It’s a less premium feel but works.
Copper Tail – 11.71mm
Copper Button – 4.89mm
Copper Button Diameter – 9.24mm
Titanium Tail – 11.21mm
Titanium Button – 4.76mm
Titanium Button Diameter – 9.17mm
Driver Differences – The driver and LED here is largely the same with a small difference. There has been a change in the main MOSFET to allow for better compatibility with NiMH batteries. The light still is best with a Liion battery over a NiMH or Alkaline in my opinion but the two lower voltage batteries do work better.
I ran runtime tests with both battery types to compare the revised driver to the original and with the 10440 I got an additional 28 minutes of runtime for a total of 1:45:00, and with the NiHM we got an extra 30 minutes for a total of 6:10:00. Turbo step downs were the same. Outputs are still the same, 90 lumens with a AAA or 240 with a NiHM.
Conclusion
I really enjoyed the copper mini, and have been frequently carrying it this summer, it’s small and light weight and provides enough light in shorter durations. I have been working from home so if I ever need more light I am around other lights.
That said the titanium mini is even lighter, and thankfully it still has the Nichia 219B R9080 at 4500k 97CRI. I think it just looks awesome with the stone washed finish too. I put a blue tritium in mine and it’s just a perfect combo to find your light in the dark. The weight savings between the two is 19.6g so that’s substantial. The improved clip is what the light deserves in my opinion too. The Nichia 219B R9080 at 4500k is still a great high CRI LED too.
Unfortunately at the time of filming the Titanium version of the light is out of stock, but Rey hopes to have some before the end of the year. Brass is available for preorder now with it expected to ship out in November, so the brass version would make a great Christmas gift or stocking stuffer too. If you’re holding out for Titanium the best way to be notified about it is to join Reylight’s Facebook group, and check out his website at Reylight.net. I will have a link to both sites as well as my own Facebook and Instagram pages too.
Today I have Thrunite’s newest model, the TT20. It produces 2526 lumens from a Luminus SST70 LED, a 21700 battery. It has onboard USB-C charging and has a rear tactical switch. It’s available in 2 color bodies too. Thanks to Thrunite for sending this to me to look at and review.
Get the Thrunite TT20 for $55.96 (20% off) until October 31st by clicking coupon checkbox on the product page at Amazon.
The TT20 is using Thrunites standard heavy but minimal cardboard box. It’s lacking information like normal but that’s fine since it’s designed for online direct to consumer sales. Inside you get the flashlight itself, along with the proprietary 5000mAh 21700 battery, a basic holster, and a USB-A to C cable. The extras bag includes 2 Orings, a spare rubber tail boot, extra orings, 2 spare USB Charging port covers, and a branded lanyard.
Construction
The Thrunite TT20 is available in 2 colors currently, a standard black and a Red “Outsider” edition that I have here. It’s a really nice rich vibrant red, I always like seeing lights in different colors. This version replaces the TT20 model number engraving with the Outsider’s logo. (Youtuber).
Thrunite added a large mechanical tail switch on this light making it “tactical” It’s cover is grippy and you can connect the lanyard at either side of the tail switch. It has some straight knurling for trip to help remove the tail cap. Inside the center contact is slightly spring loaded.
Threads are anodized and square cut. The battery compartment has very tight tolerances with the battery, when inserting the battery it’s cushioned by a layer of air escaping, normally you don’t see these types of tolerances in production lights. It doesn’t suffer the problem of the USB port cover popping off either which you sometimes see when inserting batteries in lights. The surface of the light has a fairly tame grip level for a tactical light, it’s a similar milled pattern to what the TC15 and T2 have. The 2 way clip is reversible on either end of the light, I have switched mine from where it came preinstalled.
The head of the light is pretty plain, and glued to the body of the light at the front. You have an anti roll ring at the front. The e-switchis similar in shape and design to other Thrunites but this time black anodized and seems to stick out slightly more.It’s still got the LED indicator underneath for battery power levels. The battery charging port is opposite, and it has a fairly large silicon cover. The little pull tab can get in the way causing the flap to open unintentionally. The front of the light has a scalloped bezel that’s non tactical but allows light to escape when standing on the head. The lens is anti reflective coated, and underneath is a deep smooth reflector and the LED is nicely centered. The light is IPX8 water rated and had no issues with time in a bucket of water.
Size & Weight
I measured the length at 136mm, max diameter at 29mm, minimum diameter at 26.5mm. Weight with the battery and clip installed is 181.1g. For me I find it fits in the hand pretty well and it’s a decent size for a 21700. Not the smallest light in it’s class but not the largest either.
Comparison
The Olight M2R Pro is the most obvious light I have as a competitor. It also is a 21700 battery, tactical tail switch with front button, and a similar overall size. Weight wise it’s within 1 gram. I think the Olight is a bit more tactical, with the more aggressive bezel, more aggressive body section grip, it’s more focused beam, and the 2 stage tail switch. Clip wise I have to give the advantage to Olight but the TT20 is good too. See the pictures below for how it compares to the Thrunite T2 and TC15.
Retention
The TT20 comes with a lanyard that you can attach onto the tail cap if you wish. This is approaching the size of light where I start to use lanyards, but for now I will leave it off. It also comes with a holster, it does the job but is fairly basic, with just a D-ring and belt loop. This is one area where the Olight M2R Pro’s holster is clearly better.
The pocket clip on the TT20 is dual direction and pretty good. It allows for a fairly deep carry in the pocket with only about 10mm of the light sticking out of the pocket. The clip is mountable on the front of the body tube or the rear. I suspect most people will rear mount it like I have it here. It’s a non captured clip so it does rotate around the body of the light. The TT20 will fit on a hat if you want it to but with the 21700 battery it’s heavier then I normally want to do with a strap on clip.
LED & Beamshots
The TT20 is using the Luminus SST70 LED in cool white. This is my first light with this LED as it’s fairly new and new to the flashlight market as well. It’s an XM Size LED, Quad die LED so it would be a replacement for a Cree XHP50, but it’s physically smaller, more like and XHP35. With it installed here in the TT20 there is a small donut in the beam at distances less then 3”. At low powers, I get a bit of green/yellow in the beam, but these go away at moderate power levels and the beam is a cool but not cold tint. There is a moderate hot center and the spill is moderate. There is a small ring at the outer edges of the spill.
This gets a bit into the UI of the light but during ramping it’s not a smooth ramp. It seems as if there are a ton of small fixed steps as it’s increasing or decreasing in brightness instead of a nice and smooth ramp like you have on most lights with ramping. Once you stop it’s even and I don’t notice any PWM to my eyes or camera. My scope says there is a tiny bit, so no concerns.
Working voltage is 2.7V-4.2V which means you are only using the “proprietary” 21700 that the light comes with. FIrefly is measured at 0.5 lumens, infinity low starts at 31 lumens up to 1468. Strobe is 1294 lumens and Turbo is 2526.
Heat & Runtime
I did my runtime tests with the included battery at room temps of around 73F, non cooled. Turbo on the light lasts for 1:15 before it starts stepping down and it’s stable again at the 3 minute mark at around 23% relative output. I saw peak temps at 1:30 of 52C. The light was able to hold this 23% relative output for a long time, 3:30:00, total runtime was 3:36:00. LVP was measured at 2.849V. The standout for me is if you just skip turbo and run the light in infinite high, it’s around 1300 lumens and the light is able to hold this for a little over an hour (75 min).
When I compare the runtimes to the Olight M2R Pro, the Olight is able to withstand it’s turbo output slightly longer at about 5 minutes (while stepping down), and it’s bulk of the runtime was closer to 38% but for a shorter 2:33:00 and a total runtime of 3:15:00.
UI
The UI on the TT20 is different for a tactical light. It’s ramping with the use of the front button. It starts on low and if you long press from off the light comes on in firefly mode. Once on in normal mode you can press and hold and the light will begin it’s ramp up, as mentioned the ramp isn’t very smooth or fast. A full ramp from low to high takes 5.44 seconds which is a long time in my opinion. The light flashes at both ends 3 times and you can ramp in a loop low to high then ramping back down to low. It’s harder to start the light out in low especially if coming from moonlight mode. Double click on the front switch to jump to Turbo or use the tail switch to go to turbo at any time. Triple click the front button to get into strobe. There is memory as well for modes other than Turbo. When using turbo from the tail switch you can’t adjust the mode.
The light does have electronic lockout mode, if you are a subscriber here you know I rarely if ever use lockout through the UI. Thankfully mechanical lockout is an option by just breaking contact with the tail. This will prevent the tail from working but the E-Switch will still work thanks to that proprietary battery. The light basically has 2 physical paths for current to flow. I find myself sometimes turning on electronic lockout accidentally here if I press to long to get to firefly mode.
Charging
The TT20 has a onboard USB-C port for charging. It’s only compatible with USB-A to C, and not full C-C or USB-C PD unfortunately. Total charge time was 3:03 which is pretty good. Max charge speed I saw was 2.1A. The curve here is different from I typically see but it did decline as the battery charged. The battery measured as full at 4.199V.
The battery will charge in some external chargers too if you have a large or pointy contact to make it over the plastic spacer on the battery. Alternatively if you have a charger that accepts long cells like the VapCell S4 Plus I recently reviewed, then a 1mm rare earth magnet will work as a spacer if needed. With the S4 I don’t need a spacer it turns out.
As mentioned before the 5000mAh 21700 battery here is proprietary since it has both the positive and negative contact on the traditional positive end of the light, and it has small plastic spacer here. The battery is interchangeable with the Thrunite T2 and Olight 21700’s like what’s on the M2R Pro. The Olight battery will run in the Thrunite TT20, but not the other way around. This is done to reduce the lights diameter, so it can run without an inner tube, so the E switch and tail switch can both operate.
Pro’s
Body Color options, but I wish these were not cobranded.
Better value and longer overall runtime then the main competition.
It can sustain a high percentage of infinite high for quite a while.
New SST70 LED that I think we will be seeing a lot more from manufactures, hopefully in Neutral white soon.
Con’s
The red anodizing is a great color but doesn’t seem to be as durable as black.
Ramping isn’t steady and suffers noticeable PWM during the ramp. It’s also slow.
The UI here isn’t my favorite, it’s a clumsy mix of what I will call Everyday tactical.
Conclusion
My conclusion I come away with this light is, is it really tactical? The inclusion of the ramping suggests to me it’s more for general everyday use, with the tail cap being the more tactical feature since it allows you to go to full turbo instantly, but when using the tail option you can’t adjust the mode and it’s only turbo. I like how with the Olight M2R Pro, the tail switch is 2 mode, so it’s easy to get to but you have the option of if you want full power or not.
To me the TT20 more everyday tactical than full on tactical. The beam to me is more everyday than tactical too with it being less focused and more flood then the M2R Pro. That said the TT20 is a nice value compared to many othe the other 21700 lights in the price category. It’s nicely made and carries better than I expected in the pocket. The runtime on infinite high is great too, It’s easily able to sustain over 1000 lumens for over an hour. In my opinion I can recommend the TT20 for general use if you’re OK with the UI and slow ramps but I probably wouldn’t recommend it for a true tactical operator type situation.
Get the Thrunite TT20 for $55.96 (20% off) until October 31st by clicking coupon checkbox on the product page at Amazon.
PhotonPhreaks Flood Ring on my Reylight Dawn, Nichia 219C.Stock optic on my Reylight Dawn, Nichia 219C.PhotonPhreaks Flood Ring on my Reylight Dawn, Nichia 219CPhotonPhreaks Flood Ring on my Reylight Dawn, Nichia 219C.Stock Optic on my Reylight Dawn, Nichia 219C.
Today I have Nitecore’s newest powerbank the Carbon Fiber NB10000. It’s made from Carbon Fiber, all around, features 10,000mAh capacity, along with USB-C and A, and is capable of 18W input and output. Thanks to NitecoreStore for sending this to me to check out and review.
Packaging here is quite nice it’s a box that looks like it’s made of carbon fiber and it’s a pull out tray that has the powerbank, included USB-A to C cable, and the paperwork inside.
Construction
This powerbank is made from a carbon fiber reinforced plastic case, this is a more expensive stronger material then you find in most power banks. It feels a lot like a high quality tool that’s using a glass reinforced plastic. As for the carbon fiber on the top and bottom, I have my doubts here on it’s authenticity. When I hold it up at a certain angle and press near the front I can get it to deflect easily, there is also no texture in the weave that I can feel. At best it’s a peel and ply carbon fiber, at worst it’s a printed and stuck on. Other then that it’s quite stiff and feels well built. On one side all the inputs and outputs are laser engraved and easily read.
At the front you have one USB-A port for output only, up to 18W, then you have a USB-C port that can be used for In or out at 18W each. Next to it you have the single button on the powerbank with 3 blue LED underneath for power indication.
Oh and it’s water rated at IPX5 which is rare for a powerbank. It means it can sustain a low pressure jet of water or splashes, so it’s perfect for adventuring. Even though it’s not officially rated for it, I did submerge it briefly and it survived.
Size and Weight
I measured it as 122mm long, 59mm wide, and 10.5mm thick. This is nice and thin and slides behind most modern smartphones in a pocket while charging which is convenient when traveling. At 151.2 Grams it’s pretty light too thanks to that use of carbon fiber.
When I compare it to my Aukey 10,000mAh powerbank the Aukey is wider, longer, and 43g heavier. The 10,000mAh Anker powerbank I have is shorter but significantly thicker, I suspect it’s using cylindrical cells (21700?) and is 41 grams heavier.
Performance
As mentioned the NB10000 has one USB-A port for output only, up to 18W, then you have a USB-C port that can be used for In or out at 18W each.
I did my charging tests with my 65W Aukey GaN chargers that I previously reviewed on this channel and had no issues. Total charge time was 3:13:00. Peak charge I saw was 8.9V at 2.0A, or right at 18W. My CT-2 Meter recorded a total of 43.44Wh went into the battery.
Official Specs are as follows
Input – USB-C: 5V @ 2.4A or 9V @ 2A
Output – USB-C: 5V @ 3A or 9V @ 2A or 12V @ 1.5A
USB-A: 5V @ 3A or 9V @ 2A or 12V @ 1.5A
I ran 3 discharge tests, 5V at 3A, 9V at 2A, and 12V at 1.5A each performed as expected with power being pretty stable.
At 5V at 3A, I measured total energy at 31.29Wh, and average voltage at 5.18V and a total discharge time of 2:01:05.
At 9V at 2A, I measured total energy at 29.16Wh, and average voltage at 9.14V and a total discharge time of 1:35:58.
At 12V at 1.5A, I measured total energy at 29.71Wh, and average voltage at 12.02V and a total discharge time of 1:38:58, with a bit of voltage step down the last 20 minutes.
The NB10000 also offers Passthrough Charging meaning you can connect it to your charger, via USB-C and then charge your phone or other device (Flashlight) via the USB-A port, and both will charge at once. It’s not the full 18W speed but for me both my phone and the powerbank were full in the morning, making this great for backpacking or travel.
I charged my good old Note 8 from 15% to 100% in 1:51:00 via USB-C with 2/3 lights lit on the powerbank. I charged my phone again from 50% to 100% and the powerbank was still showing ? full.
It’s nice that the powerbank has a low power mode that you can activate by pressing and holding the single button until a white LED comes on underneath. This is perfect for charging an increasing number of low power devices like wireless headphones, smart watches and other wearables.
Pro’s
Carbon Fiber! I am a sucker for carbon, real or fake it doesn’t matter.
Really small and compact
Supports 18W in or out, and charging via USB-C PD.
Low power mode
Con’s
The indicator LEDs are too close together to easily read.
Passthrough charging works but is fairly slow.
On the pricey side these days, but it is a premium build quality.
Conclusion
The NB10000 is a small, well built powerbank with a great size to performance ratio. It has the features I am looking for in a powerbank in 2020, like PD support, 9 and 12V, and a low power mode. It doesn’t hurt it’s made of carbon fiber too since I am a sucker for it. That said you pay for these more premium features and this isn’t a cheap powerbank.
That said it’s my new travel charger since it’s so easy to put in a pocket and charge on the go. It also fits nicely in my camera bag which is also a plus. The traditional powerbank brands better watch out because Nitecore has them in their sights.
Pick up The Nitecore NB10000 Carbon Fiber Powerbank at NitecoreStore at https://bit.ly/3lssOiO
Today I have the new Reylight Quad Emitter Dawn flashlight by Maratac. It’s a CountyComm exclusive light producing 3200 lumens out of 4 Cree XPL-HI LED’s in 5000k and can be powered from a 21700 or 18650 battery. It’s got this really nice dimpled style texture on the body all done in this grey type 3 anodized body. Let’s take a deep dive on this light and show what it’s capable of.
Don’t forget to subscribe to my Youtube channel too, I can see that on some of my popular videos up to 75% of you watching this are not subscribed, so make sure you click subscribe now and turn that bell icon on, so you get notified about new videos every week.
CountyComm is giving my viewers 10% off their order of this light by using the code “LiquidRetro” at checkout. Check it out here if you are interested https://bit.ly/2SqBcTo
Packaging and Accessories
The Reylight Maratac Quad Dawn packaging is very simple. It ships in an orange hard plastic case with foam inside, some extra orings, and a plastic spacer for running an 18650 if you want to. The case is nice to store the light in but great to put other stuff in too. CountyComm is shipping these with a Samsung 40T 21700 battery but no charger. No manual is included but it’s a pretty simple 4 mode interface so you don’t need one.
Construction
The light is made from 6061 aluminum and type 3 hard anodized in a gray matt finish. Starting at the tail switch, it’s a recessed textured rubber boot with a mechanical switch underneath. It has a satisfying feel and sound too it. The clip attaches at the edge of the light, using 2 purple anodized titanium screws and a titanium clip. I will talk more about the clip in the retention section. The only branding is opposite the clip, and it has the Maratac logo and the serial of the light. This minimal branding is great!
The body and tail are a one piece design. I really like the almost golf ball like dimpling on the body of the light. CC says this increases the gripping surface by upto 300% over standard knurling, I don’t know how they come up with this calculation but I just like the feel in my hand and different look to most other lights on the market, and it won’t tear up your pocket insides. The head grows in diameter and has 4 tear drop shapes milled into it the length of the head. It’s a design feature that is common on many other ReyLight designs, like the LAN, and Gemini.
At the front the bezel is raw aluminum to provide some contrast and when standing on the head it allows light to leak out letting you know if it’s on or not. The lens is sapphire, which is great for scratch resistance. Below that is the quad carillo style optic and LED’s. There is a green glow gasket underneath, it’s reasonably bright but definitely not turbo glow.
Size and Weight
I measured the light at an overall length of 121.78mm, a minimum diameter of 25.5mm on the body and a maximum diameter on the head at 28.2mm. Weight with my 21700 battery is 140.1g. With a 30Q and spacer the weight was 127.6g.
The light is narrow for a 21700 and quad emitter light. Here are a few comparisons to similar quads or 21700 lights.
Retention
For retention this light has the same pattern Reylight has used on the Dawn and Gemini flashlights. It’s a wide paddle clip that has the popular Steel Flame spacing for the screw holes, so you can upgrade to a skull clip if you like. The stock clip is 1.2mm Thick and quite stiff. It’s a bit of a challenge to get it to clip to my pants pockets. That said it’s very secure and isn’t going to go anywhere once clipped. I like how this light feels in my hand, it’s the perfect size for me and that dimpled texture gives a nice grip.
LED & Beam Shots
The Reylight Quad Dawn by Maratac is using Cree XPL-Hi LED’s in 5000k tint so it fits that classic neutral white tint, but to me it seems on the cool side of 5000k. My preferences in recent years has opted to the warmer emitters but this is nice too. The optic is all flood, and it’s pretty even with no real distortions, not something you see on all quads. The beam has a broad center with a slight corona, and the overall shape is slightly square at short ranges.
Quad Dawn Beam Shot
Reylight Krystal Beam Shot
The middle 2 modes exhibit some PWM, It’s not bad and my eye or camera can’t see it but my scope can. See the example below.
Heat and Runtime
The Reylight Quad Dawn by Maratac has quoted outputs of 2 lumens, 250 lumens, 1400 lumens and 3200 lumens. I did my runtime test with an Xtar High Drain (42A) 4200mAh 21700 battery because that’s what I had two of. I did a complete runtime in Turbo, which isn’t recommended because of the extreme heat, but it’s how I test all my lights in the brightest possible mode and see where they go from there. On this light it starts stepping down pretty soon after and a 0:2:25 it’s down to 50% relative output. From here it holds itself for an hour before stepping down again and ending at around the 1:15:00 mark. During this time the light gets super hot, a whopping 78.9C (174F). This is dangerously hot, for both the battery and your skin. Again this isn’t recommended, CountyComm recommends only using “turbo” for 90 seconds and when you do that the light steps down much less and remains a warm but reasonable temp of less then 60C. I tested High only mode and fell a little short of the 2 hour quoted runtime but my battery is also 800mAh short of what the light ships with so I expect it to hit that without issue.
UI
The UI here is super simple, it’s a 4 mode flashlight, with moonlight, low, high and turbo. Mode spacing varies quite a bit, between 2, 250, 1400, and 3200 lumens. The mechanical button can accept half presses while on to advance the modes and then a full press to lock in on. There are no flashing modes on this light, which I am cool with. The light doesn’t have memory mode.
Pro’s
I love the golf ball style dimpled texture on the body, it’s different and functional. Nice grey anodizing here too.
Surprisingly light and small for a 21700 quad light.
No stepdowns due to thermals mean it stays bright for as long as possible but gets extremely hot.
Simple 4 mode interface, no strobe.
Con’s
In continuous output in maximum output this gets super hot, Up to 78.4C in uncooled runtime tests. This is too hot to hold safely, so run the light only as bright as you need or can stand.
The pocket clip is super stiff, it takes effort to clip onto your pocket.
Some rattle with the 18650 adapter but that is to be expected.
Conclusion
The full name of the light (Reylight Quad Emitter Dawn Custom Maratac LED Flashlight + Glow Afterburner) is lunacy, but the quality of the light makes up for it. For a 21700 sized light it was smaller than I thought it would be. The slimness of the tube really helps.
It’s not something I will carry often in my front pockets for EDC for office tasks but you could carry it pretty easily in a larger pocket or back pocket if you wanted. It’s not too big in a front pocket either if you wanted. For me it fits great in the hand and that is only made better with the dimples for grip. It’s a great walking the dog type of light, high at 1400 lumens and the floody beam is more then you need, and with 2+ hours of runtime it is plenty for most people. One more mode between low at 250 lumens and high at 1400 lumens would make it a little more useful I think.
That said on Turbo for continuous use this light is dangerously hot, 78.9C (174F) is burn you hot, that said you I only saw this at the 31 minute mark and I don’t think you will see it in the real world because a sane person would shut the light off or turn it way down as you wouldn’t be able to hold it. I don’t recommend running your light in turbo for so long because it’s not good for the battery either.
Overall this is a nice light at a fair price. I enjoy it and am glad I have one. It’s easy to recommend and is a nice size too. Remember these are limited to only 500 lights and are only being sold through CountyComm, so check the description below for a link to their website to pick one up if your interested.
CountyComm is giving my viewers 10% off their order of this light by using the code “LiquidRetro” at checkout. Check it out here if you are interested https://bit.ly/2SqBcTo
The Jetbeam TH20 Guardian is an updated version of the previous popular TH20 Tactical flashlight. It’s rated for 3980 lumens from a Cree XHP 70.2 LED and a 21700 battery. It features onboard USB-C charging and has a powerbank function. Thanks to Jetbeam for sending it to me to review.
Packaging is standard Jetbeam hanging design with a nice photo of the light on the front and stats on the back. Inside accessories include the light, a 5100mAh 21700 battery, a belt holster, wrist lanyard, the USB-C OTG cable for charging and using as a powerbank, and then some nice spare red orings. Paperwork includes the manual, warranty card and COA.
Construction
The TH20 is a solid well built light all around. Starting at the tail cap it has 2 large square ears that protect the button and paddles well, and allow for a place for the lanyard to fit. The light will tail stand but it’s not very stable when doing so. The knurled areas on the tail and body are on the smoother side but the milled areas on the light and heatsync give you an area to lock into.
Threads on the inside are anodized, square cut, beefy and really smooth. Other manufactures take note, this is how it’s done. The tail cap has dual stiff springs, but the head only has a brass post, a little surprising for a tactical light. No issues with vibration though.
The head section has a section that looks like heatsyncs, I think it’s more style though, The front bezel seems to be glued in place, I can’t get to move, It’s short but has large crenulations allowing light to spill out. The antireflective coated glass underneath is thick and well protected. Under that is the deep orange peel reflector and the large Cree XHP 70.2 LED.
Size & Weight
I measured the overall length at 161mm. Maximum diameter on the head was 40.21mm and minimum diameter on the body was 29.5mm. The weight I measured with the battery, was 267.3g. This is a large light, no ways around that. See the photo below for some photos of similar 21700 sized lights.
Retention
This isn’t an EDC light to put in your front pants pockets, instead you have a holster option that the light comes with. It comes with a nylon holster, with a button belt loop and no Dring. The material here is nice but the stitching is all single stitch and it it’s not a premium feel.
LED & Beamshots
This light is using a Cree XHP70.2 LED in cool white. No tint data is given but it’s definitely cool white and has the characteristics of a XHP70.2 LED. So that means it has some beam distortion in the center, of a corona donut and then tint shift across the beam. It’s more a flood but the beam isn’t even, so I would call it on the floodier side of a typical flashlight beam. Definitely not a thrower.
The light has 4 solid on modes and then strobe.
Turbo 3980 Lumens
High 1500 Lumens
Medium 350 Lumens
Low 25 Lumens
No ratings are given for strobe but I would guess it’s equivalent to high or turbo.
Runtime & Heat
I am skeptical of the claimed 3980 lumens, at least that it can sustain it for any time. In my runtime graph here I see about 20 second before the light has stepped down. At this point it can sustain this mode for about 10 minutes before stepping down again due to thermal constraints with the maximum temp it sustained was 40.5C. Total runtime ended up at 2:26:00 but instead of shutting off the light ran for several more hours at basically moonlight mode. I stopped the test at 5:35:00. LVP kicked in at 2.946V.
UI
UI here is quite simple. You have a large mechanical button on the tail end of the light covered in a large silicone switch, it’s quite stiff, you won’t accidently press it, but it is loud. Next to it on both sides are metal paddles. When the light is off, the paddles give instant access to the strobe/sos mode of the light in a momentary manor. When you press the main button on the light the paddles give you mode options give you mode selections, with memory. The easiest way to lock the light out is mechanically by just turning the tail cap slightly.
Recharging
The TH20 offers charging via USB-C, but doesn’t support C to C charging. It features USB-A to USB-C which seems to be all most flashlights offer. Recharging the included the 21700 5100mAh battery from LVP to full took a total of 5 hours even, with peak charging rate 1.87A. The curve is a little abnormal but no big concerns with a battery this size. My one complaint is the LED light that gives the charging status is very close to the port, and combined with the port cover it can be hard to see depending on the cable you’re using. Charging stopped at 4.149V.
The light can also be used as a powerbank. It comes with a USB-C to USB-A Female adapter cable that can be used to charge your phone or other device from the light. It can also charge a device like my phone with just a USB-C to C cable. I did a discharge at 2A, but when doing this it didn’t seem to step down gracefully like I would expect or it could be my equipment, not many lights do the powerbank feature.
Pro’s
I like the warm gray color of the anodizing
Feels well made, and beefy, buttery threads.
The battery bank feature is nice in a pinch.
Con’s
Turbo is too short only lasting about 20 seconds.
Definitely has some distortion in the beam from the lens and LED.
It’s big, and on the expensive side.
While it tail stands, it’s not stable when doing so.
Conclusion
I don’t have a ton of use for a light like this in my daily uses. It’s large, heavy and turbo is too short to be useful for me on my example. I do think the tail design is pretty decent for direct access to strobe in a tactical situation but 3 simple light modes plus turbo for your solid modes. I wish turbo lasted longer then 20 seconds, it would be useful in tactical and non tactical situations.
I love the color of the anodizing here, it’s gray brown anodizing, nice to see especially on a tactical light. The light is also very well built from what I can tell. Solid, and the rear switch takes quite a bit of pressure to push. If you need a solid well built tactical light thats in that middle ground between a flood and thrower then this fits that need, but isn’t going to be your best general purpose light in my opinion.
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.
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.
