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

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

 

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Get the Arkfeld at https://flashlightgo.com/products/olight-arkfeld-flat-flashlight

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

 

Packaging

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

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

 

Construction & Design

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

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

 

UI

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

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

 

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

 

Retention

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

 

Size & Weight

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

 

LED & Beam

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

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

 

Laser

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

 

LED Output 

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

 

Heat & Runtime

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

Recharging

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

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

 

Conclusion

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

 

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

 

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

Fenix PD36R Pro Review (2800 Lumens, 21700, USB-C)

Today I am taking a look at the new Fenix PD36R Pro. It’s an update on the previous light and includes a substantial increase in runtime. The light may look and sound familiar though because I took a look at the TK20R V2 earlier this year and it shares a lot of similarities with the new PD36R Pro. Thanks to Thrunite for sending this to me to review. 

 

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Links to Purchase

https://amzn.to/3OYXRCK

https://www.fenixlighting.com/products/fenix-pd36r-pro-rechargeable-flashlight

https://www.fenix-store.com/fenix-pd36r-pro-2800-lumen-flashlight/

 

Packaging & Accessories

The light I have is an early production sample that was sent before the packaging was finalized. That said I expect a typical Fenix full retail package that’s designed to hang on store shelves in your local sporting goods retailer. Included in your light will be a Fenix 5000mAh 21700 battery, USB A to C charging cable, Nylon Holster, pocket clip, Lanyard, spare o-ring, user manual, and warranty card. There is a few accessories that are not included but will also work with this light like a remote pressure switch that screws onto the tail, 3 different rail mounts, and a diffuser cone. All of these are sold separately. 

 

Construction and Design

I am only going to hit the high points here, and let the photos and video do the rest of the talking. The light shares a lot of physical traits with the TK20R V2. The light is made from T6061 aluminum and nicely anodized black, there is a special edition red camo version too at some retailers. At the tail cap you have 2 protruding buttons, a larger round mechanical switch that takes a good amount of force to push, and then a smaller rectangle mode button. The light does not tail stand as a result.

The pocket clip only mounts on the rear of the light. The body tube has a concentric ring knurling-like texture on the body, this provides a good amount of grip and looks nice I think. The charging port is covered with a textured silicone cover that fits very tightly, below it is a small LED indicator to show the charge level while charging. Red when charging, blue when charged.

Internally there is a stiff spring at the front of the light as well as in the tail, threads are smooth, square cut and a bit dry. Up front, the head is glued in place and the bezel is machined into the head. There is an AR glass lens, a narrow deep smooth reflector, and a nicely centered LED. 

 

Retention

Since this is a pre-production light I don’t have the lanyard or holster that the light will ship with in it’s final form. What I can talk about is the pocket clip. It only attaches at the rear of the light and is relatively narrow for the size of the light. It’s stiff and does a good job of retaining the light in my front pocket, with about 1” of the light sticking out. In my medium hands, the light is a nice size without being too bulky.

 

Size & Weight

I measured the length at 5.74”, and the diameter at 1.09” at the head. Weight with the battery and clip came in at 6.00oz. The light IP68 water rated, which means it can survive 6.5ft of water for 30 minutes. The USB port itself is waterproof as well, so even if you don’t have the cover in place that won’t be a problem. Here are a few comparison photos with the Fenix TK20R V2, and some other lights. 

 

LED & Beam

The Fenix PD36R Pro is using the Luminis SFT70 LED in cool white. My Opple meter shows it as 5456k and 60 CRI in medium mode. In higher modes, it cools off slightly and has a slight green tinge to the beam to my eye (and meter). The beam has a large pronounced hot spot in the center and a large spill with some tint shift noted. Compared to the TK20R V2, the hot spots are a similar size but the spill is larger here on the PD36R Pro. The Parasitic Drain was measured at a low 4.0uA with the tail cap off. There was some PDM here, especially on lower modes but my eye or camera didn’t see it only my Opple meter did. 

Measured outputs vs Stated Outputs

All readings were taken at the 30-second mark. The light was cooled in cool water between measurements.

 

Turbo – Measured – 2160 Lumens Claimed – 2800 Lumens 77.14% of Claimed

High – Measured – 978 Lumens Claimed – 1000 Lumens 97.80% of Claimed

Medium – Measured – 349 Lumens Claimed – 350 Lumens 99.71% of Claimed

Low – Measured – 157 Lumens Claimed – 150 Lumens 104.66% of Claimed

Eco – Measured – 35 Lumens Claimed – 30 Lumens 116.66% of Claimed

 

Heat and Runtime

For my heat and runtime, I tested with the supplied Fenix 5000mAh battery, on my Texas Ace Lumen tube. Turbo starts out here a the claimed lumens but by 1 minute it’s stepped down to about 750 lumens because the heat was up to about 43C. It increases the output some in the next 20 minutes as heat dissipates, but the light has a substantial drop at about 2:10:00, then again at 3:20:00, and once more at 4:30:00, where it runs at it’s the lowest output for many more hours. Total runtime was right around 8 hours, and the light does flash in the last hour of use to indicate it’s the battery is low.

I then did a comparison between Turbo, High and Medium runtimes and there isn’t really any real surprises. Lower outputs are more stable and have longer outputs. 

 

UI 

UI here is very simple and it’s the same that was found on the TK20R V2.. The light has 2 buttons on the rear tail cap of the light. There is the larger power button which Fenix is calling the Tactical switch, it’s a forward clicky switch with momentary, and then the smaller button which they are calling the function switch. You can half-press the tactical switch to turn the light on in the last mode used before locking fully on. Once on you use the function switch to cycle through the 5 modes in a linear manner. The light does have memory mode. At any time you can press and hold the function switch to get to strobe mode. 

 

Recharging

Recharging on the PD36R Pro is accomplished via the USB-C port on the side of the light near the head. The port cover is worth mentioning here, it’s very tight fitting, and can be a bit of a challenge to remove despite a small tab to pull on. You have wide access to the port so cable compatibility shouldn’t be an issue here. The light charged via C to C cables and PD chargers without a problem. One thing to note is that you can’t use the light during charging.

I charged the included 5000mAh battery (Rated at 4870mAh in my testing)  from LVP at 3.044V to Full at 4.227V in 4:13:00. The charging speed starts off slow for the first few minutes, then increase significantly with a peak of 2.5A before slowly declining. The total charge time was 4:10:00. One thing that was concerning was that the terminating voltage was slightly too high. Not sure if this was my multimeter or maybe due to the prototype nature of my light. When fully charged the side LED indicator goes from Red to Blue.

 

Final Thoughts

The Fenix PD36R Pro is a pretty large upgrade over the older PD36R in nearly all metrics and is overall a well-rounded flashlight. However, I can’t help to draw on the large number of similarities to the TK20R 2.0 that I reviewed earlier this year. Same LED, Same UI, Same battery, very similar performance, Same tail cap, and same clip. Where they differ is mainly in the charging port cover, and head size. The TK20R V2 is more of a tactical purpose, where as the PD36R Pro is more EDC/General use while also being capable of tactical use. 

It’s a well built light, one of the best USB-C port covers I have seen, and a very easy to use UI with the two dedicated buttons on the tail. I’ll give it a ding for not being able to tail stand and for not lacking a true moonlight mode of 1 lumen or less. 

 

Links to Purchase

https://amzn.to/3OYXRCK

https://www.fenixlighting.com/products/fenix-pd36r-pro-rechargeable-flashlight

https://www.fenix-store.com/fenix-pd36r-pro-2800-lumen-flashlight/

Fenix E18R V2.0 Review (1200 Lumens, 16340, USB-C)

Fenix has a new small higher performance EDC with the updated FenixE18R V2.0. This is running a Luminis SST40 and a 1634 battery. Its biggest competitor would be the Olight Baton 3, and I will be using that as a comparison throughout the review. Thanks to Fenix for sending this to me to look at and review, all opinions are my own.

 

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Get the Fenix E18R V2.0 at Fenix-store.com and save 20% for first-time orders.

 

Packaging & Accessories

The packaging here is a nice fully decorated retail-style box. The outside has some of your typical stats on the back. Inside the light is in a plastic tray, but what I really like here is that the accessories underneath are held in place with an extra piece of plastic. While this is minor it really helps to put everything back into the box with ease. If you save boxes and everything that comes with a light like I do this a useful bit of packaging. Accessories include the light itself, preinstalled pocket clip, lanyard, 700mAh Fenix branded battery, USB-A to C charging cable (short), layard, extra orings, port cover, warranty, and manual,

 

Design & Construction

The E18R V2 is made from 6061 aluminum, and hard anodized in black in a smooth semi-gloss anodizing. The tail is mostly flat, and strong magnetic. It tail stands without an issue despite it only having 2 outer wings. The tailcap as very shallow straight knurls on it for minimal grip.

The body has very fine circular grooves milled into it. They provide a minimal amount of grip but on a light this small I feel like the clip help gives your fingers something to lock on to. The threads on the tail are anodized and inside there is a spring only on the rear of the light. The head is glued onto the body tube, and the clip only attaches in one position but isn’t captured in terms of rotation.

The head has a slightly raised area around the electronic switch. The switch has a metal button cover with LED in the center to give the battery and lockout status. The accent colors here are a rosy copper color that I think is attractive. The USB charging port is opposite the button, and the port cover here is very secure as it has an additional hook to hold it in place.  The lens is plastic TIR with a flat top, with no additional cover to protect it. The light has basically no bezel, what bezel it does have is flat.

Lastly, the markings on this light should be mentioned, they are laser engraved, and nicely aligned. I like that they hid the CE mark, and it contains the typical hot warning near the head. What I hadn’t seen before but think is a decent idea is very small directions under the switch to remind you how to lock and unlock the light.

 

Retention

The primary retention method with the light is the dual direction pocket clip. It’s designed primarily as a lens up carry clip which isnt’ my personal favorite method. When carrying this way it leaves about ½” of light sticking out. The same can be said If you flip it over. The clip is also one of the 3 ways to do lockout on this light if you slide it over so it physically covers the switch. 

You also have the two lanyard attachment points on the rear of the light. In hand it’s pretty small, the body design doesn’t aid much in grip but the clip does when installed giving you a place to lock into.

 

Size & Weight

I measured the length at 66.64mm, and the diameter at the head at 21.1mm. I measured the weight with the clip and battery installed at 1.9oz. The light is IP68 water rated and impact resistant to 1 meter. In comparison to the Olight Baton 3, the E18R V2 is just slightly longer. 

 

LED & Beam

The Fenix E18R V2.0 is using the Luminis SST 40 LED in cool white. On my Opple meter, I measured it at 5278K with a 62 CRI. So a fairly neutral tint but a pretty low CRI. There is PWM but it’s extremely fast, I don’t think anyone will notice it. 

The beam profile is pretty typical of a TIR-style optic. A reasonably large hot center with minimal spill and no artifacts. Good for short-range EDC tasks and throws further than you think in the higher output modes when needed.

 

Outputs & Mode Spacing

For my output measurements I tested on my Texas Ace calibrated PVC lumen tube, it’s not professional measuring equipment but usually a pretty good approximation. Outputs here were very close to Fenix’s claim, the only place I saw a difference was turbo and that was only by 30 lumens or so short. 

Mode spacing here not taking into account Turbo is 4 modes from 1 to 350 lumens. They are well spaced inside this, and I appreciate they included a true 1 lumen moon mode here. Turbo on the other hand is kind of off the charts at 1200 lumens.

 

Heat & Runtime

For my heat and runtime shots, I used the Li-ion battery the light came with. Turbo stepped down after 1:45 down to the 600-lumen range. The heat peaked around the 6:00 mark at 46C. The light ends up being very stable at about 11 minutes of runtime around the 400-lumen mark and runs out till 42 minutes before seeing a large stepdown and running in moonlight mode out till an hour. 

I also did a runtime test comparing Turbo, High, and Medium modes that you can see in this graph. 

 

UI

The UI is a little different from many other flashlights, so it might take a few minutes to understand if you’re coming from Olight, Thrunite, Nitecore, Sofirn, and others. To turn it on you have to long press. To increase in modes once on long press and the light will cycle from moonlight mode up through turbo. The light does have memory for all modes except strobe and turbo. If you shut it off in Turbo it will come on again in High next time. There is no shortcut to turbo, you have to incrementally get there. You can access moonlight mode by long pressing from off. If you hold the button too long when turning off the light will also go to strobe. Double pressing is a shortcut to strobe. To turn off you long press again. To lockout, the light double tap when off, same to unlock. You can also unscrew the tail cap slightly or cover the switch with the pocket clip.

Personally, this isn’t my favorite UI, and I would prefer there to be direct access to turbo with a double tap, and strobe is a triple tap. I find myself instead putting the light into strobe when I want turbo. Long pressing to turn off isn’t my personal favorite either.

 

Recharging

The light has onboard USB-C charging opposite the e-swtich on the light. I had no issues charging via USB-C to C or PD. I ran all tests with the included Fenix 700mAh branded battery. I tested the capacity of this battery at 685mAh on my Vapcell S4 Plus charger which I reviewed previously. 

Charging from LVP of the battery at 2.973V to full when charging stopped at 4.163V took 1:21:00. Charging speed was right at 1C for most of the charging, and the charging curve looked pretty typical.

The light is capable of running a few different battery types. The manual notes that it can run a standard button top 16340, but may not be able to achieve peak performance. Same with a CR123a which is nonrechargeable. LiFePO4 16340’s are strongly not recommended due to the lower voltage the charging circuit isn’t designed to handle these.

One thing to note is that the battery level indicator is specified to only work with the Fenix branded ARB-L16-700P battery the light comes with.

 

Final Thoughts

There is a lot to like about the Fenix E18R V2.0. I like the design of the light physically I think it looks pretty good with the bronze-colored accents. There isn’t a ton of grip on the body tube but for me, the clip makes up for that. The tint here doesn’t seem to have any noticeable undesirable green tint. While I tend to like more neutral or warm emitters I understand why they went with cool white here to maximize the number of lumens and because it seems that’s what the segment of the market this light is aimed to prefer and it’s not super blue.

I like that battery here isn’t proprietary, and that it can run on CR123a’s in a pinch but with reduced performance. Another plus is that it uses USB-C for charging instead of a proprietary system.

A few things I wasn’t a fan of either, like UI here with no direct access to turbo, and where strobe is only a double pressor extra long press when turning off. I am not as much of a fan of lens up carry with 1/6th of the light sticking up out of my pocket and the switch being right at the pocket hem of your pants or shorts.

Overall a pretty solid light. If you like Olight but want to try another brand that’s similar but different I think this would be a good place to go. The UI will be a change for sure, but it’s a well-built light with a good beam thanks to the TIR lens and above-average build quality.

Get the Fenix E18R V2.0 at Fenix-store.com and save 20% for first-time orders.

Wuben X-0 Knight Review (EDC, LH351D, Kickstarter Preorder)

Wuben has a new EDC light they are currently offering via Kickstarter. It’s the X-0 Knight and it’s a twist on the right-angle light we typically think of in headlights but this time around more focused for EDC. It’s a modern design and a big chunky boi. Thanks to Wuben for sending this to me, if you are interested I will have a link to the Kickstarter preorder in the description below. The Kickstarter will be running through July 16th 2022.

 

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Check out the Wuben X-0 Knight on Kickstarter at https://bit.ly/39vySXB

 

Packaging & Accessories

This is a preproduction sample and really only came with a charging cable and spare orings. The clip and battery are preinstalled. The packaging and accessories will be different in the production version.

 

Construction & Design

The Wuben Knight is a twist on the right angle we more commonly see on headlamps. It has sharper, hard angles to it that to me are modern. They have 4 color options, the Black and white versions are made from aluminum with the black being normal hard anodized and the white being what they call Micro Arc Oxidations which is what I have. I thought this was a Cerakote finish at first and it has a silver tint to it. The other dark gray and Green are both made from titanium. The green is my favorite because it has a circuit board pattern anodized into it. 

The top has an operating and battery status indicator as well as a metal cover that acts as the USB-C port cover and the switch pad. It’s an interesting design, and while it doesn’t offer much water protection for the port, the port itself is waterproof. I will note, that because of this design using lockout is a must as this large switch is easy to press when carried. The hinged lid for lack of a better word is magnetically attracted. There are 2 sprung brass-colored magnets that it rests on. There was definitely some engineering that went into this. I will talk about the pocket clip in the retentions section and the lens in the LED section.

The body also features 4 milled slots and 2 on top, for 6mm x 1mm tritium slots if that’s your thing. At the bottom is the round magnetic cap. This is a strong magnet and has no trouble holding the light up. It does unscrew but they have chosen to make it a little difficult. I ended up using an adjustable jewelry wrench to get it open. Once unscrewed you can replace the 18350 battery inside.  

 

Retention

The W0 Knight is designed to be an EDC light and comes with a milled aluminum pocket clip preinstalled. It was quite close to the body and retention was good, however, I bent it pretty easily pulling it out of my pocket one day. It’s just slight and something I could probably fix if I removed the Torx screws and rebent it. It’s a reasonably deep clip but still kind of a chunky carry in the pocket due to the diameter here. The tail is magnetic here as well. There are milling marks in the clip, not sure if those will be tumbled out in production or not.

Using lockout is an absolute must if you’re going to EDC this in the pocket. When carried the lens is facing your pants, and it’s very easy to turn on with the large loose paddle over the switch. This will burn holes in people’s shorts and pants if you’re not careful. You can lock and unlock with 4 quick clicks. 

 

Size & Weight

I measured the length at 57mm, width at 33mm (From clip to lens), and depth at 24mm. I measured the weight at 2.94oz with clip and battery. The light is IP68 water rated. Important here to say that it’s the port itself is water-rated due to the construction. Here are a few comparisons with lights that I have that are most similar. 

 

LED & Beam

The Wuben X-0 Knight has 2 LED options, an Osram P9 LED, and a Samsung LH351D which I believe I have. I tested the light with my Opple meter saw 4950k tint with a CRI of 96. It’s a pleasant neutral white and the TIR optic is good for EDC tasks because you get that hot spot for a bit of throw, but also get a significant amount of flood while in a compact package. Mode Spacing here is reasonable from the moon at 1 lumen, to high at 250. However, Turbo is a huge jump up to 900 lumens. To the eye, it’s not as big as it seems but it’s still big. There was no PWM detected.

 

Output Measurements

Heat & Runtime

Turbo on the LH351D was good for right about 50 seconds before it reached it’s normal output around a measured 200 lumens. This lasted out to 2:15:00 which isn’t too bad for a 1100mAh battery. I did another runtime test comparing Turbo, to High, and Medium. Runtimes are expected with less bright modes being more efficient. The heat peaked around 35C which is just above body temperature so comfortable to hold in the hand.

 

UI

Default UI is pretty similar to many other flashlights. From off a quick press turns the light on in the last mode used, and then long-pressing causes the light to cycle in from moon to low to med to high. Double press to go to turbo. Direct to low can be accessed by long pressing when off. To get to strobe just double click when the light is off or on turbo. 

There is also a programable mode where you can slightly adjust the outputs of each mode, however, the manual only told about this and not actually how to do this. I presume they will fix this before the Kickstarters ship.

Locking is critical in this light and is easy to use, click four times quickly from off to lock and again do this to unlock.

 

Recharging

Recharging is done via the USB-C port on the top. It’s a semi-exposed port but has been waterproofed although debris could be a problem. The total charging time of the 1100mAh 18350 battery was 1:33:00 with a total charging rate right at 1A.

I will note here again that the battery is removable but tools are required to do so. I used a watch wrench but I think a pair of snap ring pliers would work but your chance of scratching would be much higher. It would be nice if Wuben included a simple tool here to help, or changed the milling in the bottom of the light so that you could use a coin. 

 

Final Thoughts

The Wuben X-0 Knight is advertised primarily as an EDC light. While most people think of right-angle lights more as headlamps they work pretty well as EDC too. For me this is probably a little bulkier than I want to carry with shorts on due to its diameter at least with shorts on. 

 

That said I think this is a unique design. I like the exterior look myself, and I like it’s being offered from the beginning with different colors and materials. It’s great they are offering it a neutral white and what appears to be a high CRI LED. I will again remind you if you pocket carry this please use lockout (4 fast clicks) or you have a strong risk of melted pockets)

I do think it would be great to see a small headstrap included so you could use it as a headlamp if you wanted. I do think some type of wrench should be included to help open the tail cap to change the battery out, otherwise, you really need a tool here to help you. 

One small note here is this is being offered as a Kickstarter preorder. Call me old-fashioned but I still think of Kickstarter as a way for small companies to get funding to turn around and make their first product. Wuben is a midsized flashlight manufacturer, well established for many years now. They don’t exactly fit the mold for a startup company, but they are not alone in using Kickstarter as a marketing platform. It seems to be the standard these days. The project has exceeded it’s funding goal so the risk of not getting your light should be minimal.

So some interesting design choices on this one make the exterior kind of unique but the inside seems to be a pretty solid EDC offering if the diameter isn’t an issue for you. Let me know what you think of it in the comments below.

 

Check out the Wuben X-0 Knight on Kickstarter at https://bit.ly/39vySXB

Thrunite TN12 Pro (18650 EDC Thrower for under $50, 1900 Lumens)

Today I am looking at the Thrunite TN12 Pro, it’s a slim form factor 18650 light, optimized for a throw, and tactical applications, but can serve that EDC roll as well for those that prefer a tail cap switch and turbo shortcut. Thanks to Thrunite for sending this to me to review and show you guys.

 

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Buy the Thrunite TN12 Pro at Amazon https://amzn.to/3HikEpp

 

Packaging & Accessories

The packaging here is standard Thrunite, protective, nice but not over the top. Accessories that come with the light, is the 3400mAh button top protected 18650 battery, lanyard, orings, spare port cover, pocket clip, nylon holster, USB-A to C charging cable, and manual.

 

Design & Construction

The TN12 Pro is made of hard anodized 6061 Aluminium and features a mechanical switch in the rear with a textured button that is a shortcut to turbo. It has protective rings around it which feature a milled-out area for the lanyard. The pocket clip mounts at the rear. The body section has small, deeply milled lines that provide a significant amount of grip but shouldn’t rip things up. The head section is glued to the body. The head is similar to most other Thrunite designs with the same style silver button, with a voltage indicator LED in the middle with an antiroll ring around it. The bezel is not removable but does have rounded crenulations to allow light to leak out if placed face down. Inside the reflector is smooth and deep. The lens is AR coated. Inside the light has a fairly stout spring at the rear as well as the front. It’s a dual wall light to allow for the use of the front and rear buttons. 

A note on the name here, Thrunite has traditionally used the TN naming for lights that didn’t have onboard recharging and used TC for lights that had onboard charging. They through out history when choosing the name here as it’s a TN but does have onboard recharging. Labeling here is minimal just the brand and model number on the front, and directly opposite the required markings and serial numbers. Other brands should take note of how small and minimal this branding is. 

 

Retention

Retention options are several here, first, you have the branded lanyard that can attach at the tail if you wish. You also have the nylon holster the light comes with, it’s one that Thrunite uses with other lights this size, plastic Dring, sewed dring, elastic side, and soft interior. 

The last is the pocket clip which mounts at the rear of the light. It’s a dual direction clip so it can be clipped to a hat if you want. While this isn’t as deep of carry as I typically want on an EDC, you rarely get that on a tactical light, so the 0.85” that sits above the clip is ok. 

 

Size & Weight

I measured the length at 5.15”, minimum diameter at 0.94”, and maximum diameter at 1”. I measured the weight at 5.07oz with battery and clip. Thrunite rates the TN12 Pro as drop resistant to 1.5 meters and IPX-8 water rated.

The main competitor to the TN12 Pro is probably the Olight Warrior Mini 2. The Thrunite is larger in all dimensions as well as weight which came in 0.82oz heavier, without the magnetic tail cap properties of the Olight, although these are mainly for charging.

 

LED & Beam

The LED being used here is the Luminus SFT40 LED in cool white. I measured it with my Opple Meter at 6000k 65 CRI. It’s a flat top LED in a relatively small package. The resulting beam is a small hotspot and very minimal spill. The throw is this light’s main thing and it does that well out to a claimed 380 meters. Some people have complained about coil whine on high mode, but it’s not something I can personally hear here. There is PWM but it’s very fast. 

 

Output Measurements

Here is a chart for my measurements of outputs using my DIY Lumentube. Everything was pretty close except for Turbo I couldn’t quite get to the claimed 1900 lumens. 

 

Heat & Runtime

I will try to let the graphs do most of the talking in this section and point out a few high points. Turbo runtime was good for about 2 minutes, jumping from near 1800 lumens to 800, in what looks like a thermal regulation with temps reaching 56C. There is one more step down to 400 lumens gradually out to the 7-minute mark which is where Thrunite gets the 7-minute runtime number from.

Turbo and High modes had very similar output curves with the only difference is really where they start at. Medium mode ran out past 6 hours. In all modes, the light runs at the end in low/firefly for several hours. 

 

UI

UI is similar to Thrunite’s standard UI, but with direct access to only Turbo on the tail cap. The light has the normal Eswitch up front and mostly normal UI there. Long press from off to go to firefly, however long pressing again shuts it off instead of going to low. Once in low, you can press and hold to cycle between low, medium and high. To access turbo double press the front switch or just turn on the rear tail switch. To get to strobe triple-click the eswitch. There is memory mode, here when the eswitch is used for low, medium and high only. As a result of the construction here there is no mechanical lockout. 

 

I did notice one UI feature that I think maybe a bug. When in medium mode if you leave the light for a few seconds, hit the button again expecting to bump up to high mode, instead the light bumps down to low. 

 

Recharging

Recharging here is accomplished via USB-C port that is capable of charging via C to C and or PD. Max charge rate I saw was 1.7A without issue in a near-constant current charge mode till the end. The total charge time of the included 3500mAh 18650 from LVP at 2.93v was 2:46:00. Full charge was measured at 4.18v.

The port cover here is worth mentioning. Like many, it’s rubberized silicon that pushes in place. They have a little dovetail to help keep it in place, but I find it kind of hard to push in and keep in place when in use. I found if I push the cover in and then pull it to the front of the light, it’s easier to put it in the dovetail and keep it in place. 

 

Final Thoughts

I have mixed feelings on the TN12 Pro, it’s not radically different from other models, but it’s a pretty great value if you’re looking for a throwy 18650 with onboard USB-C charging, cool white, and instant-on Turbo via the tail cap. 

 

For me, this doesn’t meet my EDC needs, but this isn’t really where the design is focused, as I feel like it’s more on the tactical side of things with EDC being a second thought. I had a hard time putting the port cover in place and keeping it there, it’s like the silicone is just slightly too long.

Overall it’s a good value right now with the coupons that are being offered on Amazon for a complete kit light if this niche is what you’re looking for and I think you will be happy with it. However, this isn’t different enough that I would rush out and buy it if I had a previous version or a light that did something similar. 

Buy the Thrunite TN12 Pro at Amazon https://amzn.to/3HikEpp

Acebeam Ryder RX Review (Nichia 219F, Fidget Toy Flashlight, 14500)

In this review I am looking at the Acebeam Ryder RX, a 14500 or AA sized EDC light, with a neutral white, high CRI with a feature you don’t see on many flashlights, a built-in bolt action fidget toy. Now I had a fidget spinner back in the day but used it for about 10 minutes before it founds it’s way to my drawer to collect dust. Acebeam did send this to me to take a look at and for that I am thankful. 

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Silver https://amzn.to/3EvBJdU

Sophisto Grey https://amzn.to/3uZ8gWM

Rainbow https://amzn.to/3MjKA58

Bluehttps://amzn.to/3rDVISq

Titanium https://amzn.to/3vyYJVk

Other Acebeam models on sale

L17 White (20% off) https://amzn.to/3OpHWN9

TK17 (25% off) https://amzn.to/3OoL1No

Packaging & Accessories

The packaging here is a small color print white box, with a slide-out plastic tray holding the light and the accessories. The light comes with lots of accessories, 4 extra O-rings, a wrist strap that’s branded, a short USB-A to C charging cable, a 920mAh Button top Protected Acebeam 14500 battery with onboard USB-C charging, and a user manual. 

Construction and Design

The Ryder RX comes in many different cosmetic finishes (Polished Stainless, Sophisto Grey, Rainbow PVD, Blue) and a growing number of materials (Stainless Steel, Titanium) for the outer shell, with 4041 Stainless steel, with a blue aluminum inner part. A titanium model is also available for a small upcharge. It’s a robust design and I think it will be very durable, thanks in part due to that one piece thick stainless steel outer casing. The design of the body here reminds me of the Acebeam E70 with the inner and outer tube design and the cuts made to show it. 

Let’s talk about the fidget factor here, the pocket clip is attached to the inner blue aluminum tube, An L slot is cut into the outer tube, and there are detent balls installed that give a very positive sensation and nice mechanical click when you actuate the clip side to side or down. It’s fun, but kind of loud, this isn’t something you could do in a meeting or while on a Zoom call. 

When in the down position it exposes the flashlight head, allowing you to unscrew the tip of the head to access the battery for recharging, etc. Doing this does hide the button at the top which is how you turn the light on and off though. The front bezel stands proud slightly of the AR coated lens which is in front of the small smooth reflector. 

For me the Fidget factor is fun but almost requires 2 hands at times to really get good use out of it, for my medium-sized hands and to slight the light into the down position. Side to side is easier to actuate, and you can see they even thought ahead and put an area in the tube to relieve the clip, to prevent it from scratching through lots of fidget use. One thing to note is that to actuate the light you want it in the up, and left position, when it’s in the up and right position I find there isn’t quite enough resistance to make pressing the tail button easy.

Retention

The Ryder RX has a stainless steel dual-direction clip, similar to the Acebeam P15, here though it’s optimized for EDC use instead of a weapon mount. The clip stands out from the body here more than most normal flashlights but it ends up working well. Retention on the pants is above average and despite the clip being a little larger than normal I had no issues with it snagging on things like a seat belt during the week+ I exclusively carried it. There is a lanyard hole at the top of the clip where you can attach it if you wish.

Size & Weight

I measured the length of the light in the retracted position as 96mm, and 103.4mm in the extended position. The diameter is 18.6mm excluding the clip. Weight with the included 14500 battery was 82.3g. The light is IP68 water-rated to 2 meters submerged. Here are a few photos with similar-sized 14500 lights, like the Reylight Lan and Pineapples. 

LED & Beam

The Ryder RX is using a Nichia 219F a new LED from Nichia and this is my first time seeing it, Acebeam says this is at 5000k and High CRI. My Opple Light Meter Pro I measured the tint at 4981k and a 96 CRI. The beam doesn’t have any tint shift across the beam, although the medium-sized hot center isn’t perfectly round. I would be interested to see what this light would be like with a TIR optic since I tend to really like those on EDC style lights like this, but the lens here works pretty well. I also think the new Nichia 519a would really shine in a package like this and likely put out a little more output. There is PWM here according to my meter but it’s pretty fast.

Output tested at 30 seconds using a “Calibrated DIY PVC Lumen Tube”.

Acebeam Ryder RX Claimed Lumens As Tested Lumens
14500 High 650 473
14500 Medium 2 280 221
NiMH High 200 135

Heat & Runtime

For my runtime graphs I used my “Calibrated DIY PVC Lumen Tube” and the included 14500 battery the light came with. On high we can see the major step downs at 2 minutes going from around 480 lumens to 350 lumens for about 6 minutes, and then for an additional hour slowly decreasing from about 250 lumens down to zero. The heat peaked at 9 minutes at about 55C. 

I also compared High to Medium modes, we can see medium was very steady for the full 1:22:00 runtime all covering between 220-100 lumens. 

I also did a heat and runtime test with an Ikea LADDA 2450 NiMH battery since this is a dual fuel light, This provided the longest overall runtime of 3:06:00 but also the least amount of light with the bulk of that runtime being around 50 lumens. 

UI

The UI for the Acebeam Ryder RX is simple with no programmable options. The light has 4 modes plus SOS and has memory mode. It has a forward clicky button that means a half-press gets the light to turn on or to change modes before you do a full press to lock the light on. This means you can get it to come on in a momentary mode silently. 

The light will come on in the last mode used as long as it’s not SOS and progresses through the 4 modes in a linear fashion. Getting to SOS it’s a little different. You have to do a full cycle through the 4 main modes twice fairly quickly, and then the light will start blinking. 

Recharging

To recharge the light, you need to remove the battery from the light by putting it in an extended position, unscrewing the head, and sliding the cell out. From here you can put it in an external charger, or use the onboard USB-C port on the battery to recharge. When charging there is a Red LED on the positive end that’s red when charging, and green when charged.

Charging the included 920mAh 14500 battery the light came with took 2:42:00 with a maximum charge rate of 0.45A. A pretty conservative charge rate of ½ C with most of this time being in the constant current phase of charging. When fully charged the battery measured 4.149V, and the cells LVP kicked in at 2.874V. NiMH LVP was 1.082V

You can use another button top 14500 batteries in this light, but Flattops, don’t make contact. It’s also worth noting that the head itself doesn’t have LVP because this light is capable of running lower voltage NiMh or Alkaline batteries too. So worth mentioning so you don’t damage your 14500s by running them to exhaustion, and on that note, the light can’t charge NiMH cells.  

Final Thoughts

The Acebeam Ryder RX really ticks a lot of boxes for me on an EDC light. If you follow me on Instagram and see the pocket dumps I post from time to time, you will know I like the 14500 sized lights for front pocket carry, and the Ryder RX is just in that sweet spot in terms of size and output in my opinion. 

I thought the pocket clip here was going to be too bulky but after carrying it, I have decided it works extremely well, is a nice tight fit on my pants and adaptable to many different thicknesses of materials. That dual-direction clip also means you can use it as a make shift headlamp on a hat if you want too. 

Best of all might be the LED choice here, Neutral white and High CRI! It’s like someone was finally listening to many enthusiasts who were tired of all the cool white and low CRI lights from major manufacturers. 

Overall as an EDC light I really like the Ryder RX. While I won’t use the fidget factor of it often, it’s kind of a neat bonus and has created something different which is nice to see too. Pricing here is at the time of the review seems pretty fair too for the quality your getting here, and to upgrade into the titanium light is only $10 more, so a bargain if you are a Titanium junkie. So on that note, I can recommend the Acebeam Ryder RX as a solid buy in my opinion. 

Pickup the Acebeam Ryder RX on Amazon (10% off coupon on the listing page)

Silver https://amzn.to/3EvBJdU

Sophisto Grey https://amzn.to/3uZ8gWM

Rainbow https://amzn.to/3MjKA58

Bluehttps://amzn.to/3rDVISq

Titanium https://amzn.to/3vyYJVk

Olight Warrior Mini 2 Fire (Titanium) And X9R Cell Review

If you follow my channel you know I have reviewed the Original Olight Warrior Mini, and it’s past issues. You will also know I reviewed it’s successor the Olight Warrior Mini 2 just last month. Today I am looking at one of the special edition “Four Elements” versions of the Olight Warrior Mini 2 made of titanium, that will be on Olights July flash sale starting on July 26th at 8pm Eastern time. This is their biggest sale of the year with upto 50% off select models, and some new stuff. The Titanium Warrior Mini 2 will sell out fast, so let’s take a quick look at how these differ from the aluminum models and take a quick look at another new Olight product the X9R Cell. Thanks to Olight for sending me this stuff.

See my full review of the Aluminum Olight Warrior Mini 2 https://liquidretro.net/2021/06/17/olight-warrior-mini-2-review-1750-lumens-listening-to-user-feedback/

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Olight Flash Sale Link: https://bit.ly/OlightLiquidRetro

 

10% OFF Coupon code: LQ10 Coupon Code will work during sales on non-sale listings only.

 

X9R Cell

I want to take a very quick look at the X9R Cell, a very small keychain light that’s modeled off of Olight’s much larger X9R. You can get an X9R Cell for free by logging into your Olight account, and it will be added to your cart. This thing is tiny, only 35mm in length, and 11mm at the head, and weights only 4.5g. It’s rated for 2.5 lumens for an impressive 30 hours. It’s using a very small CR425 customized battery that Olight is giving away free replacements till the end of 2023. 

On that battery it sounds like Olight has shortened the positive contact pin to make it customized. Rechargeable versions of this battery can be found online, I am interested to see if people will be able to modify those to work here. My bet is it will work.

Olight has thought about the design here, when the head is screwed all the way onto the light, it’s off. You have to unscrew the light slightly to use it, this is nice because you are less likely to loose the head when it’s on your keychain since it can be tight. It’s a fun little novelty light that works, worth adding to your order, or probably paying the shipping if your collector.

 

Titanium Warrior Mini 2

Versions

On to the Titanium Warrior Mini 2. Only 4000 of each of the 4 colors will be made worldwide according to Olight and you can buy them individually or as a set. The first color is Fire which is what I have here, it’s anodized in a rainbow finish and has flames, as well as the word fire milled into the body tube section. Water is anodized in a dark blue, great looking color and similarly has the word water and waves milled into the light. Air is a silver titanium finish and had Air milled into it, Lastly is Earth, in a brown/bronze anodizing with a geometric shape and the word earth milled in. To be honest the words and symbols on the light I could do without, it feels a like Yu-Gi-Oh ish to me, especially since each comes with their own unique “trading card” and that’s not something I have ever been into. 

Packaging & Accessories

The lights come with the an upgraded packaging that Olight does with their special editions, with updated pictures and text, and no specs on the back. Accessories that come with the light are the Warrior Mini 2 itself, Olight custom and proprietary 3500mAh 18650 battery (ORB-186C35), the MCC3A magnetic charger, lanyard, and carabiner style ring, Warrior trading card, as well as a manual. 

Construction

The biggest difference in the construction of the lights is the material, with it being titanium here and the different colors of titanium that are offered. Each different color gets a different body texture milled into the light to suit the name and color. I am going to say neither are as grippy as the original aluminum model. 

Other small differences are under the clip it has a slightly raised surface to take the wear. I like this modification. All other markings are the same, parts are interchangeable between the different models as well.

 

Size and Weight 

Diameters and lengths are the exact same between the lights, but weights are where things differ. Most thing of titanium as being lighter, which isn’t actually true, it’s stronger for its weight in my applications when compared to aluminum. So the new Warrior Mini 2 in Titanium without a battery but with a clip comes in at 91.9g, where the aluminum light in the same configuration comes in at 70g. So Titanium here is actually 21.9g heavier. This isn’t something I noticed and may partially be down to the milling differences on the body too. 

LED & Beam

There are no changes in the LED, Beam, or runtimes here. Olight’s using a timed stepdown mode so runtimes are the same between the lights as well. The LED being used in the Warrior Mini 2 is the SST40 in a 6000-7000k tint. It has a little green tinge on the lowest modes but once you apply more power that fades substantially.  I have no problems with the SST40 LED but wish one of the neutral tint bins was used here. On special editions I think having a different LED option would be nice, wouldn’t a warm white be awesome for the “fire” model here? 

The beam is good through the TIR optic despite having the proximity sensor taking up some of the available room. There is a glass lens here, instead of the one piece plastic Lens/TIR optic that the Warrior Mini used. This, combined with the proximity sensor should eliminate the melting lens and clothing issues the original light had. 

 

Olight lists the official output modes as:

Turbo – 1750 – 500 – 200 Lumens with step downs.

High – 500 – 200 Lumens

Medium – 120 Lumens

Low – 15 Lumens

Moon – 1 Lumen

 

UI

The UI on the Warrior Mini 2 Titanium is the same that’s was on the Olight original Mini 2. It has 2 buttons for operation, first the two stage tail switch which is the more tactical operation, and then the standard silicone button up front for normal uses. It follows Olights basic UI for the most part. 

When you half press the tail button, you get medium in configuration 1, and then turbo 1750  lumens when you full press. This is in configuration 1, In configuration 2 the tail switch goes to turbo on half press and strobe on full press. 

UI is similar to other Olights but with some differences. Long press from Off to go to moon light mode, Double click to go to Turbo, and Triple click to go to strobe.There the front eswitch is mostly used as a mode switch but can be used to turn the light on and off from off as well.

The proximity sensor on the Warrior Mini 2 works much better than other models with the proximity sensor. What they did right was to give the programming the ability to step the light down to safe outputs and temps if the lens is obstructed, but then step back up the light to its previous level when that obstruction is removed. It’s super simple, but no previous Olights that I have reviewed with proximity sensors have worked this way. The sensor is also unable to be disabled on this light from what I can tell. One minor annoyance with the proximity sensor is it’s made testing runtimes very difficult because even in High the light will shut off after 1 minute when it detects an obstruction. 

 

Recharging

Nothing new to report on the recharging front with the Warrior Mini 2. It comes with Olights newest MCC 3A charging system which is faster and denoted with the red ring inside. The magnetic charging system is convenient and easy but does require a proprietary battery (3500mAh in this case) and the Warrior Mini 2 is no different. The proprietary Olight battery goes with the positive terminal facing the head in this light. This battery doesn’t have a plastic ring that stands proud and can be charged in a conventional charger.

I saw total charging time take 2:35:00, and as usually my charging monitoring system doesn’t like the drops in current that the MCC chargers do so my graph is incomplete. Max charge rate I saw was 1.3A at 1:16:00 mark. Once full the battery measured 4.2145V. LVP was measured at 2.75V.

 

Conclusion

Overall the Warrior Mini 2 is a nice light, and a good upgrade over the original with more performance, and more importantly it fixes the flaws in the original light with the added proximity sensor. This makes for a better flashlight thats much safer to use. I just wish it wouldn’t have grown in length as much as it did. I do wish for the special edition here they choose to put in some special edition LED’s too but unfortunately we just get the standard SST40 in Cool white. 

I am glad they have decided to come out with some special editions of this light in titanium, one of my favorite materials. I expect because of that and the limited numbers of production these will sell out fast. While the body milling isn’t my favorite, I do like the anodizing choice here and the price on this flash sale isn’t much higher for Titanium. 

 

Flash Sale

So if you like the colors, the milling, or titanium you will want to be waiting at your computer or phone when this flash sale starts tonight July 26th at 8pm Eastern Time. Remember they have other lights on sale, up to 50% off and a few more new colors and new products like the OPen 2 Pro with a green laser, a new weapon light, and new colors on the X9R, and Olight Warrior Turbo. Remember to use my link in the description below to help support the channel, and if you miss the flash sale you can still save 10% by using my discount code LQ10 on non sale priced items.

Get the Warrior Mini 2 in Titanium and X9R Cell using this Flash Sale Link: https://bit.ly/OlightLiquidRetro

Olight Warrior Mini 2 Review (1750 Lumens, Listening to user feedback)

Todays’ video is on the brand new Olight Warrior Mini 2. Olight took feedback from the community on the original Warrior Mini, which I have done 2 previous videos on, and made some changes for the Warrior Mini 2. The Mini 2 follows in a similar manner on how Olight upgraded the S2R Baton II, into the Baton Pro with it gaining in length and features. Olight did send the new Warrior Mini 2 to me to review it and help promote their flash sale that starts tonight at 7pm Eastern Time. I will explain the sale further on in this review, but do know that if you’re interested in anything, using my link below will help the channel, and if you’re watching after the sale is over, I will have a code below where you can save 10% off regular prices. This will be a longer review, but it has chapters so make sure to skip around to see the parts your most interested in.

 

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Warrior Mini 2 Flash Sale Link: http://bit.ly/WarriorMini2FS

Warrior Mini  2 Bundle Flash Sale Link: http://bit.ly/WarriorMini2Bundle

Olight Flash Sale General Link: https://bit.ly/OlightLiquidRetro

 

10% OFF Coupon code: LQ10 Coupon Code will work during sales on non-sale listings only.

 

A little bit about that flash sale before we get into the review. It starts June 17th at 7pm Central time and it runs for 24 hours. You can get the Black or Tan Warrior Mini 2 for 35% off $67.46 during that time. They will also have a Warrior Mini 2 Mountain Sky limited edition color for $71.21. There are bundles for all 3 with the i3T Mountain Sky edition too for a few more dollars. Other sale items include the Odin which I have reviewed previously, the new Olantern Mini, and some Mega packs of Olight products. If you order during the flash sale you will also get a free Olight Fathers day Mini tool. 

 

Packaging & Accessories

Standard Olight packaging applies here with the white boxes, and nice glossy photo, and full of tons of information on the back. Inside is a pull out try with the light including the yellow read me card to help you get the basics of your light down and ensure success.

Accessories that come with the light are the warrior Mini 2 itself, Olight custom and proprietary 3500mAh 18650 battery (ORB-186C35), the MCC3A magnetic charger, lanyard, and carabiner style ring as well as a manual. 

Construction

Construction quality is typical Olight, quality machining, fit and finish with the design and anodizing here. The tail is a one piece design with the body tube, so the battery goes in only from the head side. The button on the rear is all metal exterior construction and features the tri lug design we have seen on other recent “tactical models allowing the button to be pressed more easily with gloves. It’s also magnetic but not strong enough to hold the light horizontally on the few painted metal surfaces I tested, it does tail stand though. The button itself is spongy, and fairly stiff. It’s a two stage actuation which I like quite a bit from a UI perspective but it takes a bit of muscle memory to know how hard to press to get into that first lower output mode. 

The texture on the body is aggressive but not sharp in the hand. I really like the feel of it. The downside is it’s aggressive enough to tear up pockets with pulled in and out during repeated use. Threads are smooth, square cut and nicely greased. Up until this point it’s all the same as the Warrior Mini. The one difference on the body tube is the addition of a pocket/lanyard clip indention at the rear of the light. I’ll talk about the options this opens up during the retention section of the review.

The head internally has a single short spring in the center, and then a ring with pogo pins for making contact with the proprietary batteries negative terminal on the top. This is the same basic design as the Warrior Mini, and the heads are in fact interchangeable. On the exterior the clip is captured. The button is the same as Olight has used in recent models with the LED underneath to indicate battery charge status. It can display, Green, Orange, and Yellow. 

The head is what’s the most different on the Warrior Mini 2, over the outgoing model. It’s longer overall, with an aluminum bezel that protects the glass lens (yes). Inside is still a TIR style optic, but a little different style, it’s deeper and has a clear center instead of a bubble center. There is also the proximity sensor in the bezel, it doesn’t have a noticeable effect on beam quality. 

Is it Safe?

Since I know this is what a lot of you are wondering I will make it it’s own section but talk more about how the proximity sensor and UI works in the LED and UI sections. The video is really best for this part where I demonstrate all this, so make sure to check that out. So let’s take a black synthetic sock and put it over the lens of the light to show what happens and that this one won’t melt any clothing. I will speed this footage up a bit to show that after stepdown the light will shut off after 1 minute if the lens is still blocked. I wasn’t able to get anything to make the tail cap turn the light on with a high resistance metal object. I tried Keys, Ball Chain, Coins, etc. 

Size and Weight

I measured the overall length at 118mm, minimum diameter at the tail at 23.3g, and maximum diameter at the head at 25mm.Weight with the battery and main pocket clip installed is 120g. The light is IPX8 water rated and drop rated for 1.5M. So the light grew in length by 11mm and weight by 15g over the original Warrior Mini that I have in the same accessory configuration. 

 

Retention

You have some new retention options from Olight with the Warrior Mini 2, First up is the pocket clip, this is similar to the one on the original Warrior mini, being that it’s a dual direction clip and can be used to clip onto a hat to use as a make shift headlamp, but the new clip on the Mini 2 is longer by 13mm. It can also now mount on the rear of the light if you wish for a no show deep carry carry. In the top position the clip is captured and won’t rotate, but when mounted on the tail cap it can rotate. The fit here is tight though so it takes effort.

It also has a clip style attachment for a lanyard point which can be mounted anywhere the clip can be mounted too. You can use the included lanyard here or on the clip if you wish. Or you can use the new Carabiner style ring and put a finger through it so you don’t drop the light. Both of these retention options will fit on either the top or the bottom of the light.

 

LED & Beam

The LED being used in the Warrior Mini 2 is the SST40 in a 6000-7000k tint. It has a little green tinge on the lowest modes but once you apply more power that fades substantially.  I have no problems with the SST40 LED but wish one of the neutral tint bins was used here. 

The beam is good through the TIR optic despite having the proximity sensor taking up some of the available room. There is a glass lens here, instead of the one piece plastic Lens/TIR optic that the Warrior Mini used. This, combined with the proximity sensor should eliminate the melting lens and clothing issues the original light had. 

Warrior Mini 2 on the Left, Original Warrior Mini on the Right

 

Overall the beam here is great for EDC in my opinion with a medium to large hot spot and quite a bit of spill, good for close up and medium to far range. With the tail switch this would be a good option to do a one handed grip of your weapon and have the light nearby in the opposite hand (Harris or Chapman style) if you wished. The one downside more of the light sticks up out of your pocket here with heads up carry which are key to those grips. 

 

Olight lists the official output modes as:

  • Turbo – 1750 – 500 – 200 Lumens with step downs.
  • High – 500 – 200 Lumens
  • Medium – 120 Lumens
  • Low – 15 Lumens
  • Moon – 1 Lumen

Turbo sees a slight bump with the Warrior Mini 2 as does the step down modes in Turbo and High outputs. The stepdown upgrades are only 30 lumens so it’s really hard to notice but the extra 250 on Turbo you can notice slightly. There is a very small amount of PWM that I can detect with my oscilloscope on Low mode, on all the other modes no PWM was detected. 

 

For Night Shots, please see the video.

 

Runtime & Heat

One minor annoyance with the proximity sensor is it’s made testing runtimes very difficult because even in High the light will shut off after 1 minute when it detects an obstruction doesn’t move. The white surfaces of my test rig reflect light well and make this feature turn the light off, and not step down. So I improvised and used a dark room with the light testing sensor about 3 feet away.

 

Olight lists turbo as lasting for 4 minutes on the Mini 2, and as you can see from my graph that lines up very well with what I saw, you only get top output for a minute before it steps down to 29% relative output over the next 3 minutes. After that it runs for 208 minutes (Exactly what the manual says) before stepping down 2 more times. Total runtime was 4:20:00. LVP on the battery was 2.75V. Max temp I saw during this time was 54C at 1:45, but during the bulk of the runtime the light ran about 41C. I also ran a runtime on medium and got numbers that were within 2% of Olight’s claimed runtime. I have every reason to believe Olight is telling the truth here. 

 

UI

The UI on the Warrior Mini 2 is the same that’s was on the Olight original Mini. It has 2 buttons for operation, first the two stage tail switch which is the more tactical operation, and then the standard silicone button up front for normal uses. It follows Olights basic UI for the most part. 

 

When you half press the tail button, you get medium in configuration 1, and then turbo 1750  lumens when you full press. This is in configuration 1, In configuration 2 the tail switch goes to turbo on half press and strobe on full press. 

 

UI is similar to other Olights but with some differences. Long press from Off to go to moon light mode, Double click to go to Turbo, and Triple click to go to strobe.There the front eswitch is mostly used as a mode switch but can be used to turn the light on and off from off as well.

 

The proximity sensor on the Warrior Mini 2 is the first time they have got it right in my opinion and I have not wanted to disable or remove it to make the light better. What they did right was to give the programming the ability to step the light down to safe outputs and temps if the lens is obstructed, but then step back up the light to its previous level when that obstruction is removed. It’s super simple, but no previous Olights that I have reviewed with proximity sensors have worked this way. The sensor is also unable to be disabled on this light from what I can tell. One minor annoyance with the proximity sensor is it’s made testing runtimes very difficult because even in High the light will shut off after 1 minute when it detects an obstruction. 

I would be a fool` for not mentioning that the Warrior Mini 2 has a lockout mode after what happened with the original Warrior Mini. I am sure Olight would like me to mention you should use lockout when carrying this light in your pocket. The manual does mention to lock the light if it’s left unused or carried to avoid accidental activation. To enable lockout hold the front button for about 3 seconds, when off, moonlight will turn on and then off to let you know it’s activated. The same will deactivate it. You can’t mechanically unscrew the light to stop any parasitic drain on the light, the light will work if any threads are engaged in the head of it. 

 

Recharging

Nothing new to report on the recharging front with the Warrior Mini 2. It comes with Olights newest MCC 2A charging system which is faster and denoted with the red ring inside. The magnetic charging system is convenient and easy but does require a proprietary battery (3500mAh in this case) and the Warrior Mini 2 is no different. The proprietary Olight battery goes with the positive terminal facing the head in this light though which isn’t always the case. This battery doesn’t have a plastic ring that stands proud and can be charged in a conventional charger like the Vapcel S4 Plus, or various Xtar chargers I have reviewed in the past. I did test the capacity of the included 3500mAh battery at 3398mAh so a little short of the rating but not too bad.

I saw total charging time take 2:35:00, and as usually my charging monitoring system doesn’t like the drops in current that the MCC chargers do so my graph is incomplete. Max charge rate I saw was 1.3A at 1:16:00 mark. Once full the battery measured 4.2145V. LVP was measured at 2.75V.

 

Pro’s

  • I like that you can mount the clip either near the front or the rear of the light but you pay in overall length.
  • Glass Lens = No melted lens issues
  • Proximity sensor here means the light isn’t going to melt clothing or damage itself, and the programming here is good
  • I couldn’t get the light  to come on with stuff in my pocket on accident via the rear contacts.
  • New carry option with the ability to mount the clip on the rear of the light, and new retention options.

 

Con’s

  • Longer than the Warrior Mini, which makes it less appealing to EDC in my opinion, but it’s safer to carry too.
  • Still cool white only options
  • Name, I would have called this the Warrior Mini Pro to mirror what Olights done with the Baton line.

 

Conclusion

So if you follow this channel and I hope that you do, you will know I have done 2 previous videos on the previous model light, the Warrior Mini. Overall I liked the light but it had a few issues, that occurred when the light came on accidentally while in people pockets for various reasons. This resulted in melted lenses and a few melted pieces of clothing. Well with the Warrior Mini 2, Olight solved that problem by using a glass lens and installing a proximity sensor, and I think their implementation here of those is good. 

On past Olight models, I have not been a fan of the proximity sensor, but on the Warrior Mini 2 I think they got the programming right to where it provides added protection so you don’t melt your clothing or burn yourself if the light comes on accidentally, but still let’s the light be useable since when the obstruction is removed from the lens the light goes back to its original brightness.

I wouldn’t have called this light the Warrior Mini 2, and instead called it the Warrior Mini Pro because it’s s similar upgrade on what Olight did with the S2R Baton II and Baton Pro, where output was increased as well as overall length. You don’t notice the brightness change much on the Warrior Mini 2 but the increase in length is noticeable, if you choose to EDC. 

Overall the Warrior Mini 2 is a nice light, and a good upgrade over the original with more performance, and more importantly it fixes the flaws in the original light with the added proximity sensor. This makes for a better flashlight thats much safer to use. I just wish it wouldn’t have grown in length as much as it did. 

So if you have made it this far you might be considering picking up this light, and if you are the flashsale that starts tonight June 17th will be the best time to pick up the light during Olights Flash sale and introduction of the Warrior Mini 2.

 

Sale Details

You have 3 colors of Warrior Mini 2 available on the sale. Black and Tan for $67.46 and Mountain Sky for $71.21. For about $4 more you can get a bundle with the I3T mountain sky edition too.

Odins are back in Black and gray for $118 and $125 respectively. There are bundle deals with Obulbs and the new Olantern Mini’s too.

Olantern Mini is being released for the first time in Black and Red for 25% off $44.96 and has a bundle option for the I1R 2 in Desert Tan.

There are also Mega Packs and Free tiers too to get free products or save more. Everyone who buys something will get a free Fathers day Multitool too. 

 

Warrior Mini 2 Flash Sale Link: http://bit.ly/WarriorMini2FS

Warrior Mini  2 Bundle Flash Sale Link: http://bit.ly/WarriorMini2Bundle

Olight Flash Sale General Link: https://bit.ly/OlightLiquidRetro

 

10% OFF Coupon code: LQ10 Coupon Code will work during sales on non-sale listings only.