Pickup the Bang Ti Titanium Keyrings & Keychain at amazon https://amzn.to/2WWhfZh
Use the code “KEYK28H50” and save 20% off your order
Pickup the Bang Ti Titanium Keyrings & Keychain at amazon https://amzn.to/2WWhfZh
Use the code “KEYK28H50” and save 20% off your order
Today I have a new headlamp the Klarus Titanium H1A. This is Klarus’s first headlamp, and as you can see this is is a multi emitter headlamp, with multiple buttons. It’s a dual fuel headlamp running on the included LIthium 14500 cell or alkaline/rechargeable AA batteries. Thanks to FlashlightZ(link is external) for sending this to me to further look at.
Full Image Gallery: https://imgur.com/a/GQwEL(link is external)
The YouTube Version of this Review:
The front and side shell of the headlamp itself is made from Titanium. It has a brushed finish and seems to have a clear coat applied over top. On each side there are little rubber notches that are glued on/molded on that give it a little extra grip. On top the buttons are silver plastic and are different sizes that correspond to the different LED’s.
The light pivots at the bottom and has 5 points of defined stops and a full 90 degrees. This is the easiest way to open the battery door and replace a cell. It clips on here at top. You can remove it from the strap which I like but I question if the all plastic pivot and mechanism can stand up to doing this repeatedly.
Klarus markets the titanium in the outside of this light as being super durable, and very heat dissipation. While titanium is a strong and durable material it’s not the best for heat dissipation. Titanium has a relatively low thermal conductivity rating. For example Titanium has a rating of 19 watts per Meter C, Aluminum is 205-250 w/M C, and Copper is 386w/M C. In this the higher number is better means the material has better thermal conductivity and in this application that means it dissipates heat more efficiently. The benefit titanium has is that it’s very high strength for its very light weight which is why I suspect it was chosen here instead of it’s thermal properties. Klarus should just stress it’s high strength and lightweight instead of thermal properties.
The head strap band is one of the nicest I have seen on a headlamp. It’s very elastic, and two tone. The outside is a gray with the Klarus name weaved into the fabric. On the Inside the band is bright orange which might aid in finding it in the dark or in low light. There is also a thin strip of silicone embedded into this inside of the strap. This helps you keep it on your head, and would help it stay put on a clean hard hart or similar helmet.
Weight with strap and battery comes in at 96.6 Grams. Water rating is IPX6 rated. This means it will be just fine for rain and dust but not full submersion.
LED + Runtimes
This light takes a little different approach to others I have looked at recently by having 3 different LED’s. The main brightest emitter is a Cree XP-L V6 LED in cool white with a maximum of 550 lumens. It has 3 modes, High at 550 lumens, Medium at 100 lumens, and low at 30 Lumens. This emitter is almost all flood and even under the lens. The second white emitter is in the middle of the light, and is a Cree XP-E2 R2 LED with a warmer 4000k tone. It’s output is 50 Lumens on medium and 10 on low. This LED also has a Strobe feature at 50 lumens Lastly there is a Cree XP-E2 P2 Red LED that has one mode at 10 lumens and strobe at 10 lumens in red. I wish red had a lower lumen mode as it’s decently bright. On an alkaline or rechargeable AA battery the lumen outputs are the same except for Turbo which is 186 lumens instead of 550. You can run the main emitter and one of the smaller emitters at the same which is a little different.
Runtimes are timer based it seems. The light doesn’t get beyond slightly warm when in use for long periods of time. This is disappointing on turbo since it only lasts for about 3-4 minutes You can bump up again but it requires a manual trigger. Runtimes in the middle mode with the main emitter on the included Klarus branded 750 mAh was much longer at about 55 minutes before it dropped off significantly with runtimes ending at the 80 minute mark. The light does have low voltage protection and working voltage is 0.9V to 4.2V.
On a standard Enloop battery the output isn’t as much in Turbo and it’s shorter too at only about 2 minutes. But that middle output 100 lumens ran for nearly 115 minutes before a sharp decline over the next 20 minutes.
On the main LED, the light starts off in high mode in a nice slow fade in, with another press it goes to low, and press again it goes to medium. I would prefer it start out in low, then go to medium and then to High mode. One could argue that if you want low mode you could use the secondary white LED instead of the main one for less output but I think it would be simpler UI wise if they all started in low and left it to the user to bump up in light as needed.
On the secondary LED’s the UI is similar. From off if you press and hold the secondary button you get the lower white output on the secondary warmer LED. Press again to get high output. To get red long press from the light being on to activate red medium mode, and to turn off press and hold.
The light also has a strobing red feature double click the secondary button from off to get into strobe and double click to exit. Lastly there is lockout and to lock/unlock press and hold both buttons for 3 seconds.
The included Klarus branded 14500 battery is a button top, it’s rated for 750mah, the protection cell on my charger didn’t care for this battery and I was unable to run a capacity test. The built in Micro USB charging on the 14500 is pretty slow. In my testing it was 0.34A for pretty much the entire length of charge. This results in pretty long charge times via USB, in my test it took 3 hours go go from full to empty. For a 750mah 14500 battery this is slow. When charging via USB you get a red LED at the top of the cell that goes blue/white when full. You can always throw it in a charger and charge at 1A faster. I wouldn’t recommend charging faster then 1A though.
What’s in the Box
Packaging is small and compact. The box is nice and designed for retail. Inside is a black and red zippered case, that contains the headlamp, strap, and battery. The battery was preinstalled and mostly precharged. The manual had no major translation issues and is available online from Klarus as well.
I ended up liking this headlamp more than I thought I would at the beginning. The 3 different emitters are a nice way to give this headlamp alot of ability to cover a variety of situations. For me I this is going to go in my Go/Tornado bag because of it’s dual fuel capability. I generally prefer 18650 headlamps and have a 18650 based flashlight in the bag too, but from reading about peoples experiences after disasters the general consensus there are usually lots of AA batteries available. This headlamp gives me the ability to utilize those if I needed to and give me a headlamp which I find really useful. The case keep everything in one place and all together.
While I personally love Titanium and a large part of my EDC is all titanium, It’s really not necessary in this headlamp from a functional standpoint. It does give it more cool and style points though. FlashlightZ has told me an aluminum version is coming out later this year which should be a little less expensive. I think it would be cool if Klarus did some anodizing on the titanium version to make it a little more special and help justify the increase in price.
To find out more on the light visit Flashlightz.com
I am a fan of Titanium and have it all over in my life, from knives, to flashlights and even eyeglasses. Today I am looking at the Astrolux Ti3A, a titanium bodied , small AAA powered, Nichia 219C flashlight. Thanks to Bangood for sending this light out so I could take a closer look, let’s dive in.
Complete Image Gallery: https://imgur.com/a/BpoL7
Video Version of this Review:
As I mentioned this light is made from Titanium alloy from head to tail. Starting at the back, the tail has a hole for a split ring, or a very thin piece of cord. It also has an area milled for a 1.5 x 6mm piece of tritium which is something you need to purchase separately. The cap itself has some small grip panels added for grip and style. The tail is not magnetic, and the spring inside is a lighter duty spring and is golden in color. ! Threads on the body were normal, not square cut. An oring sits at the bottom to improve water resistance.
The body itself has nicely milled squares in place and it’s fairly polished. The machining here is pretty good. Moving up to the head this is a twisty light, there are small grip panels that help but I could use a bit more grip. The front bezel is nicely machined smooth and is removable. The bezel will unscrew if you wish. The front glass is small and anti reflective coated. Underneath is a reflector with orange peel . More on UI and twist operation in the UI section.
Measurements were 65mm for length, widest diameter 15mm, narrowest diameter 12mm . Weight without battery is only 21 grams. A size comparison with similar lights.
I had an early problem with the first Ti3A I received. The head was glued in place with what I believe was excess threadlocker that was applied during install. On a twisty light it’s a problem if it won’t twist. I really tried to break it loose, even heating up the light and using strap wrenches but I couldn’t get it to budget. Banggod quicly replaced the light as there was a known issue on some of the early batch of lights. My second one is working as designed.
This light uses a Nichia 219C LED, in a neutral white (5000k) tint which I enjoy. The LED in my light wasn’t exactly in the center but it didn’t really create artifacts I found to be undesirable. The orange peel reflector smoothed things out with a slightly hot center. Compared with a BLF 348 the Ti3A has more spill and is slightly cooler in tint. BLF 348 on left, Astrolux Ti3A on right.
The output curve on this light is different from anything else I have seen. On high after a bit of time it increases in brightness before decreasing. I tried this two different times with two different Low Discharge NiMH batteries, a Amazonbasics cell, and a Duracell. Both produced graphs that were similar. My runtimes were a little lower than stated and when the cells are low output really drops and fast. In terms of heat this light gets warm to the touch on high but it’s not uncomfortable. With only 85 lumen output it’s not really a concern. 85 Lumens isnt a lot of light, but since this is designed to be a keychain type light I am not expecting a ton. It’s still lower then many other AAA options on high.
UI on this light is straightforward. It starts with first twist on low of 1 lumen, if you twist it off and on again you get medium for 40 lumens, and if you repeat you get high at 85 lumens. If you repeat once more you get strobe on high. The head has about 1 full rotation of range between on and off. The threads in the head are accessible, and not greased much if any. The result is with titanium you can get it to stick a little if you tighten them down too much in either the on or off position. I wish I could get in there and put some dielectric grease on there to improve this.
Packaging is nearly non existent with this light. It comes with a simple plastic case, and no documentation. An extra set of orings were included as well as a split ring.
* Someone is at Banggood and Astrolux is listening and recognizes a lot of us like Nichia LED’s and Neutral white Tint.
* Nice beam pattern
* I like that it has space for tritium in the tail cap.
* This is an affordable price for a titanium light, and I think it’s an attractive combination.
* I wish this had a pocket clip, it would make a pretty nice EDC if it did. It still works at the bottom of my pocket but I am more afraid to lose it.
* Threads that are ungreased in the head get sticky if you tighten them too much. I wish I could get in and put some dielectric grease on them to help this.
* I would like to be able to run this on a 10440 battery, but it’s not rated for that.
* Odd Output curve as the light runs and heats up
* Strobe is in the main mode group.
I like titanium, and usually you pay a larger price for use of that material. Here though the light is about $21 at time of filming and that’s pretty affordable for a neutral white, titanium AAA light. I wish it had a pocket clip option as it would make a nice small EDC option. I see this light being attractive for someone who wants to put it on their keychain and wants something small with standard battery sizes. It would also work as a light to throw in the bottom of your pocket if you were not needing a pocket clip. Check this light out on Banggood.
Today I have the Reylight Ti Lan on my review table. Thanks to Rey at Reylight for sending me this light at a discount so that I could review it.
Photo Gallery: https://imgur.com/a/vtqan
The Ti Lan shares many of it’s features and design characteristics with the Reylight Pineapple so if you like it you will like the Ti Lan and save a few ounces.
The Ti Lan is made from beautiful titanium alloy that has been bead blasted as it’s finish. I like this because I think it shows fewer scratches because it’s bead blasted. This can be debated but the Ti LAN is also offered in a polished titanium.
The machining is good and the finish is uniform. The TI LAN differs from the Pineapple the most in the design of the head https://i.imgur.com/T1DHpD6.jpg , battery tube and tail piece with space for 6 tritium vials. https://i.imgur.com/CyKY2js.jpg This one has 3 round side panels and on one there is a light surface level etch of the logo. Threads are nicely cut and plenty of them. When installing the battery, instead of unscrewing the back of the light I would recommend unscrewing the head and installing the threads that way. https://i.imgur.com/fB6N0M0.jpg My Ti Lan kind of disassembled itself when I unscrewed the rear cap. I will put a little locktight on the threads to solve the problem. The lens has a very light orange peel, and the glass is hardened with antireflective coating. The rear piece of titanium does unscrew to remove the clip or to aid in Tritium install.
This light has really been designed for Tritium inserts all over. There are a total of 10 cutouts on the light. 3 are on the body of the head https://i.imgur.com/T1DHpD6.jpg , you have 6 through holes in the bezel https://i.imgur.com/0d3YMbn.jpg of the tail cap, and 1 in the on/off switch cover itself. If you are unfamiliar with Tritium, it’s a radioactive form of Hydrogen gas. It’s used in Flashlights, high end watches, and firearm sights enclosed in small glass tubes that are lined in phosphorus.
While the titanium saves some weight, this isn’t a super light weight flashlight for it’s size though. All measurements are without batteries.
Pineapple V2 in brass is – 3.2 oz
Ti LAN in titanium – 2.31 oz
Length = 96.15mm
Diameter of the head 21mm
LED & Modes
This light is a tail click, that tailstands https://i.imgur.com/4JJnsqM.jpg. I have not had any issues with it turning on accidentally in my pocket. The LED in use is the Nichia 219C in neutral white. This isn’t the highest output LED but the light quality makes up for that in my opinion. It’s probably a high CRI but this isn’t specifically stated. Light color is similar to my BLF 348 which is high CRI. Neutral white is just really nice and high CRI provides more accurate colors. I will trade these over more lumens anyday for every day practical use.
I like that this light starts on moonlight, however moonlight is so low at 0.02 lumen that you have to be in nearly pitch black for it to be useful. That said the 3 remaining higher modes are pretty useful especially when running a 14500 lithium battery. On screen now is a table of the light’s performance with both types of batteries. As you can see there is a big performance difference between AA NiHM batteries and 14500 LIthium batteries. Max of 110 lumens with a AA isn’t class leading, however with a 14500 it’s a lot better. I use the lithium batteries in it as my EDC to get that extra boost in performance. On High with a 14500 this light gets hot, really hot when ran for 5+ minutes. It does not step down due to temp. On my standard temp test (1 minute high it got to 101F At 5 minutes this was up to 135F. I have parts for a new rig to measure temp and lumens on the way in the next month or so. I don’t hear any buzzing in the lower modes with the Ti Lan like my first generation Pineapple had.https://i.imgur.com/dSTCT2o.jpg
I don’t have any major issues with the pocket clip. https://i.imgur.com/khtWeXJ.jpg It fits pretty well on my pants pocket and stays in place. It’s a capture clip, and non reversible. If you were to remove it, it would leave a visible ring on the light. I do wish it was slightly deeper carry as I do with most knives and flashlights but it’s not too bad. I don’t care for the nib opposite the clip for a lanyard but this can be fiiled down. No lanyard is included and it’s a very small hole. The light is IPX-4 water resistant but i did not test that. I did bend the clip once during carry but this was my own fault. I was able to take it off and bend it back on the table pretty easily.
The Ti-LAN has a new box that I like quite a bit. https://i.imgur.com/YcP7dTm.jpg It has your lumen and runtime chart and basic operating instructions. Considering Reylight is a very small company its’ very nice and does the job well.
This is a really nice EDC light in my option. It’s not tactical, but instead super practical and definitely attractive looking. It sits well in my pocket and is comfortable to EDC, and a lot of that I attribute to being a nice diameter. I am a Titanium fanboy and I really like how the bead blasted finish looks. With a AA battery or NiHM battery the performance is behind the curve, and about what you would expect out of a smaller non neutral white AAA light. However with a 14500 the performance is pretty good, combine that with the neutral white high CRI LED and a tail switch this becomes a great EDC in my opinion.
The Ti LAN is now available available on Amazon with Prime shipping. It makes it fast and easy to get a great elegant EDC light.