Acebeam X80 Flashlight Review

The Acebeam X80 flashlight is another high-output flashlight in a long line of high-output lights by Acebeam! The X80 uses Cree XHP50.2 emitters for this.

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Official Specs and Features

Here’s a referral link to KillzoneFlashlights.com for the Acebeam X80 flashlight product page.

Versions

There are two versions of this light, differing in UI. What I’m reviewing here is the original UI. It’s my understanding that it’s possible to differentiate between the UI’s by the box color. The original user interface is in a green box, and the new user interface has a red box.

Price

The list price for the X80 is $299, but at BestLight.io, the X80 is $273.

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Short Review

I like this light a lot, but the user interface doesn’t seem ideal. In fact, the user interface isn’t bad. I just wish for 2 things: UV was harder to get to (or easier to avoid), and there was a police mode in the original UI. But the performance and output of this light are great!

Long Review

The Big Table

Acebeam X80
Emitter:	Cree XHP50.2 (Also: 2*XPE2-R2 630nm, 2*CREE XPE2-B4 475nm, 2*CREE XPE2-G3 530nm, 1*Nichia 276A 365nm)
Price in USD at publication time:	$273.99 at KillzoneFlashlights.com
Cell:	4×18650
Turbo Runtime
LVP?	Yes
Switch Type:	E-Switch
Quiescent Current (A):	?
On-Board Charging?	No
Claimed Lumens (lm)	25000
Claimed Throw (m)	332
Candela (Calculated) in cd (at 30s)	1739lux @ 4.77m = 39567cd
Throw (Calculated) (m)	397.8 (119.8% of claim)^
All my Acebeam reviews!

^ Measurement disclaimer: Testing flashlights is my hobby. I use hobbyist-level equipment for testing, including some I made myself. Try not to get buried in the details of manufacturer specifications versus measurements recorded here; A certain amount of difference (say, 10 or 15%) is perfectly reasonable.

What’s Included

• Acebeam X80
• Nylon pouch
• Lanyard
• Spare o-rings (2)
• Acebeam 18650 x 4
• Manual and paperwork

My model included 4 Acebeam cells, and BestLight.io includes these cells at $273, but I’m not sure if all x80 packages include cells.

Sorry, yet again I forgot to photo of the cells in this shot.

Package and Manual

The X80 ships in a hard cardboard box that flips open from the right side and has a magnetic closure. The box is very nicely printed, and the back has a good amount of specs and features, as well as a description of the UI.

The contents are held in place in open-cell foam.

The manual is a great size and shape and is very brief. There are very few graphics inside, and graphics are often what separates a good manual from a great one. This one is passable, however, and does give the required information. The manual is in English only.

Build Quality and Disassembly

The X80, loaded with cells, is a hefty, chunky little light. It’s very solid. With a solid bump, the cells might rattle a little, but otherwise, it’s very stable.

The head has some very thick cooling fins, which are about as deep as they can be. The tailcap has some slanted reeding, which helps remove the tailcap to remove the cell holder. And one of my favorite features is the knurling – very large diamond pattern, and flat. This provides adequate grip but isn’t grippy. It feels more like a texture than an actual grip.

Here you can finally see the Acebeam cells. They’re quite long, and even in the holder for this light, they’re a hard fit. The driver has a thick brass spring, and the other contact is made in the head, directly to the outskirts of the battery holder.

The threads on my sample are extremely smooth. They’re very lightly lubed. The cell tube is not the same on both ends and isn’t reversible. (One end has a slightly longer lip than the other.) The tailcap is featureless, and I believe not involved in the electrical connectivity of the light. So the whole tailcap is anodized, as is the lip connecting to the body. But the cell holder isn’t directional; the light will work with the holder in either direction.

There’s this “Don’t Block” notice on the light…. (the switch is to the left, the tripod mount to the right). To be honest, I don’t really know why we shouldn’t block this port. (I’ll add here that the light has a 30m underwater rating…)

Size

Officially 117.7mm x 65mm (head) x 49mm (tube). This is a fairly small can light. Not as short as a Meteor, but with a smaller (and “less mass”) head.

Here it’s compared directly with the M43.

And here beside the Okluma DC1 in brass.

Retention

The primary means for transporting this light will likely be this bezel-up nylon pouch. The pouch is nice and has the usual D-ring and an on-the-fly belt attachment loop.

Also included is this threaded ring, to which may be attached the included lanyard. This bit also unscrews, revealing a standard 1/4″ threaded tripod mount. The balance point of the light is much farther down, but this still holds the light very securely.

Power

As stated above, the light ships with four Acebeam 18650 cells. Four cells are required to run the light, too, as the driver wants to bask in the joy of >14V. These are protected cells, though the light does not require them. They’re also button tops, and again, the light doesn’t require button tops. The manual says that might be a better idea, however. And in my experience, I’m inclined to agree.

I performed a runtime on Turbo, and after a few minutes, I started smelling smoke. The light being output was so intense that my runtime setup was being burned. The light itself (where I was measuring temperature) was also well past 60 degrees. So I scratched that and bumped down to High, where I finished the runtime test. This runtime should suffice to show a few things, even if it’s not ideal. 1, the light really tries to output turbo as long as it can. 2, it can get very hot. And 3, on high, it’s very stable and runs for a long time. The light shuts off (LVP), and the cells are tested at 2.94V, which is good enough.

There’s a non-switch indicator on the side of the head. If it’s green, the holder voltage is >14V. Orange means 13-14V, and red means <13V.

User Interface and Operation

There’s a single switch on the X80. It’s a side, metal, e-switch. It’s really a good clicky button. Quiet, but with a positive click and low action. It’s easy to double-click, too.

Here’s a user interface table! And remember, this is the original UI!

State	Action	Result
Off	Click	On (memory)
Off	Hold (short)	Ultra Low
Off	Hold (long)	Lockout
Any	Double Click	Turbo
Turbo	SLOW Double Click^	Turbo Max
Any	Triple Click	Strobe
On	Click	Off
Lockout	Hold	Unlock
On	Hold	Mode cycle (L,M,H,R,G,UV)

^ Turbo Max is a slow double click. After the first click, the light will turn off just briefly, then the next click, it’ll turn back on to Turbo Max. It’s not intuitive at all.

That user interface is really fairly simple. But there’s a LOT of UV in there, and really, the lack of ability to strobe red and blue just seems like a bad oversight.

The manual says that when in TURBO, I should be able to double-click for TURBO MAX. This was not the case for me. When in Turbo, double-clicking again turned the light off. I should be able to double-click between Turbo and Turbo Max. I reached out to Acebeam, and after an initial conversation, didn’t hear from them again. My cells were charged and Acebeam-branded, so I’m not sure what the issue was. I also tried some unprotected cells (30q), and they also didn’t produce Turbo Max.

Modes

Mode	Mode Claimed Output (lm)	Claimed Runtime
Turbo Max	25000 (4000)	1m (1.3h)
Turbo	11000 (4000)	3m (1.5h)
High	5000 (4000)	20m (1h)
Mid	2500	3h
Low	800	8.5h
Ultra Low	80	52h
Red	270	9h
Green	350	10h
Blue	170	6.7h
UV	2	17h

Apologies, I couldn’t sort out how to measure the amps on the tailcap of this light.

LED and Beam

Oh, the emitters!! First and foremost, there are 12 Cree XHP50.2 in 6500K tint in this light. Then there are two blue emitters (475nm), two red emitters (Cree XPE2-R2), two green emitters (530nm), and one UV (365nm Nichia). Every group acts as one – all 12 XHP50.2’s are on at once with no exceptions, etc. The box says the Nichia UV is the 233A, and the product listing says it’s the 276A. Either way, it’s 365nm.

Every output is just a wall of flood. Just a complete flood of [four options of] light.

The UV might not seem like it, but it’s really, really bright. And the flood nature of it means you might see it more directly than you intend to. Just be careful!

The RGB output is really bright.

Beamshots

These beamshots always have the following settings: f8, ISO100, 0.3s shutter, and manual 5000K exposure. These photos are taken at floor level, and the beam hits the ceiling around 9 feet away.

Tint vs BLF-348 (KillzoneFlashlights.com 219b version) (affiliate link)

I keep the test flashlight on the left and the BLF-348 reference flashlight on the right.

(It’s a 6500K light, so this is about what you’d expect.)

Random Comparisons and Competitive Options

Here’s a relevantly filtered page on parametrek.com.

It’s been seven hours, and fifteen days since you took the dark away
I go out every night, and sleep all day Since you took the dark away
Since dark’s been gone I can do whatever I want / I can see whomever I choose
I can cook my dinner from your blazing output
But nothing, I said nothing but XPE2-B4 for blues
Cause nothing compares, nothing compares, to you…

Conclusion

What I like

• Turbo Max is just ridiculously bright.
• Switch is great
• Indicating light on the side
• The light is just pretty and impressive. I love the emitter array.
• Great mule-ish output
• Nice build quality
• Cells are included

What I don’t like

• Manual doesn’t describe how to actually get to Turbo Max
• User interface could use work (and got it with UI2)
• UV is too prominent for me
• Low isn’t quite low enough

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Notes

• This light was provided by BestLight.io for review. I was not paid to write this review.
• This content originally appeared at zeroair.org. Please visit there for the best experience!
• Use my amazon.com referral link if you’re willing to help support making more reviews like this one!
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