SureFire has a reputation of being the best when it comes to quality, but quality comes with a price. That’s changing though, with the 6PX and G2X family of lights that deliver not only high-output, but also high-value. Built on the 6PX platform is the P2X Fury, producing a maximum output of 500 lumens while maintaining a reasonable runtime of 1.5 hours. Let’s take a closer look at what SureFire refers to as a “pocket-sized searchlight.”
Key Specifications
- Output: 500 lumens high, 15 lumens low
- Intensity: 9,400 candela
- Runtime: 1h 30min high, 46h low
- Battery: 2 x 123A
- Length: 5.4″
- Diameter: 1.37″ bezel, 1.0″ body
- Weight with Batteries: 5.7 oz.
- Warranty: Limited Lifetime
- MSRP: $155
- Actual Pricing: ~$120
Pricing & Ordering
MSRP for the SureFire P2X Fury is $155, and the light is only available in black.
In The Box
Included in the blister packaging are: SureFire P2X Fury, 2 x 123A lithium batteries (installed), user manual, battery safety notice, registration card, and a SureFire sticker.
Batteries
Like most of SureFire’s lights, the P2X Fury uses lithium 123A batteries. These batteries have twice the voltage of a common 1.5V AA battery, and this high energy density makes them ideal for high-powered flashlights.
High energy density also makes it essential to only use quality 123A batteries, as low-quality or counterfeit 123A batteries can be dangerous. SureFire recommends only using Duracell, Energizer, Panasonic, or SureFire branded CR123’s. Rechargeable 3.2V lithium phosphate 123A batteries can also be used.
The Light
Head
The head features an anti-reflective coated glass window and a textured reflector. Flat areas on the head stop the light from rolling away when set on a flat surface.
Body
The body is type-III anodized, which is a tough finish that resists scratches and corrosion. Instead of knurling, the Fury has a sculpted body which is smooth and easy to grip.
Tail Cap
On the tail cap is a forward click switch, which is covered with textured rubber. To activate the lockout tailcap feature, unscrew the tailcap until the light no longer turns on (usually about a quarter-turn).
Modes
Based on the 6PX Pro, the P2X Fury is also a dual-output flashlight designed for non-tactical use.
Low
With the first press or click, the 15 lumen low mode is activated.
High
After returning to off, a second press or click activates the maximum output of 500 lumens.
Performance
With the combination of high-energy 123A batteries and a high-performance Cree XM-L LED, the Fury is capable of a maximum output of 500 lumens. This is equivalent to a 40W incandescent light bulb, which is an incredible amount of light from a compact flashlight. A textured reflector produces a smooth and floody beam pattern that easily lights up a wide area.
Runtime
If you haven’t read our article about runtime graphs and the ANSI FL1 Standard, please click here.
SureFire states runtime for their lights as “tactical runtime,” which is runtime until 50 lumens. For the Fury, the tactical runtime coincides with the ANSI FL1 Standard because 10% initial output is 50 lumens. Runtime is significantly shorter with rechargeable lithium phosphate 123A batteries, so we would recommend carrying a spare set of primary 123A’s if you will be without access to a charger.
Accessories
SureFire offers several accessories for the Fury, including spare battery carriers, filters and diffusers, and lanyards. More interesting, however, is the rechargeable 123A battery kit that we received to test with the Fury.
Manufactured by K2 Energy, the 3.2V lithium phosphate 123A batteries have a capacity of 600mAh. Compared to 3.0V lithium primary 123A batteries, which are approximately 1500mAh, the rechargeable lithium phosphate batteries last about half as long. That being said, the rechargeable kit not only pays for itself after just a couple charge cycles, but they are also safer to use than lithium primaries.
Pricing for the kit, which includes two batteries and a charger, is expected to be $29, and additional pairs of batteries can be purchased for $12. Both the kit and extra batteries will only be sold on the SureFire website and should be available for order within a couple weeks.
Conclusion
There’s no doubt in our minds that the SureFire P2X Fury is bright – 500 lumens is a serious amount of output. Even more impressive than its output is the moderately priced MSRP of $155, with many retailers selling the Fury for even less. If you’ve been using tactical lights for a while, you are probably already familiar with using 123A batteries. However, for those who are new to the battery type, the SureFire rechargeable lithium phosphate kit makes it easy to overcome the expense of lithium 123A batteries and still get great performance from the Fury.
Our only gripe with the P2X Fury is that the low mode activates first, and after getting accustomed to the 500 lumen high mode, the low mode really doesn’t seem very bright. Even though the P2X Fury isn’t designed for tactical use, we would have preferred a little more light on the low mode because it’s quite a big jump from 15 lumens on low to 500 lumens on high. When we mentioned this to SureFire, we learned that the P2X Fury is actually just the first model in the Fury family of lights, with Tactical, Defender, and CombatLight versions due to release in several months.
If the dual-output of the P2X Fury is not the thing for you, the upcoming tactical versions will feature one-step access to high. It’s always good to have choices, right?
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Related Links
SureFire P2X Fury Product Page
I have a few SureFire lights. This one takes the cake though and “IF” I can ever come up with the money to buy one I will. Of course by the time I come up with the money it will either be outdated or their will be another one that I want that cost even more. Being disabled and on about 1/4 the money I used to make, makes buying things like this very hard.
You can get the Surefire Fury at B&H Photo for $108.50 with free shipping and two extra Surefire 123 batteries. You can get the K2 charger at Frys.com for $14.99 and $4.99 for two rechargeable lithium phosphate batteries. Does that make that Fury a little more affordable?
Do you have any info on the LX2 Lumamax Ultra that appeared in Surefire’s Catalog? And have you considered reviewing an elzetta?
Thanks, Hayden
One review on Amazon suggested buying a 4/3A Size 17670 NiMH 3800mAh Rechargeable Battery and a charger (total cost about $15 plus shipping); he says it fits perfectly and works fine. I’m sure Sure Fire wouldn’t recommend after market batteries, but what do you think?
Any experience out there with this?
Much appreciated!
Piet
Piet,
1.2V NiMH batteries will not have enough voltage to power the P2X Fury.
Some people have had success with a single 3.7V lithium-ion battery, but I would recommend the 3.2V lithium-phosphate rechargeables that SureFire sells. Lithium-ion batteries sold as loose cells are dangerous without proper care handling.
Hope this helps.
Robin
Thank you, Robin!
I’m hoping that you can refer me to instructions for safe handling of loose lithium-ion cells?
Would the 2.7V you’re referring to be a 18650 3000mAh 3.7V Rechargeable Li-Ion Battery?
I’m used to dealing with safety issues, and the economy and apparent battery life advantages of these larger rechargeables is very tempting; I now carry a 165 lumen rechargeable light for security and also use it a lot for general purposes, so battery life/cost is a consideration with the PX-2
.
I look forward to learning more about your safety concerns, please.
Much appreciated!
Piet
Piet,
No, that size would be too large to fit. You would need one in the 17670 size.
Lithium-ion batteries have two major concerns: quality and safety. Poor quality cells are inherently dangerous regardless of how they are used, and the vast majority of loose lithium-ion cells being sold are low quality. Making the issue worse, most chargers for loose cells are also cheap and unreliable.
These batteries also have to be kept within a narrow set of parameters (such as voltage, current, temperature, shock/vibration, etc.) for safe operation. Exceeding these limits can result in explosion or fire. Even in OEM applications, where the manufacturer has specially designed the device to operate safely, lithium-ion batteries can still be dangerous (if you are aware of the ~2008 battery recall, it was due to impurities in lithium-ion cells which can cause the battery to catch on fire).
As a result of these issues, there’s not a single reputable company that sells loose lithium-ion cells – they are simply too risky for consumer use. Most loose lithium-ion cells are sold through channels such as DealExtreme and eBay, which offer no after-sales support or warranty.
Unless you have a background in electrical engineering (which I do, but still don’t use any loose cells myself), I would not recommend using these type of batteries. It’s simply too risky, and I would recommend lithium-phosphate (3.2V LiFePO4) cells or OEM lithium-ion rechargeable systems instead. If you are looking for a dedicated rechargeable solution, the SureFire R1 Lawman would be a great choice.
Hope this helps!
Robin
Thank you, Robin,
That detail does help me! Working to establish protocols for convenience and security with potentially hazardous tools is, of course, pure folly, yes?
I shall follow your excellent detailed advice.
Much appreciated!
Piet
Hello, Robin,
I’ve done a bit of researching on Li-ion batteries, as I’m enchanted with the possibilities of their safe use, and have yet to find anyone as strongly concerned about the safety of Li-ions (other than “cheap” ones)as you. Not to challenge your opinion, but to dig a bit deeper, if I may…
An example is found here: http://www.buchmann.ca/chap2-page6.asp
Buchmann writes clearly and strongly about potential serious hazards that you speak of; however, he also discusses the diversity of chemestry variations in production, past and present…cobalt and manganese for two… He clearly states that (some) Li-ions are safe when properly used.
So, it would seem perhaps that “cheap” Li-ion batteries might well fall into the area of your legitimate concerns; but is it possible that there are manufacturers of Li-ion batteries larger than 123’s today that are safe to use if handled, used and stored properly?
If so, can you point me to such products, please, with the knowledge that I feel quite capable of handling predictable safety issues with adequate security?
And, if my information is simply way off base, please feel comfortable in saying so!
Again, many thanks, Robin!
Piet
Piet,
I tend to be more conservative, especially with recommendations made on LED-Resource. Indeed, lithium-ion batteries can be used safely, but outside of OEM applications, it’s difficult (mainly because the lights are not specifically designed like your laptop or mobile phone).
Several chemistries, including the lithium manganese that you mentioned, fall into the “safer” category of lithium-ion batteries, but are still much more dangerous than NiCd/NiMH and alkaline batteries.
Lithium-phosphate is a newer lithium-based chemistry that can be considered one of the the “safest.” Lithium-phosphate batteries are available in many sizes, including 16340 (123A), 17670 (2 x 123A), and 18650. One of the best manufacturers for these batteries are K2 Energy, whose LFP123A’s were reviewed with the P2X here.
Robin
I can use in the P2X surefire fury?
– Battery, 18650 Li-ion (ultrafire; TrustFire).
– CR123A li-ion battery Rechargeable(TrustFire / ultrafire 880mAh 3.7V; 3.6mAh; 3.2mAh).
thank you very much
Márcio Ronei
Marcio,
We do not recommend the use of any third-party lithium-ion rechargeable batteries for safety reasons, as improper care or use of lithium-ion batteries can result in fire or explosion.
If you want to use rechargeable batteries, we recommend the K2 Energy lithium-phosphate LFP123A’s (resold by SureFire).
Robin
Ok Robin, thank you.
I’ll follow your advice. It’s always good to hear who really understands the subject.
Another doubt, the 500 lumens of P2X Fury, is constant for 1.5 hours?
thank you.
Márcio
Marcio,
If you take a look at the runtime graph, it’s fairly constant for the first hour. Unfortunately, that’s how batteries discharge, but it’s not as obvious to the human eye as you might expect.
Robin
Hi Robin,
How about if the Streamlight ProTAC HL (600 Lumen) compares to P2X Fury, may I know which one is better?
Thank you.
George
George,
We have a ProTac HL on order, and we’ll be reviewing it soon!
Robin
Hi,
As is the classification for surefire P2X Fury Standard ANSI/NEMA FL 1-2009 Standard???
The surefire P2X Fury is water resistant [IPX Rating]???
Thanks,
Marcio,
SureFire does not consistently use the ANSI FL1 Standard for runtime figures, but our runtime tests are conducted in adherence with the FL1 Standard.
As for water resistance, the lights are only weather-resistant (IPX4).
Robin
Caro Robin, IPX4 corresponde ao que exatamente? Chuva, suor etc…?
Jean,
IPX4 corresponds to splashing water. While SureFire does not design their lights to be submersible, you should be fine even if you drop the light in water (and you pick it up quickly).
Robin