Lumintop Tool AA 2.0 vs Convoy T2

You guys should throw the Lumintop Vega into the mix as well;

80cri with Good build quality and more beef than regular AA Tool
Best part is you will be carrying a flashlight most people do not even know about due to being Drop exclusive.
Have the Olive one and love it.

my personal preference is the Copper option of the Tool

others may enjoy the Titanium options

which is best?
for whom?
LOL LOL LOL

the short answer, Both is Best

The olive one is stuck in my memory since it was relased :wink:

I never bought one because I knew I would be trying to mod it, but the e-switch would eventually interfere with my “needs”.

It is shorter and more attractive than the regular ones , and surely the 80CRI is a plus when getting it :wink:

As for the copper and titanium ones…I hope I can still manage funds to grab one of each in some time :wink:

They surely worth it :blush:

let me help you save money:

Tool

discount code MF48347

not affiliated

also Tools here

The AA Vega is not a e-switch, that was a mistake in the description when released.
Regular reverse clicky.

Seems like you’ve said it to me before but I forgot :person_facepalming:

So…that opens some possibilites :smiling_imp:
Thanks for confirming!!!

I agree with this guy. Only on NiMh though. On Li-Ion low is too high and mid is too close to high. Very nice on NiMh.

I noticed that Simon is now offering LH351D’s for the T2, which kind of piqued my interest.

Has anyone gotten their hands on one yet?

I’ve just ordered a new-model T2 with a 5000K LH351D, but it’ll be at least three weeks before I see it.

I already have a new-model T2 with a 4000K Nichia 219C, which I like the mode spacing and beam profile of, but 4000K is a bit warm for my taste. It’s still good enough to be my current belt EDC, though.

My belt EDC before that was a Tool AA with 4500K Nichia 219B for about six months. It’s a good light, but I like the T2 design better. I prefer the T2’s notably tighter focus, the better mode spacing and the fact that it’s built like a tank, although the Tool’s 4500K LED is more to my taste visually.

Before the Tool, my belt EDC was a BLF 348. I used that one for years. I still carry one around the house with me on my pyjama waistband :slight_smile:

I do have an old-model T2 with a 4500K XP-G2, but it’s never seen service because the PWM is horrible. It’s the one light I have where I can actually see the PWM, so I’m keeping it as my bad PWM example!

I might spring for one in LH351D - I already have an Osram C8+ in cart anyway.

Will comment about my testing only for the samples I have with me…

Old Convoy T2 uses PWM on lower modes (and it may be visible to some people), on AA NiMh and 14500 battery (14500 battery not officially supported though, says Convoy)

From my test, the new Convoy T2 does NOT use PWM on all levels, when using AA NiMh.
when using 14500 battery, it does not use PWM on the lowest level, but I detect some kind of ‘fast PWM’ (I don’t have advanced instrument to check PWM — I use “shine light through a small portable fan blade and look very closely at signs of PWM — there is a pattern). In the case of the new T2 with 14500, the 2nd and 3rd level will have ‘fast PWM’ probably not visible to people’s eyes (I need to look very closely to look for it).

For the Tool AA 2.0 (I tested one with XPL-HD and another that came with XP-L2), I think my version of Tool AA 2.0 is from late last year, when they had both XPL-HD and XP-L2 versions of the Tool AA 2.0 (ordered at the same time, but the gray Tool AA 2.0 came with XPL-HD while the black Tool AA 2.0 came with XP-L2). These do not have the ‘lighted’ tailcap yet.

From my testing of these 2 units of Tool AA 2.0, when using AA NiMh, only highest level has No PWM, while lower levels have ‘fast PWM’.
when using 14500 batteries, I can detect ‘fast PWM’ on all levels, including highest level.
(using the ‘shine light through small fan blades’ method)

Anyone done current test on new version?

I’m curious how much current it draws from 14500 and nimh batteries.

Also haven’t found actual lumen ratings since this light had limited reviews.

> lumen ratings

Zeroair has AA Tool current and output data

I use Eneloop
I dont keep the stock Low CRI LED:

I give up lumens quantity

and gain CRI quality
and I still have enough lumens

There’s a lot of reviews for the tool AA but not with the new T2.

I got curious with the actual data since it performed well for me. Using it with 14500 and that 10% is enough for indoor use. 35% and 100% when outside. I only use nimh when I have to use it for more than 30mins outside. 100% all the way. Lol

I just find the other nimh modes too dim for outdoor use maybe because of the 4000k tint.

Anyway, I hope someone would post a review on YT or here in the forum soon.

these are my results with the new Convoy T2 (Nichia 219C)

tailcap current

1.5v battery (tested using a 1.5v Li-Ion AA - Vapcell P1418A)
1: <0.1 (0.02A?)
2: ~ 0.1A
3: ~ 0.3A
4: ~ 1.0A

14500 battery (tested @ 4.0v)
1: < 0.1 (0.02-0.03A?)
2: ~ 0.2A
3: ~ 0.67A
4: ~ 2.0A

The results I tested are a little different. However, please note that it is not a T2 product, but a new 4-mode T2 driver built into a different body.
The body is Ultrafire UF-T20, and the LED is XML T6.
Tail cap current.
NiMH (A)
1: 0.02
2: 0.13
3: 0.4
4: 3.2

14500 (A)
1: 0.008
2: 0.24
3: 0.7
4: 1.4

This driver is eccentric, it seems to be driven directly by a DCDC converter at constant current when using alkali and NiMH, and to PWM when using a 3.7v battery.
The PWM frequency is 31.62KHz, which is very high.

3.2A at mode4 NiMh????

Are you sure your driver is OK?

It seems that more current is consumed when the battery voltage is low in AA / NiMH mode. It is speculated that this is because the current value flowing through the LED is stabilized.
It is correct because it is a value measured at the same time with both a directly connected ammeter and a DC clamp meter.
Perhaps the driver built into the product and the driver sold separately have slightly different settings, but I feel that this 3.2A is excellent for turbo mode.

It did drain an eneloop pro for less than an hour in high.

Around 50+ mins of high then steps down to lowest setting that’s why I usually carry a spare.

3.2A at a bit over 1V is only around 3.5W. Doesn’t seem too much.