00:00So, my dear friends, we have here the Argus G4 Mini from Wupu.
00:06Okay, let's take a look at the whole system.
00:09We already have a symbol here: 0.7 ohm, 1 ohm.
00:15It will be quite interesting.
00:17We'll start by removing the packaging, at least the initial packaging.
00:24So.
00:27And then we'll go over there.
00:29And then we see something completely new here: Multicore Electro-Tech.
00:34That means we have a new coil here, and everything.
00:42I don't yet know why here of all places...
00:51Well, I hope it's readable.
00:54A brand new dual-mesh system.
00:57We have Liquid Cell Shield 30 Day Clean.
01:01We have 1600 mA with a maximum power of 30 watts.
01:05And we have the Gen AI 3.0 chip in it.
01:12Okay, let's take a look at what we have back there.
01:16We have the Argus G4 Mini Device in here.
01:21We have the Multi Open Carriage with us, with a capacity of 3.5 milliliters.
01:263.5 milliliters is quite a statement.
01:28We have a Type C charging cable, a user manual, and then an Argus Pod Family Community Guide.
01:36Okay, so we'll just put the whole thing up now.
01:44So.
01:47Well, it's not that tiny anymore, I have to say.
01:52So this one is bigger than the Mini.
01:55When I look at it.
01:57Here we have the Type C charging cable.
02:06So, here's the information.
02:10Wupus Side Up 0.7 Ohm.
02:14White Indicator Light.
02:17Argus Side Up Flipping.
02:19Green Indicator Light 1 Ohm.
02:22OK.
02:25Here is some more information.
02:29Here we have the information about the pods.
02:38So.
02:39Here we have the regular Argo Pods.
02:43You can obviously see them here.
02:47These are the Top Fill Carriage V2.
02:50As you can see.
02:55So.
02:56And then we have the Argus Multi Ohm Carriage here.
03:01And there we have 0.7 ohm MTL 14 to 18 watts.
03:07No payment.
03:08And then we have the Argus Snap Carriage here.
03:152 milliliters 1 ohm MTL 10 to 14 watts.
03:19No payment.
03:20And so on.
03:22Here we have a user manual.
03:29With the information.
03:31Including the lighting and everything else.
03:35And how it is structured.
03:36And there we have the parameters.
03:38Because that's exactly what we want to know, of course.
03:40From the beautiful device.
03:42And now we'll start by stating the parameters.
03:44The dimensions are 113 mm in height, 27.6 mm in height, and 14.6 mm in height.
03:52We have a power range of 5 to 30 watts.
03:57A battery capacity of 1650 mA.
04:03We have an output voltage of 3 to 4.2 volts.
04:08We have a charging voltage of 5 volts and 1.4 amps.
04:14The resistance range is 0.4 to 3 ohms.
04:19The liquid capacity up here is 3.5 milliliters.
04:23So.
04:25Let's take a look at everything here now.
04:28We have some silver here.
04:32We should have this indicator right here at the front.
04:37With LEDs, you can't see anything right now.
04:40We have a small air hole on the side here.
04:46Then we have a USB Type-C port on the side.
04:53And at the back we have an airflow control.
04:57When you close it, there's a small hole.
04:59And then, of course, step adjustment to 3 steps.
05:04So.
05:05Then we'll go outside.
05:06Now let's take a look at the indicator.
05:09And here we have the pot.
05:10Which we would now like to fill, of course.
05:20Let's fill this now.
05:461650 isn't much for that size.
05:48Yes.
05:49Well, the size, I have to say.
05:51So, to one.
05:52This is the Argus G3.
05:56And here we have the G4 Mini.
06:03And that brings us to white.
06:04We're now at 0.7.
06:08And if I switch this part now, then we now have 1 ohm.
06:17So that means if I switch, it changes.
06:20It's a dual mesh.
06:23We can see that down here too.
06:26We're going to take a proper look at the pot now.
06:303.5 milliliters.
06:32Slightly withdrawn.
06:33You can see he's moving in right now.
06:35And all of this with the bat.
06:37That's why there's air here now.
06:39We actually filled it completely.
06:41But that shows how much could actually be refilled.
06:47once it has completely absorbed the liquid.
06:51It says 0.7 ohms here.
06:54We also have orange down here.
06:56Orange means we have Dual.
07:00So.
07:01Down there, right?
07:03See, we have 3 connections here.
07:07We have two connections in here.
07:11That means it's really done by switching,
07:14This switching changes the resistance.
07:22So, in the end, it's like this:
07:27that if, for example, one winding is defective,
07:33Then you can continue using the second one.
07:36I think that's really great.
07:38That means it tastes like it's been rolled up.
07:40Let's switch gears.
07:42Things just turn out differently.
07:43We don't have the same value again, but rather 0.7 or 1 ohm.
07:47So.
07:51Let's take a look inside now.
07:54Inside we can see the two magnets.
07:57Here we see the two contacts.
07:59And here we see the airflow system.
08:01So.
08:02With the airflow system, you can see really clearly,
08:05because of liquid, if it leaks,
08:10how it naturally accumulates in one area
08:14and then flows down and then flows out.
08:17Of course, this is important because the device shouldn't get any liquid on it.
08:21So.
08:22We're going to switch to MTL for this one.
08:27That means I'll close this whole thing now.
08:29And then we'll try it out and see what it looks like.
08:34So, if I look at it now,
08:36It's quite heavy in terms of weight.
08:38So, it's really true, this thing is really heavy.
08:41So before we test, I really want to know...
08:43How much does the thing actually weigh?
08:46Sometimes without.
08:5448.65 grams.
08:56And with the pot, we're at 58.93 grams.
09:04So.
09:06Now we know the weight.
09:08But you can tell the thing actually feels heavy.
09:11Even if it's only 50 grams now.
09:13We have a nice, level floor here,
09:16where you can really set it up nicely.
09:19And yes, this is an aluminum case.
09:22That means we have no plastic here,
09:25We have an aluminum-zinc alloy here.
09:29And then I would say,
09:30Let's try this thing out.
09:33That's just how it is.
09:34So we're currently talking about MTL.
09:49Yes, interesting in terms of taste.
09:53I can taste it.
09:55Draw ratio, of course MTL.
09:57We have a resistance.
09:59Now I have it completely open.
10:01We are now at 0.7.
10:18So the liquid comes across well.
10:20Also, what's written on the liquid itself,
10:23I notice.
10:29The train on the device is really nice.
10:33I have to say that.
10:43There's one thing I'm curious about.
10:45We now have the G3 here,
10:52the normal one.
10:53You can already see the full size.
10:58And we're going to try this out now.
11:02with this new pod.
11:05We have dual mesh, and we switch between them.
11:08That means we now have 0.7 here.
11:11If I switch now, we'll be at 1 ohm.
11:15So, you can also use the pods with the G3.
11:21The same applies to the other series.
11:22They are usable.
11:23This means the pods are not completely compatible only with the G4.
11:29but also for the G3 series, for example,
11:31like I have it here.
11:45It is usable.
11:46I think that's great.
11:47I just have here now,
11:49I've now set it to 0.7.
11:51If I put it in now,
11:54Then he accepts that one too.
12:00Functions.
12:00Okay, let's take a look at the two pods now.
12:04So you can see the difference.
12:06It's higher.
12:10The upper part of the mouth is also a little different there.
12:12So, as you can see, it's a bit narrower from the side than it is here.
12:25Looking at the inside now,
12:27Nothing has actually changed.
12:33And below, you can see the difference between 0.7 and dual 0.7 or 1 ohm.
12:43You can see that really well.
12:48Yes, that would also make sense, but I find it practical because ultimately,
12:54You can then choose a liquid.
12:57So, basically, if you have a liquid with a stronger nicotine content,
13:02One can use the higher ohm range.
13:05If you have a low one,
13:08Then you can use less resistance.
13:14And ultimately, I think it's awesome,
13:17because you can choose,
13:19whether you want to vape RDL or MTL.
13:33Yes, that's the question now, with everyday life and everything.
13:36But I really have to say,
13:38I actually find it quite practical sometimes,
13:41because it's something different.
13:48In terms of design, I have to say,
13:49I actually find it quite simple.
14:09So it's a really simple design.
14:13Throughout.
14:16And there you can see again,
14:18how the contacts look at the bottom.
14:23Yes, good, okay.
14:25Ultimately, 90 percent,
14:27Of course, you always vape at the same resistance.
14:30But it doesn't really make a difference now.
14:33whether one only uses the 0.7
14:37or ultimately uses the 1 ohm,
14:41Because it still stays the same.
14:46That's just how it is.
14:47Nothing changes.
14:53Nothing really changes.
14:54If I only buy 0 simmers now,
14:56Then I use 0 simmers.
14:58If I only get a 1 Ohm resistor,
14:59Then I'll just get a 1 Ohm resistor and use it.
15:03That's just how you have the dual system.
15:04That means you have a,
15:06In terms of production,
15:08If you only have one pot left,
15:10where both resistors are included.
15:12And 0.5 milliliters more.
15:15I think that's awesome too.
15:21So I find it with this dual system
15:24That's really awesome.
15:30Hitter Ghost.
15:40No, Ultra-A-Go-Clips wrote it.
15:45Listen like the Earth.
15:51But it has something about it.
15:55A ghost?
15:56Not in my house.
16:14Robby,
16:15Listen to them.
16:16Yes,
16:16This is the new G4 Mini.
16:19As you can see here.
16:21This is the brand new one.
16:25And thank you for your
16:26A 9-month subscription is already included.
16:29You've been here that long!
16:30present at the steaming.
16:37So, in terms of trains and everything else...
16:39I think it's really awesome too.
16:41There's really nothing you can argue with that.
16:45It's something.
16:51I like it.
16:53I really like this item.
16:56In the end.
16:58I'm using the G3 Mini.
16:59I use it here at work.
17:06Not bad at all.
17:09Permanently, yes.
17:12The taste is pretty much the same here.
17:15So nothing has actually changed.
17:16See you next time.
17:17See you next time.
17:17See you next time.
17:17See you next time.
17:18See you next time.
17:19See you next time.
17:20See you next time.
17:21See you next time.
17:21See you next time.
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