Our DIY CPU Chiller From AliExpress is RIDICULOUS
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- čas přidán 30. 05. 2024
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CHAPTERS
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0:00 - A terrible idea
0:45 - Zoho MarketingPlus!
0:57 - LTT Intro
1:07 - How TECs Work
2:29 - Mounting 20 TECs
4:22 - Power, manifolds, tubing, soldering
7:02 - Filling hot side
12:04 - Filling cold side feat. Antifreeze
14:21 - Subzero Prep
16:05 - Overclocking
19:03 - Backblaze
19:53 - Outro - Věda a technologie
Alex's cooling ideas are honestly my favorite videos
When he actually tries and don't just half ass it, they are nice
His video ideas are the most interesting thing on the channel for sure. I'd be way more into the boring "we bought a mansion" videos if Alex was doing all the HVAC.
Still not as ambitious or cool as whole room water cooling.
next time they just dump the whole pc into ln2
agreed
The TECs did not draw the full amount of power expected because the supply voltage was too low. Looking at the data sheet for TEC1-12710, these modules will need up to 17V, but the supply used was only 12V.
Makes sense indeed. I was sure something was off. This was it. Thanks for confirming
Holy shit, theres more
Shall we talk about the failure to place the reservoirs above the tubing so that all the air naturally would migrate out or how about the use of metal bolts between the rails holding the peltier modules between pieces of metal shouldn't plastic nuts and bolts have been used to reduce the transfer of thermal energy through them oh well it was fun 😄
@@allenfunstuff HAHAHA I was sure something was tickling my brain when the water could not reach the top and the answer *MORE PUMP* looked dog
What, you think these guys are experts or something?
I spent a couple of years playing with TEC's, successfully building out a universal whole case cooler that dropped the CPU temp by 20c while maintaining a case temp of around 10c. So a few things, mounting pressure on the TEC plate is EXTREMELY important, you need even pressure across both sides or performance takes a serious hit. We ended up threading out own bolts with a very high thread density, counting the turns and confirming with calipers. You also need to have a neoprene gasket (cut a hole for the TEC and sandwich between the heatsinks) we used quarter inch high density neoprene, but your application may need something different.
We also used 600w TEC's (24v @ 25a) which required a special switching PSU (30v@30a), and HUGE melcor nickle plated copper heatsinks that were cooled with 120mm 120cfm sillverstone fans. The HS's were 120x120x90mm, and each weighed about 5 pounds, with each tec using TWO. You can simply drop the cold side into a container of water, and use as many as you like.
The other important thing, you're much better off using high power TEC's like the 600w we used, and undervolting it. At lower power, TEC plates are much more efficient. Basically you're better off using 8 600w TEC plates, running 75w each than you are using 1 plate running full load. I would have to check my 15 year old forum posts, but i'm pretty sure we found that 30% load was the sweet spot in terms of efficiency, though i'm really not sure if that's a flat metric or simply applied to our 600w plates.
Either way, i'd suggest taking another run at this, you should be able to get much better results using much fewer parts and a less janky set up.
I think a big part of why this video even happened is because he used stuff that they already had or bought cheap off AliExpress.
@@heygek2769 I'm sure it is, but they've taken a couple runs at TEC coolers for various applications, and in each instance they've done it rather poorly, ended up with bad, or at least insanely inefficient results, and perpetuate the idea that TEC's are useless.
I freely admit, this is a personal pet peeve and this was clearly done for the entertainment value, but...if you're going to do something, you really should try to do it as well as you possibly can.
One of the simplest things that is consistently overlooked, is using a TEC to cool the back of your CPU socket. There have actually been a few cases in recent years that have employed fans behind the motherboard tray for this purpose, using a TEC in this was is simply more beneficial, and less complicated than trying to directly cool the chip.
Like i said before, i spent years playing around with TEC designs, and ended up with several very viable solutions that i simply didn't have the money to see through, and now i just don't have the time. These guys do, and i'd like to see them make a serious attempt.
The Jank is part of the appeal though.
@@heygek2769 sqws
some people, yanno, have a life lmao
I absolutely love these things that us regular nerds just dream of like "this idea is dumb, I want to test this" but you guys actually get to do it :D
As an engineer I absolutely love all of this whacky engineering content, I would 100% love to watch longer format videos that keep dive into some of this stuff more.
Really hoping they release more on Floatplane for things like this! Would love more details.
Floatplane probably
"Engineering". Michael Reeves is more of an engineer than Alex is. So is Electroboom, Adam Savage, Simone Giertz, Integza, Joel Creates... heck, even Dan, on this very channel, is a better engineer.
@@rherydrevins well ofc. This is just a whacky project and nothing to serious
@@rherydrevins maybe, but also Alex does have an engineering degree.
The Alex and Jake combo is pure gold definitely would love to see more of them together
The kids just running wild in their dad's garage
They definitely were great together
It was chaotic and I love it
Alex, Jake & Dan are perfect trio.
Alex "should be fine" frankenstein inventions are lawful evil.
Jake's persona is chaotic good.
& Dan is the true neutral with pinpoint accuracy reactions.
I can't imagine the LTT/LMG without them.
It really seemed unplanned too haha love it!
I think the whole bubble trapping thing could've been solved if they mounted each row in series and not all of them in parallel but i still love the idea!
i was thinking the same thing
or if they mounted the reservoir at the top :)
Then they'd need even higher head pressure and even more D5 pumps.
@@hapybratt8640 is that a problem tho?
@@Nils__pltr yes they already using 3 :D
You can't push the fluid in a system like that, because when the fluid hits the second manifold, it is going to try and push the fluid back into the other intakes. You need to pull the fluid, and drop it into a reservoir so it can be pulled back through the system again. Naturally, some runs that are easier are going to flow more, so you will have to test the flow for each. Also, would be a good idea to pull the fluid out in smaller manifolds, each with their own pumps, and own reservoir.
Nah they don't need to do all that. Their problem is a circulator pump makes no head pressure, raise the pump above the system and it will cancel out the head pressure created by gravity, also each 90elbow fitting will add at least .5 psi to the head pressure (they have like 30 of them as each nipple on the manifold changes the direction of flow) and they have like 30ft+ of pipe which will also add friction increasing the head requirement. This pump is a circulator pump that likely doesn't make more the 5ft of head pressure, probably .5ft to 1ft as it was meant to circulate in a small closed system, not a monstrosity that is feet above the discharge of the pump lol.
I love all of these "technically feasible but practically inadvisable" projects. Give Alex's mad science lab a bigger budget!
literally the best shit on yt
they should give him his own channel to do this shit
"technically feasible but practically inadvisable" sounds like a mantra for engineering school xD
"Technically feasible but practically inadvisable" basically describes overclocking generally. ;-)
And make him wear a white lab coat
I really hope that there's a followup video where Alex fixes the worst issues with this cooling apparatus... there's soooo much room for optimization.
that WOULD be really cool to see if it could ever be really good at what it's supposed to do... but on the flip side, "optimized and efficient" isn't really the reason we click on these videos, is it? xD
Imagine spending that much money on tools and equipment, and this is the results...
There is a channel called "Этот Компьютер", in his playlists there is a playlist called "Пельтье", there he assembled his cooling system on peltier modules with a solution to the problems that Alex encountered(these videos are two years old)
I would also love to see them get the full power and tie in a GPU block to the loop.
Der8auer has a video where he built and tested something like this and it worked pretty well iirc.
You need a separate res at the top of the loop for this to work. pump at the bottom, res at the top, then you're not fighting gravity. come on guys this is water loops 101!
also the clamps idea was alright, but you can make mini clamps out of 2 sections of dowel and 2 wood screws. then you can make 1 adjustable clamp for each inlet and dial in the restriction perfectly!
I believe you ran the cooling to the peltiers in parallel, that would completely explain why the coolant was not getting there. Water always takes the easiest route so there was no need for it to go through the top ones, it could just go through the bottom ones. Also rethink the diameter or your water tubes, the tubes going to the waterblocks were really thick and the one going to the pumps was only a little thicker. No wonder there was almost no flow in some areas. You would probably be fine with those flimsy 5mm ish tubes going to the individual units on the hot side. Maybe for a second iteration of this split the cooling system up into groups of like 4 peltiers cooled in series with smaller separate radiators. Also have the water in the cold loop flow the other direction from that in the hot loop to make sure the water doesn't get reheated by the higher temperature peltiers (because they are in series the last one gets a lot warmer cooling water and thus will cool less far on the cold side). I think by hooking up the cold side in groups of 4 (or so) with their own pump and combining the output with a splitter to the CPU plus the aforementioned changes you could optimize this setup.
We need more Alex and Jake, such a great duo, both of them are smart and janky at the same time
Lol, smart and janky is the best description!
Alex went from nervous engineering nerd to full on video presenter in a few short years. It's a beautiful thing to see
Just like Linus at the start, a worthy successor.
@@shanekhiu9884 Alex for LMG 2100
now he's a cooling mad genius and we love it
Indeed. I remember his first videos... he was paired with Riley and I believe Anthony also had some videos here and there. They both sucked. Riley was always a natural. I bet he cheated.
But now Alex has found his own style and it''s fantastic.
I remember his introduction with the laser cutter! But that's wayy early on!
I feel like in a previous video, it was established that if you want to do this, you should first run the hot water through a radiator to get the temperature down for most of the way and then run it past the TECs to go sub-ambient.
You do know you can get 40x120 aluminum water blocks so you can reduce you hose usage by a factor of nearly 4. J/s Hilarious fun build though! 🤘🏼🤘🏼
Alex was so preoccupied with whether or not he could, he didn't stop to think if he should
Pure mad scientist he is
That thought has rarely if ever entered his mind.
Alex was so preoccupied with whether or not he cold, he didn't stop to think if he should*
Alex doing silly cooling projects are genuinely my favorite videos on the channel, I hope we see more in the future.
I assume we already see as much as possible 😀
These projects take up so much time and are so damn much work to realize
Still waiting for a video where they do sub-ambient cooling without electrical worries, by sealing the whole PC in a different atmosphere without water in it. Someone needs to do it!
That’s how I found out LTT
Lots of room for improvement on this one. Would love to see a rev 2
these kind of videos are the most interesting you guys put out; just let Alex and the other engineers do whatever crap they come up with, its super entertaining
I would love to see a sequel to this that uses the same idea but in a more optimized way.
using a server 12V only server PSU, and maybe using cheap air coolers on the peltier hot side to half the effort on the cooling runs might help!
Then you should watch der8auers Video on cooling with multiple peltier elements ;)
1. Use a few distribution blocks (eg Phoenix PTFIX) instead of soldering 80 wires. Or good old Wagos. You'll hate yourself less.
2. I would do a 5s4p connection instead of 20p to save on tubing effort while having some redundancy.
E: any manifold connection has potential for unequal flow so you need to watch out for that. Big benefit of series tubing is you have the same flow rate everywhere.
5s4p with each string on its own pump would make a whole lot more sense.
But that means potentially trying to remove 600W from a small 40mm x 40mm waterblock. I don't think you can get a fast enough flowrate through it to make that happen.
Add some RGB. You forgot about that.
He could tune the flow rates with flow controls. reducing flow in the lower peltier devices would probably balance the flow up to the peltier devices that are much higher and thus need more head pressure. If you are feeding the same head pressure to each row the top will never get good flow.
@@ShieTar_ Don't underestimate the heat conductivity of water. 600W on 40x40 sounds like a lot but is extremely manageable
The only thing missing is the "What the f* are you doing and HOW MUCH DID I PAY FOR IT?" Linus cameo.
Yes! 😂
Alex, the way you connected the pumps is not giving you double the head pressure, you are basically connecting them in tandem. This mean that one pump discharges just to feed the suction tank to the next. There is not pressure transmission doing that, so basically is just the last pump working, the first is just feeding the second tank, that’s it. If you want to connect the pumps in series to double the head pressure you need to connect directly the discharge side of pump 1 to the inlet side of pump 2. If you want to double the flow, then both pumps must be connected to a discharge pipe at the same time, but the total head is equivalent to one pump.
There's nothing that makes me happier than a video where Alex makes some crazy contraption. It is very relatable.
Dan's reaction was incredible 😂😂
AbOmInAtIoN
Dan has been the best addition to LMG since Anthony.
@@Michael_mki233 he's slowly started to become my favorite LMG member for a while now lol his reaction was priceless
For a manifolded assembly like that you want it to be horizontal rather than vertical so gravity affects each one the same. Then you can have radiators attached to the hot side drawing cool air from the cold tubes on the bottom and the cold side blowing chilled air over the hot tubes on top for a small performance boost in the setup.
again the scariest things an engineer can say is "it should be fine" or "it will be fine"
As a future engineer, I love how overly complicated this is.
As a future engineer, I hate how grossly inefficient this is.
I second this...
As not an engineer.
But knowing something about something.
I 3th this
Also using different hardware for the distribution would've made it more efficient
as a engineer i could do better xD
Why do u think technology is going backwards? Higher power usage, less efficiency, high temperature 🌡️??
As an engineer, this a aprove of this. this video kills me
The trio we never knew we wanted, but deserve a series of videos with: Alex, Jake, and Dan!
I never watercooled or overclocked anything in my life and Alex' videos about this stuff are just fascinating, love it!
Alex is by far becoming my fave LTT member
Jake and Alex in the same room is my new favorite thing. Pure nonchalant chaos.
It's beautiful to see how much Alex has opened up on camera compared to how he was in his first few videos. Always a great presence but it's good to see you feeling comfortable and having fun with it. Can see Linus has rubbed off on you!
0:43 oh-oh, watch me **Double-tap**
You should connect the blocks in series. So you solve the pressure problem and equalize blocks temps.
Agreed. Would've made it really easy to bleed the whole system
Hot side in series would only make most of them non-functional as they'd be "cooled" with hot water (heated by earlier ones). OTOH the "cold side" in series would freeze the antifreeze, as the cooling effects would keep stacking.
@@muffinconsumer4106 Would require a lot of smaller radiators, couldn't use these big liquid cooling radiators they did.
A mad thumbnail for a madlad engineer. Love it
definitely
Alex needs to long beard and long hair it up with a labcoat. Would be awesome.
Time for my daily dose of absolute certified craziness presented by Alex.
i think you might get better results if you use a large high reservoir above each loop and let the pumps just pump the liquids up, then let gravity let the liquids flow through the coolers this would probably get equal flow through each cooling element.
that way you could also store some cold liquid in the reservoir and run a benchmark from the stored cooling capacity of the reservoir.
Thank you Thank you Thank you LTT, 1 wk ago it was so close to buy the 1/10th of your test parts on Aliexpress, still try to convince myself, then you did it for me, saved he heaps effort, and made my mind to keep standard water cooling. thank you again...
I love Alex's cooling shenanigans.
I've never gotten cracked up by these sentence but when Dan came up to them and said "What the fuck is this abomination?", "What are you cooling?" and "What are you heating with this?" all at the same time I audibly laughed
Dan's great
I can't look away from your cooling ideas, just like you said.
I love them.
Please, keep doing what you do, Alex. It's great entertainment!
Jake getting sprayed after asking if he can just crack it real quick had me cackling
You need a manifold that distributes to each of the lines with a constant volume flow rate. In other words, the fluid is taking the path of least resistance, like the lower TECs and shorter tubing runs.
This is the right answer.
Restrict the lowers, use separate pumps, or series up several of the TECs
just have loops for few tec's each going to a tank and a different loop from the tank to the cpu.
@@lasskinn474 makes more sense
I failed thermofuids 3 times and even I was frustrated he didn't lift the red above the techs
I played too much factorio/satisfactory to know this 🤣
It's that time again, janky water cooling with Alex, I love it, these are my favorite videos LTT makes, and I hope the series never ends :)
It’s great that they always happen at the onset of the new generation. Then legit coolers come out, then the next generation changes it up again and the cycle repeats
seriously love the random janky cooling ideas you guys come up with. you have possibly the best job.
If i was Linus i would be so proud of Alex and his mad ideas.
Also he got so much better in front of camera, i'm so happy to see him do this kind of stuff with this confidence.
Go Alex!
You gotta connect those blocks on the peltier-s in parallel (at least in blocks). You could do four groups of TEC-s with each group having their own pump and radiator combo so you have higher crossection for the water to flow through. If you connected everything here in series, I would imagine, the pressure needed to push the coolant through the whole system is too much with just a tubes diameter of cross section for coolant flow.
As I understood it, they were connected in two parallel blocks of 10. The frame's left side supported 10 TEC-s, and the right supported the other 10. Front was cold, back was hot. Am I missing something? These aren't connected in series at all.
@@TorgieMadison They all had their own circuit, which makes for a very long pipe in sum. When you group 4, you almost cut that length by /4 -> less pressure is needed.
I mean, yeah. But if you do that and lay the frame down so that you don't need the pumps to lift the coolant 3 feet it would work a whole lot better.
@@VealCalf1 If you make yourself familiar with these particular physics you will learn that the relation of pressure needed to length of the pipe is not linear. Spreading out the pumps to different positions in the circuit could help with that.
Always enjoy mad Alex engineering.
You definitely need to revisit this with debauer's delidding tool and whatever tips were on the GN N2 overclocking stream!
Also great seeing you guys host this content without Linus. It amazing how everyone has grown their presenting skills over the years!
I keep coming back to alex's videos. They are always so full of controlled chaos that they are the most fun videos of this channel.
Bloody fantastic! Alex has the best and craziest idea's, the things we have all thought of doing but would never do, But he pulls them off. Love it
Alex must be having the time of his life because we all know weird ideas pop into our heads but everyone get the chance to implement them.
I did the same but in smaller dimensions (about 400W). I wasn't happy with the results. So i tried the outdoor mod. Placing my 9x120mm radiator outdoors at about negativ 5 degrees celsius improved the result greatly. The cool side of the peltier element was extremely cooled and the cold side could get insanely cold (not gonna spoiler, try it out its crazy!!!. Its easy to realise If mother nature provides you with the right circumstances. Shouldnt be a problem in Canada i guess. I would love to see you stepping the project up with the "oudoor mod".
Sorry for my terrible english and greetings from Austria
Austrians and their cooling solutions smh
You have to create strings and parallel streams with your cooling liquid. The way have it now you would need an open reservoir which presents NO pressure at all. Best way to to this would be to have the water coming from top into the reservoir like a small waterfall. With that much parallel water flow you actually hampered the whole performance. Also add some automatic air reliefs at the top to get the air out as fast as possible.
We have the same concept in out town water system where I'm responsible of. You need strings and parallel flow correctly done or else you have no flow at all...
This looks like a brain from a bad sci-fi movie from decades ago. It's lovely! So when do you design a case that the wonko cooler mounts to and call it "The Brain That Lives!" and make your own mini movie for Floatplane?
I love how positive Alex’s energy is
He loves cooling of course he's a chill dude
Alex: Something is not okay with this computer
*Also Alex making Alien stuff just to cool the CPU*
This is the LTT content I've been missing, I got hooked with the mineral oil pc, and these types of videos have the same energy!
Really liked that you guys tried to explain TEC :) and also referred to a more thorough source
I can’t believe you guys are doing ANOTHER peltier cooler video right as I’m designing a stupidly crazy design for a giant observatory telescope chilling system. So thankful!!
Please don't use Alex as a starting point. He is making so many stupid mistakes. Main stupid thing was that he did not place the header tank on the top of the loop.
@@Running_Wakko don’t worry, we aren’t using this is a guide! Our system is going to be far more complex as it has to work in all orientations. The water blocks will be changing orientation as the telescope mirror moves around, so we have to account for everything. We’re gonna build a working model before we even try out the real thing.
Stuff like this is why I'm subscribed. By far my favourite clip from LTT in ages.
Just a pity Linus wasn't there to drop it.
Alex is the best learning source of how to do water cooling, by pointing out ALL of the "don't do this" examples. A true master of his own craft.
@LTT - Alex, there is one-way air bleeding valves. if you attached it to the top of your return distribution block, you could bleed it without issue.
Also, that antifreeze should of been thinned, it was killing your pump performance.
I used to have the "Ultra" brand peltier tower air cooler hybrid. It actually worked very well. With how it was set up it kept the CPU at one temperature when under load, didn't cool it too much or too little.
Gimmicky, yeah. But it was cool as hell and still did a fairly good job. Not the best, but good.
This idea takes that to the max. I like these ideas lol
I'm here for more of Alex's off-the-wall cooling ideas! As in, he comes up with the ideas by "throwing shit at the wall to see what sticks", then makes videos out of what does /not/ stick.
Alex's ideas videos are always fantastic!
I really was hoping they'd go all out and like machine a whole water block manifold for the in side and outside. I would love to see a rig they make that actually has some bananas cooling and could be used later on for other experiments. Kinda like their air conditioner cooler.
This was so insane and felt fast-paced, I'm amazed that this video exists
I love these engineering videos. Please keep them going in any way you can.
i think you should try improving this. you should mount the pump/reservoir up high to prevent air lock and pressure issues if you want to keep testing the in parallel like you are. i would recommend each row of coolers in series and then have the rows connected in parallel. it would really force the coolant to circulate through the coolers and likely require less force and make the water much cooler.
actually u just write my toughts 😅😅😅
Exactly, never understood why most liquid cooling setups in typical computers have the res down lower either, should be the highest point - even higher than the rad - makes it much easier and would automatically deaerate
literally the day after linus mentions it on the WAN show my default res dropped to 720p.... and it was DEFINETLY noticeable!...
Also these peltier things are horribly inefficient at full power tech ingredients did a video using these to create a freezer and fridge really cool vids i highly recommend watching them (as well as the ones alex mentions in this video) if this kind of tech is truly interesting to you.
Awesome video! I would honestly watch a whole channel dedicated to alex doing random stuff like this.
Honestly, I love these types of videos, even if the result doesn't exactly pan out! Sometimes you get a wild and crazy result, and we all benefit by learning!
Alex's introduction to tecs and cables has probably taught me more than the 8 years of physics class I had so far
what?
Alex’s wild engineering vids are some of my favorite, awesome work!
I've watched a lot of videos. This one got the creative juices flowing. Very enjoyable.
We are slowly getting to a point, where our CPU coolers will need their own coolers.
@Ahmed Jones but If we get a cooler for the CPU cooler's cooler, then we'd also need another cooler for the cooler for the CPU cooler's cooler.
alex is easily my favorite person to see leading a project
the amount of chaos in this video is incredible. Im down for more alex and jake videos like this haha
I'm living for these kind of videos. Best content to watch on a Sunday with a hangover.
I think my Prometia cooler only drew like 800w and could keep a 500W load at -20C. I just got tired of dealing with condensation, so went with water chiller that keeps the loop at 1C above ambient.
I think the pumps needed to be split up among the different sets of coolers, so a pump and a "one in five out" manifold per level of that tower. Getting the water/coolant to cycle properly through all the blocks would probably make a huge difference, and if I understand how they work correctly, may actually get the TECs to draw more power. The reason for that being they have temperature limits on the hot side, once it reaches a certain point it just can't push more heat across, and will drop off.
Those tecs need 17v, they were giving them 12v. So the devices were underpowered, thus under delivering.
I'd be interested in seeing what happens if you can attach 4 peltier coolers to the CPU via a vapour chamber and then run an open loop with a 360 rad for each. That should be about 340W of cooling with a much simpler setup (no loop on the cold side, only 4 blocks and rads on the hot side). I'd think that the vapour chamber should help reduce condensation on the socket, as IIRC it becomes less efficient at lower temperatures, helping to keep equilibrium somewhere around or above ambient?
12:30, just as i zone out from whatever the point was for this very entertaining & funny mess
Should have had those tec modules in series and parallel behind each other cooling the hot side of the other tecs for a multi-stage
love alex's strange, wierd and amazing cooling ideas! best one yet!
A work of art indeed!!!
Always dreamt of playing with peltiers back in my mad overclocking days, but they were expensive and rare at the time :(
To keep air out next time have the pump above the lines, and try using a submersible pond pump in a bucket for the res.
I would love to see using the TEG to create voltage and power a few fans.
Alex and Jake are a funny team doing Frankensteiny stuff. More please!
This is absolutely insane and im so glad you guys made it. 9:21 best part
These guys could never be plumpers! Or anything else than CZcamsrs! 😏
This is the type of videos we love! Alex you rock! Cheers from Belgie.
This was great, i want more! Maybe next video you could figure out how to get fluid moving on all the pipes! Small tip: higher the pumps needs to pump the liquid harder it is. it is like gravity is resisting pumping higher 😱
I think with the new AMD cpu and Nvidia gpu all the time the user will be thinking about the Electricity bill
'Borrowing' from a friend.
then again, you wouldn't need heating at all during winter, so the expenses might cancel out
Only time I've used a peltier was for a DIY dehumidifier, they're terribly ineficient, just don't use them.
Do a version 2 of this cooling idea! More optimized, compact, make a frame or something so it can be used for future overclocking videos. Put it all in a box that can be transported around etc
Run the coolers in series and not parallel, that would simplify the lines and reduce the total liquid needed.
Going to need a part 2 of this refined
Alex, Jake and AliExpress in one Video.
And its exactly as insane as expected!
Alex is the mad scientist of LMG 😂
You need to put the pumps in parallel to get a higher flow rate. You dont need more pressure you need a high flow rate to feed all the tubes. Since there are so many tubes in parallel the pressure is instantly dropping (because of the low flow rate) thus not reaching the top.
What also would help is mounting the pumps on the top so the pump is higher than the rack
The continuation of crazy cooling ideas. I love it!