Boosting My PC Performance With A TURBOCHARGER
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- เผยแพร่เมื่อ 18 ต.ค. 2022
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I’ve been working on a themed PC build design behind the scenes, for that build I want 2 turbos to be incorporated. Now I don’t want them to just look like turbos I want them to be functional as well. Today I take my last supercharger build and modify it to be powered by a common 120mm fan that I can use later down the road.
Files
www.thingiverse.com/thing:557...
Hardware “I said M5x6 but M5x8 is what is needed”
M5x8 screws (qty 10)
M5 washer (qty 10)
M5 Heat Set Insert (qty 10)
M3x6 screws (qty 8)
Material Used
Tecsonar PLA
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TPU
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My Twitch
/ majorhardware
Cameras used.
BlackMagic Pocket cinema 6k pro
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Your scientists were so preoccupied with whether they could, they didn’t stop to think if they should lol. But seriously, this thing looks hilariously awesome
Well they should FOR SCIENCE!
Condors. Condors are on the verge of extinction.
Real Scientists test, test, and test some more. Never happy with the results and test, until they become the definition of Insanity. Science is never about be happy with one result. Science is about questioning not only the question, but also the answer. To never accept the results at face value. Always chasing for the truth. Always chasing for the ultimate answer.
@@Qardo TRUST THE SOYEINCE!
@@Qardo best comment i read for the moment on yt
Personally, I think it would have been more interesting to see the results if it had been a more normal air cooled PC. Your 6x120mm water cooled setup is already more than enough to cool your rig, adding the turbocharger is of course going to lead minimal change. Cool design though!
opinion noted and ignored
I second this!
@@shamancredible8632 opinions are a dime a dozen
That's a solid point to make. I agree though it's so damn sick it doesn't need to make sense.
Running those temps with an open loop shows it's not well cooled. The CPU and GPU temps are fine, but you'd typically look at much lower temperatures for an open loop, especially for the GPU. I imagine the coolant temp is sky high.
It would've been great if you tested the 5000rpm fan normally installed inside the case to see if the turbo housing made a difference.
Came here to say this. I suspect the fan by itself would have performed better.
that is irrelevant the cool factor pays for it.
@@benjaminalexander1998 so you could say, it’s effective in its job because it’s cooler right? 😎
It's $20... I bet he can buy another
Test it before you take it apart
Maybe turn down the internal fans until the system struggles, then turn on the turbo.
I think your system is just over cooled to begin with. Double heat sinks works better on --Mechs-- case mods that had cooling problems to begin with.
Yeah... we NEED more of this stuff.
Keep up these fun projects!
There's been multiple companies making reverse fans recently! And Thermaltake even made hotswap fans! So I'd highly recommend trying some of these out to improve function while retaining the form ;)
Really enjoying these builds! Please keep these fun ideas with air coming!
oh man I've been waiting for this one ever since I saw the supercharger one🤣 great timing actually, got my buddies turbo civic started for the first time today!
You are the type of person, I would love to sit down with some coffee and rant about physics and airflow diagrams all day lol.
Not to mention, you are really getting me into the 3D printing space with your designs and especially the community around it.
Good video!
I have used the MYNT3D pro pen to weld pla parts for almost two years now. I typically melt the seam together to create a channel for the filler, then slowly extrude the fill into that. Little sandling, filing, etc, the seams are basically invisible and TOTALLY gone after paint. Strong too.
Great video! Thanks for sharing the files.
Never underestimate just how batshit insane your viewers are. "but it catches fire! ...and doesn't work well! It uses an RC car motor and battery!" us: yeah. and?
so glad you released the files!
Oh heck yeah I'm SO HYPED FOR THIS
I like these side quest videos - thanks for keeping it interesting.
The sound is perfect!
Haha, James, thanks for the smoke test on this! It's the most interesting one of your smoke tests that I've seen, watching it actually go through a "turbo" and then the computer this time!
I think you can get a fan cable that plugs into a molex/SATA connector for power, and your motherboard header for the PWM signal so you can turn more powerful fans.
And if you can't get it, you can definitely make it
YESSSS!!!! I can't wait to see this performance!!!!
Neat. You can tell the air coming out of the bottom of the computer is warmer than ambient.
This marks the first time I've ever seen anyone try to put the magic smoke back in the electronics!! Awesome job bub!
thank you for making this, its amazing and much quieter on my side of the screen lol.
Totally sick. Ingenuity at work. 👍😎
I am so glad you released the centrifugal supercharger! Big car guy and I have wanted that thing.
try maybe printing out a full turbo (with the hot side) and spin it using the output from your fans i think that might be a really cool thing to experiment. love your videos!!
An interesting idea, it definitely wouldn't work but still interesting. The reason it won't work is because it's the HEAT of the car exhaust that makes a turbo function, air flow alone won't cut it. A computer doesn't get nearly hot enough to spool a turbo.
Could use the hot side as an exhaust fan though driving both from the same motor
@@anthonyward8853 it's not the heat that turns the turbo, it's the pressure from the combustion so technically yes it is airflow that spins the turbo. The more booms the more airflow the more spinny whinny!
I was thinking it was running backwards the whole time! Glad I'm not the only one
@@kickpushlongboards A turbo is a machine, as with any machine, it cannot be 100% efficient in converting energy into useful work. There will be energy losses. This means the quantity of air leaving an engine will always be greater than the quantity of air a turbo can pull in. This is, of course, unless you add more energy to the out going air. Energy in the form of heat. So, yes, your not wrong. Air flow does contribute but it's the heat of the air that allows for useful work.
I appreciate the ad spot timeline bar.
Love those Videos!!! Big thanks for your content man^^😁👏
You should test the fan before installing it into the turbo. Also, you should test cooling performance with the bottom fans blowing in. It would be blowing warmer air, but would allow smoother airflow. In that config, you could mount the turbo to the top of the case in reverse to assist in vacuuming air out
I was thinking about a smoke test during the video and I'm glad you did it! Shit looks pretty cool
absolutely love the smoke test. my brain really wanted to see how the airflow was in there.
Aaah damn I wanted to see a twin design using only those two, to cool the entire rig, with a push pull config mounted externally. But seal up the case and remove the radiator fans. Great video, I hope you do more on this design. Thanks
The best way I can think of to integrate something like this into an actually practical setup would be to have it mounted inside the case to a radiator with its intake connecting to a hole in the side panel so that it can take in air from outside the case. Would probably want to use it on a 240mm rad with the outlet of the turbocharger split to encourage even airflow across the rad.
pc goes stutututu💨🔥🔥
damn, i love your work 💪🏻🤩🔥🔥💯💯
Form over function is an artist mindset my guy 🤙
i know im a bit late, but ive been watching your vids alot lately, i honestly think what also would be cool, if we see the exhaust side getting a turbocharger, but the only problem with that is definitely gonna be the piping since you had to either pull a long pipe to go from the exhaust or to go into the intake side. But this thing is already cool, would love to see more stuff like this. Love your content alot!
genius level work.
How is a show about fans this entertaining? I've been watching this guy play with fans for like 2 years now. Its crazy 😂
8:43
the fact that you can hear the wine is amazing
2:17 I love the color changing plastic. :D
I ran a few tests on a single AIO 360, previously using a exhaust push pull setup, changing the first pair at the front of the case to push pull intake esulted in a dramatic temp decrease with consistent 4.7 avg, 4.95 peak on my 5900X max temp at 72. Of course not much room on a Dark Base 900 case so putting the lid on reduced airflow and there is a slight increase to the temps with it. The most noticeable difference was the idle temp in a 25 degree room came down to 33 degrees, the 'CPU package' maintained a closer temp to the CPU temp readout, i.e. not 15 degrees difference, chipset dropped a few degrees and M.2 drives were no longer throttling under heavy load... so a big win.
Dude you're a GENIUS! :
I'm definitely thinking of printing and building this to do small scale aerodynamics testing.
It would be really cool to see you retest with the original 5,000 rpm fan as well as the final impeller to see a direct comparison with the same motor.
I'm so glad that even with your massive cooling setup your 5950x also runs that hot. Makes me feel better about mine lol
That color shift of the new one looks really cool.
YES!!!!! I love it!!!
This is hilarious and awesome. You basically made a MAF sensor
that look amazing i would love see it run two trubo into one radiators (240mm) to see if any different cooling temperature or just heatsink
Your design is so nice!
I would like to see the smoke test out of the computer.
Also, I would not do smoke test in the computer as the smoke can leave residues where it condenses.
Looks awesome
it sounded like a car when you tested it on the table i love that
Just reminds me of the old Coolermaster Aero 7 plus, was one of the last heatsinks to not have heatpipes... was a beast (and loud)
When thread comes died different colors in different sections, it is referred to as variegated. The term also works to describe the variations in a brick wall etc.
Was this the cause of our recent cold front here in FL? lol Keep up the great work
I wonder what would need to happen to cram a server rack fan in that bad boy? Maybe angle the pro charger and make like a bolt on hood to cover the entire back/front of the case?
So many possibilities!
To glue 3D prints, using 3D Gloop is the way. It's great, and it's plastic specific (PLA needs PLA-specific goop). Gloop can also be used to fuse gaps and such. Personally I'd have printed this stuff out of PETG but PLA should work as long as nothing gets too warm.
I reckon this would be pretty cool to see on an open air test bench, and strap it directly to an air cooled CPU to see what the difference is between it and the best Noctua has to offer. Just focusing on CPU temps in that test, I think it'd be a good, scientific test (plus it'd be super fun to watch)
I would love to see this iterated on to see if you can get the turbo charger to be more quiet. It's so cool!
I love this design. One thing, I'd like a retest on the case with a normal air cooled pc setup, with proper fan placement for optimal thermal flow. Front of the Case with a lower mounting point for the turbo. Back of the case with high mount for exhaust fan and top of the case for exhaust. Remember, hot air rises. I think this would be a more accurate test for the cooling properties of this Turbofan.
With the fan locations, you can go for a chimney effect by having the floor fans be intake and the ceiling fans be exhaust. Heat rises, so that will help general cooling.
I'm a big fan of the 3Dsimo kit for a 3D pen. Arduino based so you can tweak temps. Lets me use the same filament I printed with, and the tip gets hot enough you can pull it through the printed part to get a homogenous melt as you add your filler... filament.
one thing I would like you to demonstrate is the difference in airflow (with your fan arrangement )with the smoke is reverse the fan on the bottom to blow inward
These are actually quite helpful for other projects. You can get similar ones from grainger but there expensive $$$
I know you’ve already printed one so not much point in printing another but it would’ve been cool to have a titanium-ish colour way with the multicoloured filament
Edit: looks awesome either way
A no doubt radiator blower. That airflow through the case demo was starting to look pretty cool. NEW SERIES! Blow smoke through the case and see what the airfow is for the various fan setups......
This is exactly what I was thinking the other day
You should definitely make it a real turbo where the hot air (exhaust) is used to bring in cold air (intake), that would be totally cool and then you could do a car themed pc build aswell
Beard and look - on point brother.
AvE did a video about Dyson in which he stripped a product down to get a better look at the motor. It is truly impressive. I would love to see that motor as the drive for one of those fans.
I love your videos cause they're interesting. Wouldn't this turbo basically only change the rig to be an open style case as it doesn't really push air across radiators only lets fresh air in. The actual radiator fans are still the ones that draws air in and through the radiators.
It actually looks cool
Hope the smoke solution is of high quality as it will leave a resedue over your components which in time may compromise them.
i love u so much bro, thanks very much
the airflow in your case looks fine to me. but you could also use reverse flow fans to get the same look
Does anyone else want to see a collab with Jayztwocents to build the liquid cooled engine PC?
Either way, love your content! I'm always excited to see your new videos.
Cheers!
I have a computer case that have 2 rear fan for intake and 3 at the front for exhaust, CPU cooler it's a big 8 heatpipes tower cooler. I think will be work better that way, like a server rack the air have a straight path to go throught.
Are you doing a Turbo V8 PC build!? Hell yeah dude!
Now all you need is to add a pelter built into the turbo with cooling fins and the heat ones on outside to get that air temp down.
Hot damn. Here we go
*@Major Hardware*
11:00 I would add some kind of diagonal stabilizer ( \\ )below the fan, to better support the weight of it, using the PC casing to push against.
Would have been interesting to see the flow through the radiator of an unmodified 5000rpm fan. The black fan spins faster than the A12X25 out of the box... Seeing if the turbo-style setup leads to higher air flow would be nice.
For the noise level research a turbo silencer ring. It covers the intake and effects the airflow going into the turbo thus reducing noise. You could make one as an add on or add it into the 3D print.
Even better could hide a bearing in it to support the wheel
also id love to see the other model be used as an exhaust fan on top. it would help direct the hot air towards the front and away from the intake.
Next time use high static pressure fans to create a real turbo effect. The hot air exiting the case spins the turbo charger (exhaust side) and that pushes fresh air into the system without the need of an extra intake fan. Would be pretty cool imo
Maybe it would be a neat idea to seal up the case really good to create a little vacuum inside the case from the exhaust fans, then to alleviate freewheeling from the idle turbofan have a "blowoff valve" that bypasses the turbo when off but closes when turbo is in operation. With software control of the turbo you can dial in a range where the turbo is effective in aiding cooling but when off it's not adding strain on the exhaust fans with the bypass in place
You should make different compressor wheel styles and smaller housings to see if you can speed up the air.
Why am I getting the awesome feeling we will see a twin turbo set up or perhaps even a twincharger?! 🤔😍
Negative Air pressure within the case can also improve thermals.
You here have Positive Air Pressure. So if the intake is greater then the outflow. the case itself becomes a pressure bottle neck, and the heat can't be expelled efficiently.
seeing the smoke test IN a case was actually damn interesting.
Very cool, the best way to get efficiency from a boosted application is an inter cooler... Supercharger>Cooler>pc intake. Could even attach more fans to the cooler to increase the effect. Cold air is more dense, pack that pc with the chilly air haha. Obviously car wise denser cooler air is better for HP, completely different principles, but still a fun experiment.
Final thought, you have water cooling setups, and you can get water to air inter coolers... yeah.
Anyhow, wicked project, really enjoying this project arc haha.
You could actually make a turbo by piping the exhaust fans to it to spin the exhaust side which would turn the compressor housing to pull in fresh air and force it to the intake
I don't think we should be surprised at your results from testing on your computer (nice looking rig btw). Since you said that you already had the fans on the coolers exhausting air, with no other fans for intake. I suspect that you may have had a significant amount of the added air from the turbo just blowing out the other open vents in the case. Thus not adding significant pressure, and volume over and above what the the cooler fans already provide. This leads me to think that the best use for this turbo is for pushing air directly through the fins of a cooler.
This blade profile reminds me of a conical burr grinder. Now I want to grind coffee with this bad boi.
dude that's awesome but I'd love to see you and a Nos nozzle on the turbo. You could setup cold compressed air to be shot via the Nos nozzle once your CPU hits a specific temp.
I JUST watched the first ep and 39mins ago u post this
I love your videos cause they're interesting. Wouldn't this turbo basically only change the rig to be an open style case as it doesn't really push air across radiators only lets fresh air in. The actual radiator fans are still the ones that draws air in and through the radiators.🙂
With 4 pin pwm fans you can run the red and black directly to a 12v psu plug and run the rpm and pwm to the fan header all the current is on the power wires the 4the pin pwm is just a 0-100% duty cycle and rpm tach is just a pulsed tpm signal
This design can also make for a cool looking fan to keep you cooler in the summer if you make the proper base for it.
Hehe, the Turbo button on all the 80's and 90's PC's needs to make a comeback now!
Excellent