Great designs! But I really doubt you need that much of supports, it looks overkilling (but I guess you're using automatic support placement from S3D).
I bet this would need a brushless motor or low-wind brushed to make any meaningful pressure. Hopefully the compressor stays together. Polycarbonate would be ideal.
Printed it, the first version i printed with big layers and high speed worked great already. I'll 3d print a 4-cylinder engine power by air, connect the air supply to this, and then connect the output shaft to a pencil sharpener. It will surely be very effective!
@@MrGoodcat1 cheers! But some further down someone wrote the standard 540 motor wouldn't fit. Could you provide a few measures - especially of the axel and the rim going into the housing? Or might it be possible to provide a design for a standard 540 motor? I really like your design and is easy build. As an engineer it's a pleasure to see and in the future use it!
Test the psi coming out I'm curious how well it does. And that pla held up nicely under that amount of friction did you use any type of lubrication to keep it from seizing up? I love this. I have a 3d printer but wish I knew how to model my own things in software so I could make my own inventions and creations.
Well if youre trying some easy things i would go for fusion 360 its pretty easy to use ( if ure not doing complex things its easy ) or go blender but i would say its not that easy to learn.
This would be classified as a compressor or turbofan more than an EDF. If it's used to push air into the intake of an engine, it would be referred to as a supercharger, even turbochargers are still superchargers
Currently printing this, rotor and base is done now i just need the upper part, tried once but the supports stuck to the print. Got any tips as for printing the upper part?
can you mske a tutorial how to make it or include the dimensions i have s project for highschool and i can't import anything from the internet also i have to show him while I'm working
Looks really good , nice work. check out mine .I have one that's possibly a little more practical using a regenerative type blower , also a vane type supercharger , that one makes 3psi.
@@BakuLH44 hey man it's not a competition , if I came across that way I apologize my only competition is the system . They key is to spin it dangerously fast haha .
Nice video but that's all... Bad print quality and qron title name too... *lol*... This isn't a Turbocharger! This is a supercharger or in Germany "Kompressor" (compressor) ...
Just what I need for my Magnum V8. I need a little more power to make it up hills with a trailer.
Great designs! But I really doubt you need that much of supports, it looks overkilling (but I guess you're using automatic support placement from S3D).
Yeah, it was auto mode
I printed the same exact thing in the same exact color with the same exact supports and stumbled upon this vid
thank you for sharing the great air blower tutorial with the 3D model download, much appreciated
I bet this would need a brushless motor or low-wind brushed to make any meaningful pressure. Hopefully the compressor stays together. Polycarbonate would be ideal.
Sounds a lot like an f1 v10 from the 2000s if you think about it
Its just a centrifugal supercharger i think
what an insane qualtiy of video wow !
Printed it, the first version i printed with big layers and high speed worked great already. I'll 3d print a 4-cylinder engine power by air, connect the air supply to this, and then connect the output shaft to a pencil sharpener. It will surely be very effective!
Why does everyone struggle so much releasing prints from the bed? I can get to them 3 minutes after finishing a print and move them with my breath 😂
this would make a nice desktop fan for car guys
That's right😄
thnaks man
Muy bueno, excelente video.Te hago una pregunta, tenes idea de que presion es la que maneja en la salida ?
0.8 bat
Nice video! This would really be considered more of a pump right?
Yes you're right
Just like a real turbo, it’s a centrifugal compressor. Just needs more rpm to actually do much.
Amazing design, I would love to see a video on the design process as I want to make something similar.
I guess you just forgot to tell us what kind of motor you used!
But the work is great and it's even greater that it's open source! Cheeers!
Motor was from old BMW parts, but i think it it is equivalent of 540 motor
@@MrGoodcat1 cheers! But some further down someone wrote the standard 540 motor wouldn't fit. Could you provide a few measures - especially of the axel and the rim going into the housing? Or might it be possible to provide a design for a standard 540 motor?
I really like your design and is easy build. As an engineer it's a pleasure to see and in the future use it!
Test the psi coming out I'm curious how well it does. And that pla held up nicely under that amount of friction did you use any type of lubrication to keep it from seizing up? I love this. I have a 3d printer but wish I knew how to model my own things in software so I could make my own inventions and creations.
Well if youre trying some easy things i would go for fusion 360 its pretty easy to use ( if ure not doing complex things its easy ) or go blender but i would say its not that easy to learn.
Nice work dude
Please provide step files so I can modify it, the rotor does not fit on the standard 540 motor
They’re on printables if you search turbo. The steps are there.
The V3 version is a good fit.
I like it
Nice job! Whats your camera lens? Thank you :)
Thank you. Lumix 25mm f1.4 lens
Hey would you be able to modify the fan shaft intake for a Lego axel?
Tring to super charge my Lego vacuum engine lol
Also have the exhaust kinda blocky
High quality video. Made me instantly subscribe. Can't wait to watch this channel grow 👍
Thank you 🙌
I am begging you to explain the calculations needed for this. I need this, thanks! Btw, good job 👍
What calculations? STL file is included in video description, just download and print it
@@MrGoodcat1 I wanna make my own version
Is there an STL or obj? (Sorry if you said in the video. I can't listen right now but it looks awesome)
www.thingiverse.com/thing:4861129/files
Does it fit my honda
Sure😀
Isn't that an EDF, not a turbo?
What does EDF stands for? Googled it and it shows Environmental Defense Fund😂
@@MrGoodcat1 electric ducted fan. They are used in RC aircraft
@@mrmaddog69 ahh yeah got it
I think an EDF is more of a propeller than a compressor. Tell me if I'm wrong?
This would be classified as a compressor or turbofan more than an EDF. If it's used to push air into the intake of an engine, it would be referred to as a supercharger, even turbochargers are still superchargers
I want to see boost measurements on this 😅
That's too much))
Currently printing this, rotor and base is done now i just need the upper part, tried once but the supports stuck to the print. Got any tips as for printing the upper part?
Hello. Just orient the model as i did in this video and print it like that
my maximum at 23k rpm came out with a pressure of 20 mmhg
Which gadget are you using for measuring rpm and pressure?
@@MrGoodcat1 rpm for DT-2234c+ pressure using a manometer from a tonometer(it shows in mmhg). motor rc550 18v
@@MrGoodcat1 it is interesting that the compressor from the vacuum cleaner can give a pressure of 0.3 bar
@@MrGoodcat1 ???
I love this but cover the output so it makes the stutu sound
How many rpm was this motor?
12k
What is it made of?
Like pla, petg or something else
It's PLA +
What psi is it running
As i know 1 psi
can you mske a tutorial how to make it or include the dimensions i have s project for highschool and i can't import anything from the internet also i have to show him while I'm working
Hello. There is nothing special steps, you need a 3D printer and 3D Model (STL file) which is already included in the video description
How much psi?
On thingiverse it was rated at 1 PSI
@@MrGoodcat1 thx for fast replay
Could you explain how to model such a complex geometry? I'm making a turbo myself and i'm struggling with the snail part
This model is free to download. You can get it from here: www.thingiverse.com/thing:4861129
Best thing would be to use a real turbo and 3d scan it or modify existing turbo models that have been made.
You could have just bought an air mattress inflator.
We’re the stuustuuuuuuuu
Why no stutututu
Looks really good , nice work. check out mine .I have one that's possibly a little more practical using a regenerative type blower , also a vane type supercharger , that one makes 3psi.
I also have a 3d printed flow meter that you could test it with .
@@turboprint3d your must be better
@@BakuLH44 hey man it's not a competition , if I came across that way I apologize my only competition is the system . They key is to spin it dangerously fast haha .
🔥💕👍
Bruhh the 3d diagram I wanted
I realy dont want shards of pla in my engine
Well If so PLA is better than metal shards into your engine😁
The measurements
?
Took me 1 day and 6 hours to 3d print the whole product 😭
Shame it doesn't whistle hehe
Nice video but that's all... Bad print quality and qron title name too... *lol*... This isn't a Turbocharger! This is a supercharger or in Germany "Kompressor" (compressor) ...
didnn't need tht much support and also where is the other half of the turbo?
BLDC..
REALLY? ? ? A Brushed motor ? ? ? Complete Waste.