Adding a Carburetor to my 3D Printed Gas Engine, and now it RUNS!
ฝัง
- เผยแพร่เมื่อ 27 ส.ค. 2023
- After many people really wanted to see the 3d printed combustion engine finally run, I decided to take action. In this video, I fix the previous mistakes of the engine, add a carburetor and then test the engine.
Files:
drive.google.com/drive/folder... - วิทยาศาสตร์และเทคโนโลยี
![ใจเสาะบนเกาะนาคี - อ๊ะอาย สกุณาพร เสียงวิหค [Official MV] | ค่ายเพลงเป็นหนึ่ง](http://i.ytimg.com/vi/jbcmGQkfyOg/mqdefault.jpg)
now i wanna see him make it run for longer
Some people just want to watch the world burn.. LOL
i think that going two stroke is the way. no valves to burn
@@fabiotiburzi even bigger pain to engineer since you need to also seal the crankcase and make everything flow as it should
If the engine was speed governed like a hit and miss, then the valves would cool a little between firing events.
After that put it on a chassis with some wheels n let vroom
This is by far the 3d printing project I'm following the most. I'm so excited to see where it's going to go
it truly is the project i've every seen
I say 2 stroke to eliminate the valves!,😁
Maybe make the valves from PETG or PC and lap them to get a seal.
Also you could add water cooling. This way you might be able to get a few minutes of runtime before something melts. Since the valves are hard to cool metal valves may be necessary though.
Keep it up man, great work :)
if you make the head as well from petg or pc you'll achieve something that deserves a patent or something :) Great work
Or resin
you could maybe cool the head around the valves with water?
@@hammerfix7241 I doubt there is any filament material with good enough heat conductivity to prevent the exhaust valve seal from getting almost instantaneously charred away by 600+C exhaust gasses. You'll need something printed out of non-flammable ceramic resin for that.
@@teardowndan5364 didn't even think about heat conductivity. but you could cool the head before starting. after all we are speaking about couple of seconds of runtime.
You channel has quickly become one of my favorite "3d printed engineering projects" channels, up there with Integza and Tom Stanton, and youve found a niche that i know many of us reside in (cars + 3d printing). Great work Camden, for our sakes I hope you continue doing this for a while as im confident you can rival the success of those two i mentioned earlier and im excited to see where we go next with this.
dont forget Zack freedman and that community so many good 3d printing creators.
I would say bicycle motor but i didnt watch the video with sound yet.
Absolute legend.
Congrats on making it this far! One idea for replacing the TPU: 3D print a mold and cast whatever you need in high temperature silicon (silicon for tin casting for example), it's super easy to do and will probably survive for a couple minutes at least
That's a good idea
@@mrvolucris1863 that's wrong, more compression means a more efficient burn and colder exhaust
@@braziliansheetbox2497 Exactly
To be clear, I believe you mean Silicone and not silicon.
It would be great to see you try a 2 stroke design, it will be less complex and might have a better chance running for longer. No burnt valves!!
Perseverance, innovation, and honestly? Also the strength to make update videos even when things aren’t working, and the willingness to ask for help/advice when you need it. Such a reminder that there will always be people to give advice for free, just because they want to see something cool made.
congrats for getting it to run!! i watched almost all of your engine videos and tbh i did not expect to see it running in this video but you did it!! never give up man, it will always be rewarded
It's fascinating how the plastic reacts to combustion! It's great to see it run even for the short bit it did! Can't wait for what you have in store for this project!
Use nails as valves, make the head out of a resin mix or something and add water cooling channels. would be super dope. Good job getting this far! I just want to see more of the 3d printed engine.
What about eliminating the valves entirely and converting it to a 2 stroke?
@@-walf-0659would be a pain to seal the crank case 😊
@@easylee1417 ouuu, yeh but I was thinking maby a mix of both, 2 stroke and 4 stroke properties, like the oil stays in the crankcase and the carb feeds directly into the cylinder, so the fuel won't have to be mixed with oil and it won't need valves, but engineering a 2 stroke from scratch might be a bit harder, especially since he uses an o-ring to seel the piston which might get chewed up by the openings OR let oil get into the exhaust or intake when the piston is fully up, reason being is that there's only one o-ring towards the top of the piston
I never thought I'd see this 3d printed model would actually run. I am so glad I watched the whole process and it paid off. I can only imagine how you feel. Great job man great job.
Thank you everyone for the support! There is so many comments so I am trying my best to go through and read every one.
Files are in the description
Could you also make a printable crankshaft design instead of having to make a metal one
also i would suggest a holder for your fuel tank XD
It would be cool to see you try to get it to run longer
Are you going to make another video on the gas engine or is this the end?
@@fabianreis3946 there will be more :)
Imagine installing this 3D printed engine on my upscaled 3D printed Bronco 🤣
Man! You made something that I always thought to be possible but no one ever did. Congratulations!!!
Congrats, that's a big accomplishment! 😃 I'ts been fun watching these videos, and you are a great storyteller! Keep up the good work 🙂
i overread the "now it runs" in the title and was genuinely surprised and excited when it ran.
Anyway, very happy that you got it to run and i really like the way you explain so much about engines in your videos. Even the stuff i already know is explained in a way that doesnt make it boring for me. Very nice video as always and keep it up :D
LETS GOOO!!!! IM SO PROUD OF YOU, DOG!! You have no idea how excited I was when I saw you put out a follow-up video on this project so soon!! AND BOOM, SHE WAS RUNNIN!! haha!!! This is such a cool engineering challenge, and it's so rad to see someone really put their whole heart into it! I hope this video blows up. 🧨🔥 so rad!!
you should add a 3d printed supercharger, its a little easier than doing a turbo out of 3d print filament but i think that a supercharger is just as cool in my opinion
Thinking about trying that with an old electric leaf blower motor and a 3d printed housing on my old 7hp Briggs & Stratton woodchipper!!! But I wonder if the gravity fed carb could pull enough fuel.
keep in mind it only ran for like 3 sencods i think forced induction is a bit of a strench at this point in time
@@dustyjarman3252Ya think? Naw. Nawz n turbo + superdupercharge it yo! Dat shit mad ez bruh
@@ku8721 you would have to compress the air/fuel mixture. Carb to supercharger to engine vs supercharger to carb to engine.
@@ku8721you will need a aftermarket carb because boosting a stock n/a carb will leak boost and will over pressurize it and blow out the bowl gasket
BRAVO!!!!!!!!!!!!!!!!!!!!!
I'm not sure who wanted this engine to run the most, yourself, or your viewers, but congratulations on a project that has taught me (and many others) a bunch of very useful tips and tricks for building robust 3D printed mechanical assemblies!
Testing limits using materials that are expected to fail is likely the best way to find the "sweet spot" for designs that have to meet high performance expectations which may approach the limits of the materials chosen for the job.
Thanks again!!!
Very nice! I actually wouldn't have believed a plastic engine could run more than a couple of cycles before melting down. The exhaust valve is for sure the part that has to handle much of the combustion heat. So... a two stroke maybe? 😁
Very cool. The exhaust valve takes most of the abuse in a traditional piston engine, so as you say this failure mode is to be expected. Intake valves and seats are cooled by incoming mixture, so they fare much better unless there's lots of back-fire, which will usually put a stop to things anyway.
I started watching your channel when you first started experimenting with making a 3D printed engine, congratulations on getting it to run!! That’s seriously so cool!
Great closing summary Camden, congratulations on your success. 🎉
I’ve always wondered if this was possible but never put in the effort, props to you man
Try printing the valves with 75% tungsten Petg as it is temperature resistant. you can get a 100g spool for around $30 from prusa, But make sure you print it with a hardened steel nozzle or similar.
It finally ran! This makes me super happy and proud, this project was the coolest and you've done some great work!
This was such an exciting video. I'm so glad that the comment section gave you enough motivation to push through and it definitely was well worth the effort. Keep up the great work, can't wait for another installment of this series and your other videos!!
Next step is to cast it from aluminium :D
Good job on this build man, I mam glad it actually works for the most part especially since the majority of it is 3d printed. And some advice on the valves, maybe make them with a stronger material that way they can handle the heat and make sure the engine isn't throwing fire out the exhaust next time.
Congrats on getting that engine to run!! This has been a really cool project! Thanks so much for sharing with us!!!!!
Congratz on getting it working, this is super cool! I admire the persistence.
Now I wanna see how long you can get it to idle for. This series kinda inspired me to order a 3D printer and try some of this stuff out myself!
Now we need to see if you yourself can give it throttle
There are so many fun 3d printing project on youtube right now, and this is one of the best. Congrats to 30k
I've been following this journey for a while now. So, so happy to finally see it run dude!
You should try a 3d printed flamethrower
Now do a turbocharged version of this engine!
The engine has so little power the turbo would probably just suck it all and the engine wouldn't run
Well...there are 3d models of turbochargers on thingiverse... lol
@@te0pol159 Turbo no... external powered Supercharger well MAYBE!!!
I recently started watching congrats on actually making it run. So Awesome and inspiring. Keep up the great unique content.
I was so happy to hear the engine run! This is the most interesting 3D printing on TH-cam in my opinion
Idea: t u r b o
soo cool! maybe you could keep the engine alive longer by adding a cooling system?
Congrats.
So cool that you got it running and so easily as well. The exhaust valve is always going to be a point of failure before anything else when it comes to heat. It gets fully surrounded by flame unlike any other part in the engine.
There are many youtubers who's uploading makes a day great. The once in a blue moon that this guy uploads makes the whole week great.
LOl 1 minute club ticket here
Woohoo! Congratulations man- pretty amazing what you have done here.
Dude I’m so impressed and inspired by your videos
Please keep going with this build and further builds.
Much love and thanks for the content
Excelent work man, I knew that you could make it run, congrats!
This is the coolest 3d project I have ever seen!! I love the mechanics of an engine and this was AWESOME!!!!!
This is awesome man! First video I’ve seen of yours, impressive work!
Keep doing what your doing! Awesome project and look forward to development and testing much room for improvement!
For over a year now (since part 2 on the first engine) I've been waiting for this moment. Glad I did
Amazing, the fact that it ran is crazy. Congrats on getting here
nice idea, you have solved much problems... i know it from several experiences, its also very difficult to get the right mixture between gasoline and air... its more difficult than most thinking... congrats for this nice experiment...
Love this project! Can't wait to see more!
so glad i found this channel incredibly cool and in-depth video
Time to add this channel to one of my favorites! Cant wait for the next video!
God damn amazing!!! Been following for a while, very cool to see the project going strong!! Keep it up you absolute legend! 💪💪💪
Definitely earned my sub! Really cool to see you feeding off your fan base for motivation and returning the favor. Nice job!
Nicely done. Awesome to see it run!
Awesome! So happy for you that you got it running! I think the next step is to improve the cylinder head and ignition timing and make it run for long enough that you can rev it!
I am thoroughly impressed by this, I really think that if you used all metal head and valves you really could get it to work, I'm excited to see more of what you do
i think you are first person who actually made non metal engine run that good even it didnt last long
I had this idea a few years ago, but didn't have the money to pursue it. I'm really glad to see it done.
Congrats!!! So cool seeing it run
7:35 the way he avoids smiling is so enjoyable! this is truly an amazing proyect worth following the months
Congratulations man! That's really awesome!
Genuinely impressive I’d like to see more of this kind of stuff
These videos wil blow your channel up, keep them going👍🏽
Ok , love this ! You seem to be finding your way through the process, and gotta say you're doing great 👍 look at fuels that have a low burning temp to make it last longer in the bore and particularly valves. Love seeing you do this its awesome 👍😎
That was brilliant. Your engine actually worked. Even if it was for just a short time that's great.
Please continue this. This is the best TH-cam channel I've seen.
I'm happy for you man! A little tweak here, a little tweak and away it went. :)Awesome stuff.
Dude, I have nothing to say except congratulations and great work!
God damn, this is amazing! Very happy for you, that it worked out!
OO exciting, ive been watching this series for a while now! :D great work!
Nice video man please keep working on it its very interesting topic I’m shocked when the engine started i didn’t expect that actually nice work
Didn't expect to see a new upload so soon but I love it
I’m no 3d printing guru but from my mechanical backside is telling me you should do a 2 stroke motor because you don’t gotta worry about a top end. Good job with getting it going!
Please continue the legacy! We want to see it running for longer!
Promising work! Please keep working to Improve your engine it’s Inspiring!
Ok this is awesome!!! I am going to try this on my ender 3 pro! I need to see this run for longer!! Don’t give up, you will make it!!
Dude thank you so much for doing this. I’m like so happy rn it made my day to see something I had always dreamed of doing come to life for real. Keep it up I’m so thankful for you
Super impression project and awesome video. Keep up it!
Please please make it run for longer! Love this so much
Congrats, this is seriously impressive!
This is awesome! Thanks for not giving up
OH YEAH! That’s super cool, and I’ve been wanting you be succeed for some time now. Cheers!
Can't wait for the next update, please keep up the good work
That’s amazing I’ve been waiting so long to see it run
The waiting was worth. Finally your engine is running. Looking for updates
That absolutely crazy! Awesome job!
This is awesome. I was so bummed when your last video seemed like it ended the series for awhile. It would be cool to introduce a few metal components in the head and see how the rest fairs
Bro you are an amazing engineer, you have inspired me to go back into a hope of being an engine love the vids🍞
The last video is the reason I found you! Great content
I love these so much and I can't wait for more!
I love this type of content keep up the good work 🔥
Honestly If you keep bringing consistent Videos Like this one you will get 200k subs in no time
Congratulations on running your engine by the way :)
Thanks for the kickback flashback, now my shin hurts again and it's been quite a few years since I've experienced that 😂
I wasn't even hoping on seeing it run but now I really want to see it run longer !!!