Making and testing carbon fiber conrods
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- Опубликовано: 25 мар 2022
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I really appreciate how much time you guys put into this work. Even when things may not work out, you guys still give it 107%. Thank you!
I never saw how carbon fiber was done (flowing the resin)... This was cool.
Don’t know till you try.
Totally agree. I always appreciated the amount of work they put into these experiments.
The only thing they can do better is try again!
"Even when things may not work out"
You're watching garage54, the less it works the more fun.
I would 3D print a mold and use unidirectional carbon fiber as well to wrap around the pin end with a molded in metal bushings. The bottom end probably needs redesigning to take advantage of the material.
I was thinking the same thing, the fiber was splitting, laying the fiber in a cross cross patters would help.
I'm sure Boeing or Mclaren Technologies Ltd would do the same.
However, a garage in the middle of Siberia?! Nah... it's not happening.
Yeah.. that sounds like it might work.. if you have the stuff you should make some and send them to him..
Yeah. Moulded carbon parts get their strength from the fibres. If you start cutting holes through the strands in high stress areas it's going to end badly. I've been thinking about how it could be done, but I keep coming back too prepreg carbon ribbon, a multi part compression mould, and an autoclave...... You think Vlad fancys shelling out for all that?......... FOR SCIENCE ? :D
@@Reman1975 Well, they could've at least made a decent mould. They could've waxed the freakin mould and apply release agent. It's not difficult!
But... they used a bent conrod for the mould. The mould itself was a disaster. The layers were not wetted after being applied. The fibre orientation was all over the place. The resin infusion was wrong from start to finish (the mid centre layers were bone dry). No steel insert on the small end... and so on.
Composites are not quantum physics. Even when working with limited equipment, common sense still applies.
Unless lm mistaken, you need to close the resin intake line and draw full vaccuum before introducing the resin. This will help with air pockets, and let you fill the part more effectively.
And using an autoclave helps keep pressure on the mould
I was literally thinking that same thing
DEAR GARAGE 54 PLEASE LISTEN TO THE POST ABOVE
The parts are strong at room temperature, but I don't think the resin will ever hold up under localized heat and pressure like this no matter how well the resin "flows".
@@scdevon You may be able to get higher heat resins, but I think an ICE engine will always tend to melt composites, at least the ones we know. Who knows what will be developed, but I think alloy metals are the way for now.
one week i see a video saying carbon conrods are impossible and this week I see you guys going full send and trying it. love it.
It is not that it is impossible to make them, but the problem is the resin which does not like the heat and oil of the engine
@jankzi which makes it virtually impossible to run long term. Most people get to your point and say "why even try."
@@shaunconklin5694 if you are a content creator, then sure. If you want to actually make money from it or build an engine, you do research and don't waste money
@@shaunconklin5694 I would try to replace the resin with something that actually can handle heat and acids of engine oil, like Teflon plastic
What a gas.. you guys.. I wish I was young again I would come and hang out with you nuts. I worked on cars since I was 14 and rebuilt my first car engine.. before that I used to rebuild lawn mower engines.. Keep it up boys and thanks for sharing the fun!
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I really hope you're all making it through these rough times. Thank you so much for continuing to experiment and entertain.
My thoughts is having 2 con rods that are so much lighter is causing the motor timing to be off, or those rods are trying to out rotate the other 2 non carbon rods due to their weight. I'm confident if you did all 4 rods you'd get a better result
Either way it will probably require rebalancing because the Bob weights on the crank will be too heavy.
The crank counterweights are way too big now.
@@davidjernigan8161 As long as the crank alone would already be fairly balanced there is no need. It is a flat plane inline 4 with two outer and two inner journals move together so inherently balanced
For example, certain motorcycle racing classes back then (AMA Superbike and others) require use of *stock and unmodified* crankshafts or even heavier ones than stock from the OEM (Kawasaki did for the ZX-7(R)/ZXR750) but they use titanium rods and custom/aftermarket billet or forged pistons
They only did 2 of the 4 ? Lol why….. come on.
@@tahustvedt get the crank from the old video that they chopped off the weights
Don't worry about getting it done right, just get it done! You guys are my hero's. From mechanical mad scientists everywhere thank you!
get shit done and do certain things right.. will save you a lot of time if you keep that in mind !
I call it a win as the fact it ran and drove I was amazed,I expected the second the engine started both rods would let go and it would lock solid,well done for the hard work that must have taken
my guess too!^^
Uhm. Carbon fiber has a higher tensile strength than steel. Remember. This is a poorly made rod in someone’s garage. Not a 3d printed piece made by a manufacturer to extremely accurate tolerance. Ie. Much higher quality. Kinda like milling put a steel rod by hand vs milling one with a CNC. Same shit. But ultimately it wouldn’t break because it’s carbon. It would break because it just isn’t made wel enough. Respect for the effort though.
f1 teams dont use carbon fiber engine parts. that should tell you something
Nice idea guys.
I'm liking the format of this one, more interactions with the team, I like to hear them talking about the process of their task.
What if you make the rods in sandwich layers say (10 or even 15) in the shape of the rods, I think it will be stronger.
Also when laying, put the weave in a 45 degree angle each time you put in a layer and a resin in between.
It won’t make any difference as the stress comes from multiple directions due to the motion of the conrod and the resin breaks down with the heat and oil
I really enjoy your videos. I am a master mechanic in Canada and used to work at a Lada dealership in Ottawa. I liked the Ladas, very crude but tough and super easy to repair. Keep up the good work.
I had the pleasure of owning a brand new 1990 Lada Estate Wagon. Lots of fun, qiute realiable, and cheap / easy to fix when it needed help. It did rust out though, after 10 years.
Yes, they did have a reputation of slop from the beginning, but that would stay the same till it rusted apart. Yes get up and go, got up and went, but there was nothing the Lada could not climb, much to the chagrin of the 4x4 clubs, where the only thing that stopped them was rocks so big even the Land Cruiser was bottoming out, the Lada 4x4 was simply able to idle over all obstacles, and climb almost vertical slopes.
Plus so cheap that you had no worries about damaging it, your Lada was cheaper than repairing the Land Cruiser, and you could just panel beat it back into rough shape, and carry on. Plus the engine bay you could climb in to to work on the engine, and the full size spare, high lift jack, good tool kit and starter handle were standard. OK not the fastest, or the lightest on fuel, but had a really good heater, and AC you opened the window. Still a fair number of them running around, rust in close formation.
So, you kept the van fleet running, eh? The cars too, I assume! 😉
Try CNC machining the conrods out of a block of multiple layered CFRP of same thickness as crank journal's width. I think it would do it
Update: add optimization to tha mix, i.e run CF strands across where you need more overall strength
Yea like a compressed in mold chunk of carbon fiber. Use a press to compress it to like 30,000 psi
It would work better but still wouldn't hold up, carbon fiber isn't very heat or wear resistant.
My thoughts as well, CNC'd out of Carbon fibre blocks...
@@bobbygetsbanned6049 carbon fiber itself, would. The composite, the resin specifically, wont.
I always love you guys and seeing what y'all come up with
Much love from Tulia Texas out on the farm
Amazing work done, thank you for sharing this with us.
Keep em coming!
Bri
It's the heat from the engine it softens the resin as it gets hot
i'm in the design phase of doing this for a lawnmower. need more material around the cap bolts especially if you have the space. a layer of resin after machining might of helped too.
you need t balance that
With the pistons being 1/4th the weight wouldn’t the counter weights on the crankshaft need to be lightened? Then you also run into the issue of the other pistons being heavier than the carbon fiber ones. I think if they made all 4 carbon fiber pistons with lightened crankshaft it might run better.
Definitely
yea that's where the vibration came from. They should have known that. That's basic engine building knowledge. Can you imagine over 800 grams of imbalance rotating.
cant, carbon fiber burns
"Look out! It is farting!!”
Absolutely classic
Wow incredible that you even could start it! I never expected that!!! I think if you adjust the shape of the rod to the new material and make it from one piece it will last.
Definitely wanna see how a carbon piston holds up
Resins cant deal with the temperatures.
great job guys! I appreciate the creative effort and originality!
these videos are the coolest car related videos I have seen on youtube, keep up the awesome videos!
Super cool project thanks for doing all the work so we could see. Im sure you could get them to work in some combination but that would probably take a couple more tries and alot of long hours working with carbon fiber.
You will have to fill the carbon sheet in Helically from the bottom (big end) inwards to get the layers in the right place to prevent the being nothing but resin and misaligned fibre holding the big end bolt fittings together.
21:24 Connecting rod: " see you on the other side, piston "
Surprised this channel hasn't reached 1mil subs yet...they deserve it.
Here for the engineering not the politics
You can ignore politics, politics will not ignore you.
@@importsstillsuckthat makes no sense my boy
Liberals
@secularargument you have a weak understanding of politics
What if you made a whole brick out of the carbon fiber and then cut and milled the rods out of that peice with additional material to compensate for the weak points?
This i'd like to see
What beautiful machine work you did on those con rods
And for your next project - a concrete cylinder block! ;)
Kyocera a Japanese ceramics company made a complete ceramic gasoline engine in the 1970’s. It actually worked! The friction was almost nonexistent as the ceramic material absorbed oil and kept both the rods and pistons clean well lubricated at all times.
Carbon fibre struggles to deal with the oily, hot environment, and its porosity can result in the churning of the oil. Also, its lack of density (which is also what makes it so light compared to metal parts of the same size) means it needs to have less compact parts, despite its high strength to weight ratio. The latter problem is what happened here.
Its possible it could be used in high horsepower engines for short periods like one or two runs down a drag strip with an all motor no turbo or nitrous engine🤔
Yup, carbon fiber is never going to survive hot oil.
You are all forgeting that epoxy resin is very resistant to chemicals.Heat on the other hand...
Does that means you can actually use carbon fiber to make cam pulleys for engines that run on timing belts since it doesn't need to be soaked in oil ?
@@fleurdewin7958 Maybe. You cannot easily make a fibre-composite gear, but pulleys may be slightly easier. I think a big issue would be that the fibres would be experiencing lateral forces that would make it so that the resin would be bearing most of the load, which is obviously not good. However, I am not a materials scientist so I could not say for certain if this is the case.
I love the simplicity of that engine
Love your videos, love your willingness to experiment ,keep up the great work bob, England 🇬🇧
You can work with Carbon fiber at room temperatures, but for it to become real strong, you need an autoclave.
A kind of high pressure cooker.
Yeah, my thoughts exactly when I was translating this one. I remembered how Horacio Pagani was trying to convince Lamborghini to acquire an industrial grade autoclave (and was unable to, if I remember correctly).
@@SwapBlogRU Lamborghini/Audi did do research into this. If you google carbon conrods speedhunters has an article about it back in 2018 november i think. Lambo is planning to use them in 2021 but that was pre covid. So i dno.
If anyone is gonna invent Cf rods its gonna be Koenigsegg
@@rageauto1291 "If anyone is gonna invent Cf rods its gonna be Koenigsegg" I have nothing to add to that, Christian von Koenigsegg is a genius (especially when it comes to carbon fiber) and one of the greatest inspirations in the automotive world.
Amazing video guys, one of my favourites. Fantastic proof of concept. I bet if someone (or a company) with experience in carbon fiber parts, tried this, this could really become a viable option for replacement parts just like other car parts are made from carbon fiber. My other favourite videos from you guys are the starter motor as a supercharger, transparent radiator, crankshaft weld-up, and spring-loaded clutch! Keep up the great work.
These guys are on the cutting edge. Fabricating carbon fiber parts... I've noticed their toolset expanding with each video, but this I didn't see coming.
Makes me wonder if the ability to use carbon fiber will become more widespread in the future. That would be pretty cool.
Great channel, I am glad to see a VAZ2121 in other words a Niva, I am proud to say I am a former Niva 1600cc owner , I hope we’ll see much more of those here , keep doing what you are doing
YOU GUYS ARE AWESOME I LOVE ALL THE CRAZY IDEAS YOU HAVE AND THE EFFORT YOU GIVE TO ACCOMPLISH THE GOAL
This was amazing but they gotta try making them different ways and maybe with some carbon tow to increase strength in specific places also maybe try casting one with chopped fiber
I was thinking this could actually work really well if they used the, carbon fiber and titanium "alloy" that Pagani used to rigidifiy there chassis, because the titanium would handle the compression and expansion better, and the carbon fiber would aid in that.
Always very interesting.Thank-You G-54.
Maybe compression molding and balancing of the shaft can work? This was a great experiment. Good job guys!
In other carbon fiber videos I've seen, each layer of carbon is soaked with resin as it's being laid down. Those videos aren't using vacuum, but it might be helpful if you have trouble with the resin penetration.
You need vacuum for strength, or else its not much stronger than a fiberglass hull of a rowing boat.
The vacuum should pull out air, compress the fabric and pull out excess resin, for the highest fabric to resin ratio. I don't have a vacuum setup, but I have used sand, over a separater film to compress some things I've made. (Not nearly as good as a vacuum, but better than just atmospheric pressure.)
I'm curious about the resin used. Mine is good to about 140 F, if I remember correctly.
When he was machining the carbon fiber without a mask it made me bit scared for him. You don't want to breath it in, that shit is extremely evil.
In Soviet Russia carbon fiber machine you
So glad to see content being out out. And it doesn't look the subscribers are falling off anymore. The ones that left are the type ya don't want enjoying your genius content anyway
When he said only two, I was like aww damn, why? Then they show the process to make just one…I’m like yeah, yeah two is enough. Amazing work you guys
The strength of composites is based on the orientation of the fibers in relation to the stress loads. Carbon fiber layups are not like an isotropic material and cannot be treated as an isotropic material. Careful thought and design needs to be taken into consideration.
using unwoven fabric of carbon fiber can't compensate for this ? the main issue here seems to be the lack of material. Even aluminium conrod are way more beefy than the steel ones.
Also this is composite material so epoxy sgould be taken into consideration too.Can it hold at that temperature?I dont think so.
"Isotropic"? 🤔
@@jeffrykopis5468 isotropic means it doesn't have the same material properties (in this case applied to forces) in all directions. I.E. it has directional orientation based strength
@@neillcoetzer9133 Ah, like wood? Some woods are very strong across the grain, but split easily along the grain.
*What about carbon fiber gears in a clear manual gearbox???*
Nvm, theres no way that would work, and it would be nearly impossible to precisely mold/cut gears into precise gears. Damnit.
laser, plasma or water jet cutting, even CNC machinning should do the trick.
That could definitely be done. Not with high power 500+hrspwr applications, but a Lada? I'm sure they could do it.
Remember. If there is a will... there's a way.
@@Fridelain i meant nearly impossible for a small garage like this to do.
@@LIKEcommentANDsubscribe You can send the plans to a prototpying company, that do have the means and the expertise. Not exactly cheap, but not prohibitively expensive either.
this is the craziest car channel there is. These experiments will lead to a technological breakthrough one of these days.
This is just really amazing work!!!!!
Check out forged carbon fiber. It can be very easy to do if you have access to a 3d printer to make the two halves of the mold.
You can just make a silicone mold
To release parts from the mold easily apply a very thin lubricant to the mold like Vaseline VERY THIN before putting in the carbon fiber and after it's dried use compressed air around the corners of the part and it will literally fly off the mold :)
It's impressive that you were able to make these in your own shop and have them last any length of time. There are carbon fiber con-rods on the market. But, they are very rare, very expensive, and not intended for street use at this time. After seeing carbon fiber brake rotors and pads, I figured it was only a matter of time before something like engine components would make their way onto the scene.
The strength of carbon fibre composite is in tailoring the layup to resist the stresses; you need to wrap the fibre around the eye (a metal insert fitted at the start of the layup). Similarly with the big end, fit metal inserts for the bolts, and wrap the fibres around those tubes to hold everything together, as well as wrapping around the bearing cap and along the length of the rod. You really need to use something like FEA to figure out how much fibre to wrap in which direction. It's like forged rods are stronger than cast, because the forging adds strength in the direction of the parts but cast is the same strength in all directions, which is down to the size and orientation of the crystalline structure.
Great work, just a thaught, perhaps layer pre-soaked carbon fiber sheets into a stack and then put them in a press until they cure and then CNC cut and mill the part to size. maybe the pressed higher density would add more strength?
Forged carbon fiber!
Rev up your engines! This is the Scotty kilmer channel!
Let's rev up your engines!
I'll rev up your engine 😏
@@aToast3r please daddy
Scotty would not approve lol
"Thiiiissss is a Lada, but not an ordinary Lada. This Lada has two carbon fiber con rods. First, we will see how the con rods were made, then I will drive it and then give it a Doug Score," Doug DeMuro.
great job building and testing it out.
Just love these guys, and yes I'm sure all the major F1 racing teams have investigated the use of carbon conrods at sometime.. Very interesting..
Compared to steel, Carbon is 3x-4x 'stronger', in terms of ultimate and yield strength under a compressive load.... But it is not nearly as 'tough'. Steel can take more of a beating, since it isn't as stiff. It can spring. Carbon is too brittle, and I think a thicker connecting rod would have the same results. Carbon is ideal in a situation where it is constantly loaded, (bearing strength is incredibly high) but going from nearly no load on the exhaust stroke/intake stroke to very high compressive load on compression/power stroke is making the worst property of carbon come out: it is brittle.
Also, the crank is balanced and counterweighted for a much heavier connecting rod. This extra vibration from the crank is not good for brittle carbon.
I think the rods would work if they did like a giant chunk of carbon fiber kinda like a billet piece compress it to like 30,000 psi to dry and machine it down. Then also figure out a way to add say an aluminum bearing housing inside the rod to hold the bearing still better. It would definitely require some science behind getting the piece of aluminum inside the mold in exact spot. And some kind of demples or short spikes to hold bearing housing still inside rod then actual bearings could be inserted. Or the bearing could actually be what I called bearing housing too.
@@spankthemonkey3437 You don't billet composites. You create molds to get them to shape.
@@orppranator5230 why can't you make several compress layers of the material the machine it out
@@spankthemonkey3437 why? You could just machine out a mold and make the part in one go. Composites aren’t the same as solid metal. Different processes to manufacture it, different properties, etc.
You can machine solid carbon sheets, and it's usually the way things like drone frames are made. But the best qualities of carbon fiber composites you get with molding it.
cool experiment and possibly with a better stronger design professionally made they may work some day, but moral of the story for now is, metal connecting rods are stronger than carbon fiber rods.
The machinist some how screwed it up. they shouldn't pay him.
They do make carbon rods that rate 3000hp
Consider this. There's already a market for them, I'd say their machinist was of by a small amount. However the sheer weight of the other two metal rods is what caused the damage, it's too much rotational torque and despite the strength of CF it doesn't change the fact it still breaks.
@@jst7141 Did not know that, thanks for the info.
i am amazed and happy with your work but im moore amazed and happier to see youtube leting you publish it.
Carbon flywheel for maximum danger! xD
Id love to see you try this with the forged carbon fiber method... I have always heard that forged carbon fiber is much stronger
Real forged carbon might be an option but it isn't stronger due to the fibers being separated and non-oriented to the direction of stress; you can manually add long 'binder' strips to help. By real, hydraulic pressing is involved, normally starting at the 100 ton level. It is definitely easier to use for complex shapes like this connecting rod, aside from the actual laying part as it gets attached to your gloves and such during manual layup. You just stuff it into a mold, having measured for resin to carbon ratio ahead of time.
the yeild/failure point of forged carbon is less than aluminium.. it's much weaker than normal twill
Lada ist kaput!
Nah, this is Garage 54. You can give them a pile of rusted rebar and they find a way to make it drive around the block a couple of times. And this only half-destroyed Lada? I bet we will see it again in some future experiment.
@@ReneSchickbauer Yeah, you're right. It's good for a few more miles.
Great experiment! Thanks!!
Full carbon fiber lada when?!
Jokes aside, i dont even know how ou guys come up with such crazy ideas, i love them.
I really enjoy your show and I'm sad to see what's happening in the world I hope you and your fellow brothers understand you being mostly lies God bless you God bless freedom let's see you build some crazy cars in the future love you brother
Leave that shit to your message boards.
14:56 vlad is asking himself on the left LOL
Great experiment. Thank you.
Noe way the resin can withstand the heat
It’s not that hot, most can easily handle 300 degrees
@@Boostiverse 300 degrees will seriously weaken the epoxy in structural applications. It might not melt or burn, but it can't survive 300 degrees while heavily loaded. There are some high temperature epoxies available but they are special. Probably very expensive and toxic.
love your content and we care for you and your staff. My heart is with you and the kind other Russians that are on the wrong side of this conflict, Ukraine is not your enemy.
Where was your country in the war in iraq and creation of ISIS? Peace needs to be worldwide, war never stopped. Russia is on the wrong side of history right now but really the powers at be need to STOP TAKING TURNS
Also the european dependence on russian energy increasing in the past 8 years is very telliing... politicians don't care about the war at all, they were fine with putin attacking ukraine up until the fullscale invasion... like somehow only small incursions on human life are okay or something.
@@killsalot78 exactly
We labeled Osama bin Laden as an "anti soviet freedom fighter" in 1994. USA has no room to talk about peace.
@John Connor The vile hostility is childish and unnecessary.
Why do you feel the need to say this, this channel is not related to politics. I don't go around crying about Guantamo on gun videos.
Absolutely awesome video.
First, yay!
Second yay
3rd ye
@@lettuceman3848 fourth y
Fifth yay
Hey guys, I know I'm late to the party but I just wanted to say, whenever you're working with carbon fiber it's really important to wear good masks. Carbon fiber dust is really bad for you. Stay safe ya'll :)
Their Russian they don't care about little things like harmful dust it can't hurt them their Russian s
Looks good but complicated. I never got to learn it yet but seen some parts up at my college here in Ontario Canada. Keep it up guys great work as always 👍 👏 💪 110%.
That is some Heavy engineering right there.
Love the work you guys do and hope you guys try doing this again but next time use resin in bedded carbon fiber 👏👏👍👍
This is really interesting, you certainly have my attention on this one, good luck with your projects..
Excellent adventure Cheers guys
Thank you I always liked you guys and your crazy ideas
I won't be surprised if someday I come in here and find these guys have built an entire engine from scratch! machined out the block and everything.
"I don't think we're going anywhere... Or are we? No need to be afraid!." Love you Vlad!
Wow that was interesting, reminded me of my engine build in 1966 a 1957 Olds for my 1947 Chevy. Carbon Fiber ?? I had used Carbon Fiber 1st in 1978 for CT Scanner patient support. It was fairly translucent to Xray and Stiff as well. But that was a static part. In 1985 I used Carbon Fiber again for a robotic arm for a large industrial welder. Light weight, stiff and easy to control Vibration. But not heated or seriously stressed in small joints. The Connecting rod as we saw; Has a lot of stress at the fasteners, and heat from the engine and bidirectional forces changing direction rapidly. It's a really serious strength test for any material. Certainly you picked up on the need for design change required to add material at the stress point. Thicker wider wrist pin and rod bolt areas. But using a whole-strand has strength mostly in compression. It relies on the resin to handle other forces. In one project the Navy needed tougher Buoys for the sea environment. They tried Carbon Fiber but needed it to be lighter. The used Mirco-glass bubbles mixed in with the resin for lighter weight but still strong enough, it worked. I used those micro spheres to reduce X Ray absorbing on the thick edges of the patient support/ It worked! Now in the case of Connecting rods I would think if Automakers can press connecting rods from Powdered Metal. You could mix powdered metal into the resin for added strength to the Rod overall and then instead of a weak vacuum, use something like an autoclave to heat cure under very high pressure the rod assembly. Now with added material in the weaker points (wrist pin and rod bolts) plus powdered Metal in the Resin and High pressure curing You just might have a Connecting Rod that could handle a gas engine. for fun. how about a carbon fiber Housing for an electric motor and see if you can replace the gas engine with carbon Fiber Electric Motor. Save the Planet but still build fun cars with powerful engines and motors. Stay safe, Stay well, keep thinking and doing, what else do we live for. Dennis in Virginia
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Did not know the reason would cure properly in the 100% humidity of an autoclave! I guess since hardening is just a chemical reaction with resins, it's fine?
I love when he is making knocking noise with the Russian accent :-) Great stuff like the usual.
Who else but Garage 54, thanks guys.
Prepared worked for a pocket bike 2 stroke con rod in a single layup with an H prefabricated core holding the undersized bearings on center. Clamped the experiment within a 2 part CNC'd mold.
For rare occasions with more time available than brains.
Now back to our regularly scheduled entertainment for the climax.
Madness plus knowledge equals genius.
i cant wait to see a carbon fiber flywheel! you guys are crazy 😁😁😁😁
You guys are brilliant, really fantastic mechanics
CF is strong but it's strength is directional. Lamborghini went around this by using shaved cf that is compressed in resin instead of layered ones. The compression also forces are aching along the grain and torsional ones with the crank moving to 90 and 270 help to twist the layers apart.
Garage 54 never dissapoints.
When do you guys ever work? 😀
Just realized these dubs are like audio book what can be listened while thinking something more important, like turbos.
Laboratory 54 would be a better name,experimental science laboratory 54.well done.
I like when Ivan is on camera and narrating ... He's a badass
garage54 making the best content.
And again another cool video.
I never thought that you could machine carbon fibre! Even more interesting is the sound it made being dropped.....
Quite the fun project this was although I’d make them thicker, do all 4 for balance purposes and add that hard thick resin shine coating for rigidity and holding power, and make further enhancements for the connecting rod bearings. Well done nonetheless and amazing work!
Titanium rods & pistons next? With a lightened Flywheel, Damper, and maybe balanced crankshaft too?
LOL, another cool car video>. Being from Detroit, cars are my DNA. I enjoy watching The Russian's car scene.