CLEETUS PLEASE put together a nice handful of experiments to do a collab with the Slo Mo Guys, that brake test would've looked sick in over a million fps
Cleetus should invest in a Phantom slo motion camera. He could use it for so many things. He could also rent it to a lot of RUclipsrs to recoup some of the money.
I actually feel like their test with CO2 was safer than a fluid test. Pressure tests are generally done with fluids because they don’t compress like a gas, so the variability based on temperature and density is gone. Fluids don’t like to compress so the accuracy is much better for doing a test at “X” pressure for “Y” minutes. Where a gas could change quite a bit as far as density and pressure over the same time frame. But had the CO2 failed it’s a gas so it doesn’t have the same energy to force debris outward as a liquid does, you also don’t have the risk of an injection injury from a pinhole leak and it’s inert so it can’t combust.
@@WhyNot6243 With liquids such as water, the pressure within the test fluid effectively drops back to 0 as soon as it is allowed to expand even just a little bit. Gases have to expand to MUCH larger than their compressed volume to achieve the same pressure drop. At high pressures they do so *very* rapidly as soon as they are given the opportunity to do so, aka an explosion. Believe me, the CO2 they used in this video would have packed a massive "BANG". The potential energy stored by a compressed gas is several orders of magnitude higher than that of a liquid compressed to the same pressure within the same volume. Much more work is required to compress the gas vs. the liquid, and that work input translates directly into potential energy stored by the compressed fluid. Their horribly inadequate shields and complete lack of other PPE indicates that they had no idea how bad it would be if that pressure vessel were to actually fail during the test. EVERYONE in the room would have been injured to some degree, and there was a very real possibility of a fatality resulting. Testing the same pressure vessel to failure with water instead (after bleeding any trapped air) would have just resulted in it cracking/splitting somewhere - likely at the clamped joint - and then harmlessly peeing away all the water pressure within a fraction of a second. The most significant potential for serious injury would then be hydraulic injection if some idiot were dumb enough to hold his hand right over the point of failure as it failed. Yes, I am an engineer. Yes, I have safely conducted real tests on real pressure vessels (steam locomotive boilers). Those tests were ALWAYS performed with plain water at ambient temperature after displacing as much air as possible. Testing with a compressed gas amounts to testing a live bomb instead, which is exactly what any sane boiler test is trying to prevent...
@@sparcnut well I’ll have to take your word over mine as you are an engineer and I’m not opposed to admitting I’m wrong. I was only commenting off of personal experiences. As a machinist I’ve worked in shops that have made high pressure flanges and parts and done high pressure testing. I’ve seen high pressure tests fails and the hoses/parts fly across the test bay and water sprays all over the walls. Or been in test bays that have “battle” wounds all over the ceiling and walls. At the same time I have 20+ years experience racing blown alcohol cars and as a safety on them we run what’s called a burst panel in the intake manifold. In the event the supercharger makes too much boost or a rocker arm fails and you have a back fire into the manifold the burst panel will let go, instead of that pressure lifting the supercharger and intake. However anytime that large amount of air pressure is released, it does very little damage to the surroundings. It can sometimes crack the fiber glass bodies, which are already strained from travelling at 200+ mph. But I feel like cracking fiber glass takes a lot less force than launching a steel flange 15-20 feet in the air and embedding itself in the ceiling of a building. But like I said I could be wrong as I don’t have any official mathematical training to back up my claims.
@WhyNot6243 an air rupture is effectively a bomb. However, a rupture in something like a hydraulic hose is like a laser, where it's spraying, you will take serious damage.
I don’t think anyone realizes how sketchey that first test with the pressure test haha. Literal pipe bomb in front of cleetus and he goes “I wanna touch it” what a wild man. And a great ad for the part lmao!
My thought exactly!! When I actually saw his hand pop into the video I didn’t think he was actually going to touch it. I was thinking “please don’t blow up Cleets hand please don’t” that would have been terrible.
Ive been watching for years and that was one of the riskiest things they have ever done and I dont even think they realize it. Seriously, dont mess around with pressure vessels.
I said the same thing. That's the first time I've been legitimately freaked out by some of the silly shit he's done. Sure, it's entertaining, but man, he could've killed and/or maimed every person in that damn room.
Yep, definitely cringeworthy IF he had gone up to failure! Coming from a Mechanical Engineer that has done LOTS of pressure testing you do NOT use pressurized gas/air/Nitrogen etc! You use a high-pressure hand pump with water or oil in the "test article". Water makes less of a mess when (not IF it lets go) and doesn't throw shrapnel everywhere! Those pumps will go up to 10,000 psi (some even higher)!
@@MrCarlozan96 Nope! A pressure washer is either low or full bore. No way to "sneak up" on the failure pressure and it doesn't shut off quickly enough...
That pressure bomb you made is quite possibly the scariest thing I have ever seen you do. If that had failed that thin steel shield would have not stopped anything
If they'd gotten near the 700psi... that would be insane destruction if any of it failed. 700 pounds per square inch... and how many square inches did it have to engage with?
@@HankeyMountainGarage Yes. They have loads of safety equipment and precautions for those other dangerous things, as you know. This was a pipe bomb. Nobody in that room was safe. Its lucky the regulator wouldn't let it get higher. He got way too excited and didn't think of the risks, or listen to the experts in the room that were adamant about NOT going to failure. Everyone makes mistakes, especially when they're excited, so no hate from me. I get it. And I'm pretty sure the comment section has already informed him enough that he's probably thought it through by now.
@@GuyConscious They were behind a steel skid plate.... It's not like he had it by his neck. And it was also hollow.. And aluminum not steel. It most likely would rupture, not actually explode into multiple pieces anyway.
Y'all must not have ever gotten to close to a swan. 4 times larger than a freaking Canadian goose. Can weigh up to 35 pounds and have a 4 foot long neck!
Cobra chickens can be aggressive, especially in packs. Like you get 30 of um together and they’ll stop traffic and attack anyone who suggests they move.
Cleetus is such a good guy. I’ve seldom heard him get mad or negative and if he does, he apologizes and laughs it off. This Country would be a much, much better place if everyone acted like him. No cap.
@@fast97z24 Uh-oh! Did Cleetus accidentally create another STAN?!?!?! Sheeesshh. But, yeah, nobody is perfect; I'm sure the kid didn't deserve it but cleet is a human.
@Real Richmond The funny part is they didn't engineer those clamps at all. Vibrant has been making these v band clamps for years. The only thing they did was put there name on it.
Things I learned from this video. 1. I can run 160 psi of boost on my stock LS with the Motion Quick Seals. 2. Motion steering wheel adapters make great quick attach lifting accessories. 3. My wife needs TBM brakes on her daily, finally brakes that can handle her hard stops without warping.
@@JSparrowist Sam is a lot smarter than you, and has a lifetime of experience with race cars. And Sam is 100% the coolest dude in these videos now. You’re just a rando on the internet that probably drives a Corolla 🥴 how sad for you
Shoutout to sam for being one smart MF'er. Even at almost 80 years old he's sharp as a tack. Surpised me when he was the one to shout out the conversion from bar to psi almost perfectly.
Impressive brake test. I would want to have a really good look at the calipers. With the amount of heat generated the outer dust boots would be cooked for sure and quite possibly the seals on the pistons. This was extreme testing for sure and you may never reach temperatures like that in your race car. Just like any other component, a good thorough inspection is needed now and again. All in all, I was very impressed.
@@toreyweaver9708 yeah I hope he was trolling about the safety wire on the bolts. 😅 I hope he takes a complete 180 degree approach to planes, as he does cars...
@@jbuch66koop it's a tricky one - if it keeps running then obviously you want the prop to stay on but the engine quits on you and won't restart, the prop's just drag and you're better off without it! 😂
@@billynomates920 yeah but that situation would never happen. If the engine quits, the prop isn't just gonna fall off. If the prop were to come.off mid flight. For one, who knows where it's gonna go. And at best, you're out floating. But that plane has the best chance of making a landing without and engine, just due to the short area it needs and ability to withstand a rough landing and not great surfaces. But that's IF the prop doesn't hurt the plane on its way out.
You should do a remolding update on the freedom factory! Going through all the old videos on what it used to look like! Let’s see what the bars and stuff look like now!
I hate to say this but when cleetus said they have flex in them so you don't have to be exact with your pipe or welds he's half right and half wrong. Those can and will break and potentially the engine will suck down the debri. If your mounting those from the turbo which has no give and the other end is mounted to the intercooler that has no give when you start mak8ng boost it will actually put alot of uneven amount of force on the not so exact one. The test they just d8d proves that. When they applied pressure the pipe went from limp dick to rock hard cock.
Water will escape at the same places as air at those pressures. The point isn’t leak detection, it’s the fact that air has potential energy at high pressures where most liquids do not. A water tank that ruptures at high pressure just sends out a jet of liquid, an air tank that ruptures will be more like a bomb.
Wiggins clamshells. In commercial aircraft, similar clamps are used in everything from waste lines to fuel supply lines. great way to soak up expansion and torsion in long runs of solid pipe. bulletproof.
I absolutely love the commitment to quality there is no denying the quality of product y’all are making it blows my mind. Hell yeah brother keep up the great work. Shout out to motion race works Cletus you are the bomb. I can’t wait to come to an event I watch every video just wishing I was there with y’all. To the whole crew amazing work. Love you guys
i've seen cleet do some stupid shit over the years, but basically making a potential pipe bomb has got to be at the top of the list. if that thing blew, it could easily kill someone and it wasn't contained anywhere near safely. Glad it was so anti climactic though. *edit* that brake test was impressive as hell.
Garrett... Love the aviation videos. I got my private last year and doing instrument this year. So stoked to see how into it you are and producing some great content around it. If you are ever in the area of reno I know some great people up there with some awesome aircraft. Keep it up!
Holy moly, one 64 left. I’ve been watching, as usual, thinking how well that would work on an 87 Grand National I’m restoring. Finally bit the bullet and bought a shirt, in God’s hands now!! I look forward to the month of freedom every year!!! Keep it up boys.
A word of advice for everyone trying to test a pressure vessel from someone who has been involved in testing of fuel tanks for rockets: Please use an incompressible fluid (e.g. water or oil), ideally with the pressure vessel submerged in a larger bucket of water or oil. Even then, strongly suggested to cover behind a solid object like a concrete wall. NEVER use compressible fluids (e.g. gas or air) for such a (initial) test, especually without proper safety distance and/or shielding. Even if the band clamp holds, a defect (e.g. in the weld or material) can be disasterous! In this sense - stay safe everyone! And please consult with your nearest engineer before conducting such tests :)
Cleetus sending George out to those Canada Geese is basically being an accomplice to MURDER! I'm Canadian, and even we know not to mess with them Cobra Chickens. In fact, they have been photographed absolutely beating up bald eagles....
Hard to believe any engineer stayed in the same building as that clamp experiment. Knowing what could happen made me feel sick to watch. Test it to destruction if desired, but get a high point air bleed on the chamber, and use water pressure and a really long charge line to get some concrete between the energy and every person involved.
I've welded on pressure vessels (industrial heat exchangers) for just shy of nineteen years... I have never puckered harder watching a RUclips video than watching that pressure test.
Here's another thing that would be better tuned but you can still do with your foot. Scaling throttle to RPM per gear. The best example I can think of involves any vehicle with an automatic transmission that works like it should. By increasing throttle (or other factors like maintaining grip and not breaking the powertrain instead of throttle while deciding whether or not to balance it with launch control/trans brake) at the same speed the RPM changes (linear correlation, straight 45 degree angle on a chart from 0 to 100) you can find that balance of not wasting power/torque through the powertrain, and transferring as much torque/power as possible through the drivetrain as possible (less load more acceleration, and this tactic may be used to save fuel while still accelerating reasonably quickly). In any example automatic transmission, if you're accelerating in 1st you'll shift to second if your throttle isn't high enough by time it reaches a certain RPM based on your throttle threshold; or, if you're in 2nd and your RPMs are too low (even if you're in the power/torque peak) and your throttle is too high you'll shift back to 1st which is bad for a whole lot of unrelated reasons. In that example we'll say the car makes peak torque at 3500 RPM and peak power at 6500 RPM; and if you're in any gear and accelerating the car won't shift down a gear if you're above 4500 RPM with 100% throttle. So we'll say you're in second gear at 3500 RPM and you want to be at 100% throttle but you don't want to shift down to 1st gear because you'd actually lose acceleration (similar to losing grip from over throttle in a racecar) you'd be limited to 67% throttle during that very short and specific moment when you're at 3500 RPM, at 4000 you can get to about 80% throttle, then at 4500 you can put the pedal to the metal at 100%; but that's just the putting as much through part. The balance comes in before you get into 2nd gear. To not waste power and heat and fuel on losing grip and breaking the power train (wasting fuel in an economy car) while accelerating through 1st gear you did the same thing except from idle all the way to 4500. In the economy car that would be the moment to pull off the throttle quickly enough and precisely enough that the automatic transmission only just barely shifts up from 1st (4500 RPM 100% throttle) to 2nd (2500 RPM 20% throttle). Then, before it can decide to shift to 3rd (because you had to pull back so much to get it to shift from1st to 2nd) increase the throttle back up to (for example 35% throttle) the corresponding maximum threshold for your specific vehicle that won't force you back into 1st based on whatever RPM you're at until you get to (for example 4500 RPM) your 100% throttle RPM again then either ride it out for the rest of the gears, or repeat that complicated cycle or start cruising lol. It can be difficult in 1st gear because the RPMs can sneak up on you so you have to be quick to respond with the throttle which is why it may be better in a tune than a foot, especially if you don't have good posture because it effects your ability to work against the force making your leg swing back away from the pedal. With that technique you can make anything with an engine feel fast (without burning the tires or breaking anything) - that's the way I look at it...does it have an engine in it? Well I'll make it fast then, especially if the transmission works good, and it has good tires. It is a militarily rooted invention/technology using explosions, after all...so it can take it lol... I'm just using it anyway. In summary, you just gotta know how much throttle you can put into how much gear you've got left based on how much acceleration you want. AFAIK peak thermal efficiency is achieved at (through) peak torque, but in practice peak overall efficiency is achieved by barely getting to peak torque and shifting before you even start to go through it a little bit, just tap it. That balances volume with efficiency; and/or, how often you're burning fuel (combustions per minute, function of RPM) with how much fuel is being burned (whether it's being burned efficiently or not). The butt dyno of any random automatic transmission and it's peak throttle/shift cycle may really be able to help with the Blazer's thing it has going on. Also, the most optimistic way I can see to look at it is if you could get it to where each combustion event in the engine was larger than the one before it, (more throttle, more fuel/air, more boost, more timing, etc.) as in each cylinder as if they had their own throttle body that opened wider than the cylinder that fired before it (1 combustion at 33%, 2nd combustion at 34%, 3rd combustion at 35%, and so on until you reach that threshold RPM (4500 RPM in the example) (on combustion event 1,000,000 or so lol) where it will let you give it 100%, then you give it 100%. That way you can maintain the amount of power being transferred through the drivetrain around 99% 100% of the time without forcing the load above a threshold you're not comfortable with or that you're confident will cause you to lose grip or wheelie or break something.
In any tests, record data! Temps, pressure, RPM. Fitting a steel plate to the wheel hub that matches tire +wheel weight. Time the decel from 150 to stop at different rotor temps. There is a reason things are tested in a Test cell .
Man, tomorrow's gotta be my day. Need that last 64mm. Hopefully my birthday comes a few days early tomorrow!!! Got my order in, now just need that phone call. I'll be waiting to hear from ya!!😃😃
Bro I've got a 2013 mustang gt thats fbo/e85 I watched you guys build the turbo coyote truck... super badass bro you guys are living the dream. God bless you
I like how the car used for the advertisment gets a free brake upgrade. Thats awesome. Also the fact a parachute failure relies on the brakes means you want really good brakes. Remember George in the blazer, that was scary.
Many people have died or have been seriously injured “testing things”. Unfortunately, it is just a manner of time before Cleetus or one of his crew are added to that list. Entertainment does not have to be stupidly dangerous.
@@THEVROD64 I am a retired Manufacturing Engineer. I saw a lot of bad things happen during my 40 years in the factories. All could have been easily prevented with a little common sense and education. I was also a certified safety Engineer. I love watching Cleetus and his crew but sometimes it really bothers me when they horse around too much.
Could've grilled a Wagoo Steak on them puppies!
Suckers were spicy 🌶️
Wagyu
Should have tried!
Why would you cook a steak on a puppy
Please put a snowplow on Toast (Bald eagle face on it)!
george is brave walking near that assault chicken.
We call em cobra chickens up here in the north 🍁
their tongues are serrated.
Mean as a rattlesnake here in Mississippi.
Canadian murder chickens is my go to😅
Damn things woulda grabbed a limb and started beating you with their wings up here in canuckistan haha
Cleetus heavily overestimated his viewers, not everybody has an engine that will stay together with an big ass 88 on it🤣
He sounded asleep 😴
Even he doesn’t have a engine that’ll stay together.
@@dcskate1022 that smx will take 3
Yup.
It’s gotta be worth more than the smaller ones so I don’t understand why not choose that 88 sell it buy the one you want and have left over cash
CLEETUS PLEASE put together a nice handful of experiments to do a collab with the Slo Mo Guys, that brake test would've looked sick in over a million fps
Hell even the slow mo of a burnout up close
Please get a tripod for the camera though. Safety squints only help so much.
yesss
great fucking idea that footage would be killer!
Cleetus should invest in a Phantom slo motion camera. He could use it for so many things. He could also rent it to a lot of RUclipsrs to recoup some of the money.
That pressure test was a darwin award in the making... There's a reason you pressure test with liquids.
I actually feel like their test with CO2 was safer than a fluid test. Pressure tests are generally done with fluids because they don’t compress like a gas, so the variability based on temperature and density is gone. Fluids don’t like to compress so the accuracy is much better for doing a test at “X” pressure for “Y” minutes. Where a gas could change quite a bit as far as density and pressure over the same time frame. But had the CO2 failed it’s a gas so it doesn’t have the same energy to force debris outward as a liquid does, you also don’t have the risk of an injection injury from a pinhole leak and it’s inert so it can’t combust.
@@WhyNot6243 With liquids such as water, the pressure within the test fluid effectively drops back to 0 as soon as it is allowed to expand even just a little bit. Gases have to expand to MUCH larger than their compressed volume to achieve the same pressure drop. At high pressures they do so *very* rapidly as soon as they are given the opportunity to do so, aka an explosion.
Believe me, the CO2 they used in this video would have packed a massive "BANG". The potential energy stored by a compressed gas is several orders of magnitude higher than that of a liquid compressed to the same pressure within the same volume. Much more work is required to compress the gas vs. the liquid, and that work input translates directly into potential energy stored by the compressed fluid.
Their horribly inadequate shields and complete lack of other PPE indicates that they had no idea how bad it would be if that pressure vessel were to actually fail during the test. EVERYONE in the room would have been injured to some degree, and there was a very real possibility of a fatality resulting.
Testing the same pressure vessel to failure with water instead (after bleeding any trapped air) would have just resulted in it cracking/splitting somewhere - likely at the clamped joint - and then harmlessly peeing away all the water pressure within a fraction of a second. The most significant potential for serious injury would then be hydraulic injection if some idiot were dumb enough to hold his hand right over the point of failure as it failed.
Yes, I am an engineer. Yes, I have safely conducted real tests on real pressure vessels (steam locomotive boilers). Those tests were ALWAYS performed with plain water at ambient temperature after displacing as much air as possible. Testing with a compressed gas amounts to testing a live bomb instead, which is exactly what any sane boiler test is trying to prevent...
@@WhyNot6243 you dropped the bag on that one chief, at least you tried to sound like you knew what you were talking about
@@sparcnut well I’ll have to take your word over mine as you are an engineer and I’m not opposed to admitting I’m wrong.
I was only commenting off of personal experiences. As a machinist I’ve worked in shops that have made high pressure flanges and parts and done high pressure testing. I’ve seen high pressure tests fails and the hoses/parts fly across the test bay and water sprays all over the walls. Or been in test bays that have “battle” wounds all over the ceiling and walls.
At the same time I have 20+ years experience racing blown alcohol cars and as a safety on them we run what’s called a burst panel in the intake manifold. In the event the supercharger makes too much boost or a rocker arm fails and you have a back fire into the manifold the burst panel will let go, instead of that pressure lifting the supercharger and intake. However anytime that large amount of air pressure is released, it does very little damage to the surroundings. It can sometimes crack the fiber glass bodies, which are already strained from travelling at 200+ mph. But I feel like cracking fiber glass takes a lot less force than launching a steel flange 15-20 feet in the air and embedding itself in the ceiling of a building.
But like I said I could be wrong as I don’t have any official mathematical training to back up my claims.
@WhyNot6243 an air rupture is effectively a bomb. However, a rupture in something like a hydraulic hose is like a laser, where it's spraying, you will take serious damage.
I want to live in the timeline where George catches a goose and it immediately starts attacking him but he refuses to let go.
I don’t think anyone realizes how sketchey that first test with the pressure test haha. Literal pipe bomb in front of cleetus and he goes “I wanna touch it” what a wild man. And a great ad for the part lmao!
My thought exactly!! When I actually saw his hand pop into the video I didn’t think he was actually going to touch it. I was thinking “please don’t blow up Cleets hand please don’t” that would have been terrible.
He would be racing with 1 arm it’s in the man’s blood
Ive been watching for years and that was one of the riskiest things they have ever done and I dont even think they realize it. Seriously, dont mess around with pressure vessels.
I said the same thing. That's the first time I've been legitimately freaked out by some of the silly shit he's done. Sure, it's entertaining, but man, he could've killed and/or maimed every person in that damn room.
Fine line between brave and stupid. I call this one on the stupid side.
I'm so glad that regulator only let him go to 150. Holy crap, I don't think cleetus realizes how dangerous that was.
Remember kids, pressure vessels have round faces for a reason!
Yep, definitely cringeworthy IF he had gone up to failure! Coming from a Mechanical Engineer that has done LOTS of pressure testing you do NOT use pressurized gas/air/Nitrogen etc! You use a high-pressure hand pump with water or oil in the "test article". Water makes less of a mess when (not IF it lets go) and doesn't throw shrapnel everywhere! Those pumps will go up to 10,000 psi (some even higher)!
He should have done that with a pressure washer. Hydraulic testing to failure is way safer than using compressible fluids.
@@MrCarlozan96 Nope! A pressure washer is either low or full bore. No way to "sneak up" on the failure pressure and it doesn't shut off quickly enough...
Good thing it did hold up
Good ‘ol Cleeter just casually making a pipe bomb to start the video… scary, but it might be the best video he’s ever produced
Those tests were sketchy af. It's cool to see what happens when people are brave enough to conduct them
That pressure bomb you made is quite possibly the scariest thing I have ever seen you do. If that had failed that thin steel shield would have not stopped anything
If they'd gotten near the 700psi... that would be insane destruction if any of it failed. 700 pounds per square inch... and how many square inches did it have to engage with?
I agree! That was freaking me out at that point it’s a pipe bomb! Still want to see more psi pushed at it but outside at a good distance
You think this little aluminum thing is scarier than doing burnouts in an on fire methanol car? Or going 240mph in a 1/4 mile?
@@HankeyMountainGarage Yes. They have loads of safety equipment and precautions for those other dangerous things, as you know. This was a pipe bomb. Nobody in that room was safe. Its lucky the regulator wouldn't let it get higher. He got way too excited and didn't think of the risks, or listen to the experts in the room that were adamant about NOT going to failure. Everyone makes mistakes, especially when they're excited, so no hate from me. I get it. And I'm pretty sure the comment section has already informed him enough that he's probably thought it through by now.
@@GuyConscious They were behind a steel skid plate.... It's not like he had it by his neck. And it was also hollow.. And aluminum not steel. It most likely would rupture, not actually explode into multiple pieces anyway.
Tell me I'm not the only one who got scared when George screamed when Cleetus touched the pressurized canister LOL.😂
As a pipefitter who regularly does hydros up to 3k psi, i understand the “I wanna touch it” thing. Mind you were working with large heavy wall pipe 😂
I don’t think they understood what happens when that canister blows lol. That 150psi regulator kept Garrett from about 7 lawsuits 😂
That was an automatic off switch waiting to happen
I was nervous pretty much the entire episode. If any of these things failed unexpectedly, it could have been extremely bad.
You are the only one. It's a setup and it's fake dude. I'm sorry you believe but it's all staged
George runs like someone who hasn't run in 20 years 😅
Painful to watch
rofl!
George ain’t got nowhere that needs runnin, a life I aspire to
Don't diss George that is my bro
He’s just needs to let loose of his inner Forest gump
Thanks for having me Cleetus! We had a good time!!
Seeing George run “full” speed just made my week 😂☠️
That dude does not need to be “running”
George is lucky one of them cobra chickens didn’t turn on him. They will fuck you up. 🤣🤣🤣
Y'all must not have ever gotten to close to a swan. 4 times larger than a freaking Canadian goose. Can weigh up to 35 pounds and have a 4 foot long neck!
Hoping to see a couple get whacked at OTB Open this wknd.
@@NickBealed we get both up here, but the swana are waaaaay more skittish than the geese in my experience. i dont fk w/ geese unless its on a platter
@@NickBealed Yeah, plenty of swans up here too. They’re giant ass birds. I’m not fucking around with either one. 😂
Cobra chickens can be aggressive, especially in packs. Like you get 30 of um together and they’ll stop traffic and attack anyone who suggests they move.
If George only new how vicious a Canada goose can be
Yous don't mess with a Canada goose.
I've tamed them with respect and loaf bread then they were gentle as kittens.
@@Dieseltech91 if you mess with Canada Gooses you mess with me, and I suggest you let that one marinate.
@@alefgardhero you're 2ply bud
Them things ain’t scared of a plumper redneck lol. Their scared of the bearded rednecks hiding in the bushes by the water tho
Doug’s over on the side watching Cleet with the Schister like “HE CANT KEEP GETTIN AWAY WITH THIS!” 😂
got him rethinking that whole merger 🤣
That pressure test was maybe the most recklessly dangerous things y’all have ever done.
Gotta show how good it works!😮😂
And?
@@ghost-carnage8964you don’t gotta, but if you must you use liquids to test the pressure not air
Cleetus is such a good guy. I’ve seldom heard him get mad or negative and if he does, he apologizes and laughs it off. This Country would be a much, much better place if everyone acted like him. No cap.
@@fast97z24 Uh-oh! Did Cleetus accidentally create another STAN?!?!?! Sheeesshh. But, yeah, nobody is perfect; I'm sure the kid didn't deserve it but cleet is a human.
in this episode we stand in front of a bunch of things that could explode without any protection lol. Pure chaos episode, I love it.
I totally look forward to the month of freedom !! Daily videos, bad assery!!! Thanks Cleetus and crew!!
"when you hear an engineer that nervous" man, every engineer i've ever met is always nervous lol
😂right....? Makes me question what they engineered 😂😂😂😂
Because they understand the math behind your stupidity and already know the answer is potentially disastrous
They got this tin foil sheild
@Real Richmond The funny part is they didn't engineer those clamps at all. Vibrant has been making these v band clamps for years. The only thing they did was put there name on it.
Its when we're not nervous is when you should be nervous.
Things I learned from this video. 1. I can run 160 psi of boost on my stock LS with the Motion Quick Seals. 2. Motion steering wheel adapters make great quick attach lifting accessories. 3. My wife needs TBM brakes on her daily, finally brakes that can handle her hard stops without warping.
You know the motion boys love/hate when Cleetus stops by. Great sales pitch for the products!
Hey Cletus! I just wanted to thank you for the daily uploads!
Cleetus *
thank MURICA for the freedom
I think George would have regretted catching a goose real fast if he did
Hell yeah... woulda straight fucked his day all to hell and honked the whole time!
They're just the right heighth to peck you in the pecker.
just about peck his eyes out 😮
The others would have attacked him
Don’t ask how I know that 😉
Now I want to know.
I need a clip of sam saying "Ive seen some contraptions in my day, but this one takes the cake." We need stickers that say that
Sam is an old goof who won’t be around much longer. 🤷♂️
@@JSparrowist Sam is a lot smarter than you, and has a lifetime of experience with race cars. And Sam is 100% the coolest dude in these videos now. You’re just a rando on the internet that probably drives a Corolla 🥴 how sad for you
@@JSparrowist With a response like that I'd be willing to wager he outlives you.
yo actually, that'd be fire!
@4:12 love you sam "I've seen some contraptions before" bless your soul.
Man, if I got a call from Cleetus that I just won a turbo I'd be hootin' and hollerin' over the phone like crazy!
I know! these people are so calm like he's about to say just kidding or maybe they just think it's it's scam?
this is seriously the best testing one could ask for. sketchy shit where you're actually trying to break shit lmfao
And what if it actually broke, then what?
@@jonasthemovie well then we know the limits
@@adamrosenhamer3762 No. Someone would be seriously hurt or even dead.
@@jonasthemoviebro... buzz kill. its not that serious🤣🤣
@@adamrosenhamer3762 Getting killed is pretty serious.
I am sold on the Motion Raceworks parts. That was VERY impressive and informative. Thank you Cleet!
Shoutout to sam for being one smart MF'er. Even at almost 80 years old he's sharp as a tack. Surpised me when he was the one to shout out the conversion from bar to psi almost perfectly.
Impressive brake test. I would want to have a really good look at the calipers. With the amount of heat generated the outer dust boots would be cooked for sure and quite possibly the seals on the pistons. This was extreme testing for sure and you may never reach temperatures like that in your race car. Just like any other component, a good thorough inspection is needed now and again. All in all, I was very impressed.
On tonight's episode of "Picking up Doug's truck with the dumbest things we can think of".
What a great answer. Cleetus; "What could go wrong?" TheMan; "I can't think of a single thing." Hell yeah brother!
Cleetus over here trying to murder the whole crew and shit 🤣
Dude I dread the day when we don't get an upload but get e-blasted by articles about a catastrophic carbon cub nitrous fueled lost prop accident
@@toreyweaver9708 yeah I hope he was trolling about the safety wire on the bolts. 😅 I hope he takes a complete 180 degree approach to planes, as he does cars...
@@jbuch66koop it's a tricky one - if it keeps running then obviously you want the prop to stay on but the engine quits on you and won't restart, the prop's just drag and you're better off without it! 😂
@@billynomates920 yeah but that situation would never happen. If the engine quits, the prop isn't just gonna fall off. If the prop were to come.off mid flight. For one, who knows where it's gonna go. And at best, you're out floating. But that plane has the best chance of making a landing without and engine, just due to the short area it needs and ability to withstand a rough landing and not great surfaces. But that's IF the prop doesn't hurt the plane on its way out.
@@billynomates920 you would never be better off without it. the drag is minuscule compared to the overall drag induced by the overall airframe.
I love these kinds of videos from you guys. The results in these are super impressive
You should do a remolding update on the freedom factory! Going through all the old videos on what it used to look like! Let’s see what the bars and stuff look like now!
That pressure test made me pucker up a little.😂
Good, that means your brain is still working.
Use water to pressure test stuff. That rookie stuff right there.
Looked exciting though
It’d obviously leak tho lol it’s not designed to be air tight nor does it need to be
I hate to say this but when cleetus said they have flex in them so you don't have to be exact with your pipe or welds he's half right and half wrong. Those can and will break and potentially the engine will suck down the debri. If your mounting those from the turbo which has no give and the other end is mounted to the intercooler that has no give when you start mak8ng boost it will actually put alot of uneven amount of force on the not so exact one. The test they just d8d proves that. When they applied pressure the pipe went from limp dick to rock hard cock.
@@alecmcjarison999
Huh?
You're DONE!
air will escape where water won't
Water will escape at the same places as air at those pressures. The point isn’t leak detection, it’s the fact that air has potential energy at high pressures where most liquids do not. A water tank that ruptures at high pressure just sends out a jet of liquid, an air tank that ruptures will be more like a bomb.
Safety squints engaged 😂
Wiggins clamshells. In commercial aircraft, similar clamps are used in everything from waste lines to fuel supply lines. great way to soak up expansion and torsion in long runs of solid pipe. bulletproof.
I absolutely love the commitment to quality there is no denying the quality of product y’all are making it blows my mind. Hell yeah brother keep up the great work. Shout out to motion race works Cletus you are the bomb. I can’t wait to come to an event I watch every video just wishing I was there with y’all. To the whole crew amazing work. Love you guys
It still makes me giggle that Sam tucks in his hoodie!😂😂😂
OG Sh!t
Thats a body man play! No loose materials dragging across cars
It’s a Poppop thing. Love to see it.
These calls are kinda funny, they are excited but also at the same time realize how much this free turbski is going to cost them.
i've seen cleet do some stupid shit over the years, but basically making a potential pipe bomb has got to be at the top of the list. if that thing blew, it could easily kill someone and it wasn't contained anywhere near safely. Glad it was so anti climactic though. *edit* that brake test was impressive as hell.
Garrett... Love the aviation videos. I got my private last year and doing instrument this year. So stoked to see how into it you are and producing some great content around it. If you are ever in the area of reno I know some great people up there with some awesome aircraft. Keep it up!
Not Cleetus making a pipe bomb with 6 people in the room......I love it!
George chasing geese will never get old
He's the best.
Lol Sam's initial response to Cleetus's question "what do you think of this contraption?" 😂
The way he ended the call with “I appreciate you too man” I felt that!
That slip pipe and movable clamp assembly is sick! Just absolutely badass stuff there
Holy moly, one 64 left. I’ve been watching, as usual, thinking how well that would work on an 87 Grand National I’m restoring. Finally bit the bullet and bought a shirt, in God’s hands now!! I look forward to the month of freedom every year!!! Keep it up boys.
17:20 rotor is cracked. Check out the top.
More companies need to do testing like this more often
A word of advice for everyone trying to test a pressure vessel from someone who has been involved in testing of fuel tanks for rockets: Please use an incompressible fluid (e.g. water or oil), ideally with the pressure vessel submerged in a larger bucket of water or oil. Even then, strongly suggested to cover behind a solid object like a concrete wall.
NEVER use compressible fluids (e.g. gas or air) for such a (initial) test, especually without proper safety distance and/or shielding. Even if the band clamp holds, a defect (e.g. in the weld or material) can be disasterous!
In this sense - stay safe everyone!
And please consult with your nearest engineer before conducting such tests :)
Cleetus sending George out to those Canada Geese is basically being an accomplice to MURDER! I'm Canadian, and even we know not to mess with them Cobra Chickens. In fact, they have been photographed absolutely beating up bald eagles....
Another great video. You really needed the Doctor there for this one to diagnose the different projects.
On todays episode Cleetus makes a pipe bomb
He's gonna tear a hamstring chasing them geese 😂
I'd love to see a nighttime video of Mullets front discs at the end of a 200+MPH pull. Put a camera on an A-Arm Cleetus! Great video brother !
Awesome , Thanks CM & Friends 😊
That was impressive how good the brake’s held up
George runs like a pure bred athlete🤣🤣
Hard to believe any engineer stayed in the same building as that clamp experiment.
Knowing what could happen made me feel sick to watch.
Test it to destruction if desired, but get a high point air bleed on the chamber, and use water pressure and a really long charge line to get some concrete between the energy and every person involved.
I love the science episodes! The Cleetus Institute of Technology!
Nuts. Friggin' nuts. These guys are living out every wild crazy idea we all had as kids. Love it. 😎🇺🇲🙏
"Everyone squint" is the best safety advice I've ever heard! Love it!
Bro, George running is hysterical
Bro that aluminum would be a deadly bomb when it fails!
watching George try and run is epic LOL
I've welded on pressure vessels (industrial heat exchangers) for just shy of nineteen years... I have never puckered harder watching a RUclips video than watching that pressure test.
4:18 never in my life have I seen a man with his sweatshirt tucked into his pants... only Sam could pull off something as outrageous as that.
Cleeter just walked into Motion Raceworks and starting pulling items off the shelf to test
He part owner. I would too lol
Lmao George scaring those people in the parking lot 😂😂😂
Love the content all support from Ohio keep up the work cleetus ❤
down in Ohio
👍 from Tallmadge, Ohio
Knockemstiff, Ohio here
Here's another thing that would be better tuned but you can still do with your foot. Scaling throttle to RPM per gear. The best example I can think of involves any vehicle with an automatic transmission that works like it should. By increasing throttle (or other factors like maintaining grip and not breaking the powertrain instead of throttle while deciding whether or not to balance it with launch control/trans brake) at the same speed the RPM changes (linear correlation, straight 45 degree angle on a chart from 0 to 100) you can find that balance of not wasting power/torque through the powertrain, and transferring as much torque/power as possible through the drivetrain as possible (less load more acceleration, and this tactic may be used to save fuel while still accelerating reasonably quickly). In any example automatic transmission, if you're accelerating in 1st you'll shift to second if your throttle isn't high enough by time it reaches a certain RPM based on your throttle threshold; or, if you're in 2nd and your RPMs are too low (even if you're in the power/torque peak) and your throttle is too high you'll shift back to 1st which is bad for a whole lot of unrelated reasons. In that example we'll say the car makes peak torque at 3500 RPM and peak power at 6500 RPM; and if you're in any gear and accelerating the car won't shift down a gear if you're above 4500 RPM with 100% throttle. So we'll say you're in second gear at 3500 RPM and you want to be at 100% throttle but you don't want to shift down to 1st gear because you'd actually lose acceleration (similar to losing grip from over throttle in a racecar) you'd be limited to 67% throttle during that very short and specific moment when you're at 3500 RPM, at 4000 you can get to about 80% throttle, then at 4500 you can put the pedal to the metal at 100%; but that's just the putting as much through part. The balance comes in before you get into 2nd gear. To not waste power and heat and fuel on losing grip and breaking the power train (wasting fuel in an economy car) while accelerating through 1st gear you did the same thing except from idle all the way to 4500. In the economy car that would be the moment to pull off the throttle quickly enough and precisely enough that the automatic transmission only just barely shifts up from 1st (4500 RPM 100% throttle) to 2nd (2500 RPM 20% throttle). Then, before it can decide to shift to 3rd (because you had to pull back so much to get it to shift from1st to 2nd) increase the throttle back up to (for example 35% throttle) the corresponding maximum threshold for your specific vehicle that won't force you back into 1st based on whatever RPM you're at until you get to (for example 4500 RPM) your 100% throttle RPM again then either ride it out for the rest of the gears, or repeat that complicated cycle or start cruising lol. It can be difficult in 1st gear because the RPMs can sneak up on you so you have to be quick to respond with the throttle which is why it may be better in a tune than a foot, especially if you don't have good posture because it effects your ability to work against the force making your leg swing back away from the pedal. With that technique you can make anything with an engine feel fast (without burning the tires or breaking anything) - that's the way I look at it...does it have an engine in it? Well I'll make it fast then, especially if the transmission works good, and it has good tires. It is a militarily rooted invention/technology using explosions, after all...so it can take it lol... I'm just using it anyway. In summary, you just gotta know how much throttle you can put into how much gear you've got left based on how much acceleration you want. AFAIK peak thermal efficiency is achieved at (through) peak torque, but in practice peak overall efficiency is achieved by barely getting to peak torque and shifting before you even start to go through it a little bit, just tap it. That balances volume with efficiency; and/or, how often you're burning fuel (combustions per minute, function of RPM) with how much fuel is being burned (whether it's being burned efficiently or not). The butt dyno of any random automatic transmission and it's peak throttle/shift cycle may really be able to help with the Blazer's thing it has going on. Also, the most optimistic way I can see to look at it is if you could get it to where each combustion event in the engine was larger than the one before it, (more throttle, more fuel/air, more boost, more timing, etc.) as in each cylinder as if they had their own throttle body that opened wider than the cylinder that fired before it (1 combustion at 33%, 2nd combustion at 34%, 3rd combustion at 35%, and so on until you reach that threshold RPM (4500 RPM in the example) (on combustion event 1,000,000 or so lol) where it will let you give it 100%, then you give it 100%. That way you can maintain the amount of power being transferred through the drivetrain around 99% 100% of the time without forcing the load above a threshold you're not comfortable with or that you're confident will cause you to lose grip or wheelie or break something.
In any tests, record data!
Temps, pressure, RPM.
Fitting a steel plate to the wheel hub that matches tire +wheel weight.
Time the decel from 150 to stop at different rotor temps.
There is a reason things are tested in a Test cell .
It would have been interesting to do a brake fluid test and see the piston seals after that heat as well as the pads etc
That brake disc test/result was seriously impressive!
That rotor stayed without warping on the surface but it was cracked on the top
“Safety squint guys” should be the only thing in health and safety manual 😂
Safety squints are a fun joke when there isn't a real danger.... The pipebomb in this video was one regulator away from a bad outcome.
Sam with the tucked in hoody is killin' me. Love that dude
Been awhile since I've watched this channel. Since around when he first bought the racetrack. I got a lot of catching up to do
The sound of the brake rotors made me think of the death ball aliens from the movie battleship. 😂
That goose would have whooped George's tail 😂
Today's month of freedom is sponsored by sponsors.
8:31 thats some quality welds right there!
Man, tomorrow's gotta be my day. Need that last 64mm. Hopefully my birthday comes a few days early tomorrow!!! Got my order in, now just need that phone call. I'll be waiting to hear from ya!!😃😃
Damn that double intro with MONTH OF FREEDOM really hits different, best time of the year right here.
Just an idea re-do the brake test with a standard steel rotor on the other side
@@bigduphusaj162 Yeah exactly it's like they wanted to be more viral then official lol😂
Don't be messing with the Canadian cobra chickens
Green Laser Pointer to scatter Cobra Chickens. Is loads of fun and how the professionals up north deal w/ 'em. Best at evening/dusk.
Bro I've got a 2013 mustang gt thats fbo/e85 I watched you guys build the turbo coyote truck... super badass bro you guys are living the dream. God bless you
"the engineers nervous that the boss is about to blind himself" 😂
If that regulator had failed it would be worse than being blinded lol. That room would have been painted a new colour lol
Definitely looked like the rotor had a crack in it
at 16:21? from the top looks like a fat crack maybe im wrong idk
nah i think thats just the flaky baked on residue from the pads
i thought the same. Surprised it was STILL flat with the crack.
Hoping to see 200 mph wheel speed full brakes 👀👀
he just had it happened in mullet 3,500 lbs the other night not even using his chute..😂
Here's a report for that:
SQQQQUUUUUUUEEEEEEEEEAAAAAAAAL BOOOOOM
I like how the car used for the advertisment gets a free brake upgrade. Thats awesome. Also the fact a parachute failure relies on the brakes means you want really good brakes. Remember George in the blazer, that was scary.
Here's the thing. He had those brakes on it. That fail was due to him half-assing the prep.
It's science if you use a gauge. ;)
Ran in to a field of geese once. Almost slipped and fell on all of the goose crap. Lesson learned.
Many people have died or have been seriously injured “testing things”. Unfortunately, it is just a manner of time before Cleetus or one of his crew are added to that list. Entertainment does not have to be stupidly dangerous.
And the rotor had a crack in it after it cooled off. Could have been ugly.
@@THEVROD64 I am a retired Manufacturing Engineer. I saw a lot of bad things happen during my 40 years in the factories. All could have been easily prevented with a little common sense and education. I was also a certified safety Engineer. I love watching Cleetus and his crew but sometimes it really bothers me when they horse around too much.