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Noah's mom is an actual MVP. The fact she is there everytime with her kid is unreal support.
No doubt! …always glad to see her!
His mom is awesome for supporting him and Kevin is also awesome for mentoring this young bright mind. He is gonna go places, at 200+ MPH
I've never seen her in videos before.
And she’s pretty 😮
A real parent that support her child! Awesome!!
Regarding the welder, your gas cup is leaking where it seals to the torch, letting air into the argon. A quick fix is tape or make sure the gas cup is tight.
Yeah that or the argon is getting blown away
I would also check your settings on the welder to sense your gas cup is leaking
Yeah, it’ll act like a Venturi.
@@GrandremoneKevin was a welder right?
It could be leaking from many areas not just the cup. Also bad argon is possible if a leak cant be detected
I worked with a friend with a C&C machine. I built a set of alloy wheels that are bead locks. Air filled they have had no issues at 160+ mph. We doubled the center tread and installed small rings inside the tire. After much trial and error, we have figured out a weave that stops any growth of an air filled tire. Anyone in top speed RC knows how hard that is. We've spun the tires on large bench motors to over 300mph, no over expansion, depending or failures. Tires are whats holding back records, not power. Were testing small go cart racing tires as well, very promising.
Just discovered this channel and its so wholesome. No politics, no drama, just wholsome fun. Your also very good at what you do.
Hi Kevin, I'm a Welder, there could be a number of reasons for the porosity, I'd be checking the o-rings in your torch, especially around the tungsten collet, and also the tail piece, it might even be a crack in the tail piece, another thing to check would be any pin holes in your gas lines. Both from the bottle to the machine, and from the machine to the torch, other than that you could change to another bottle of gas, but rarely is gas ever contaminated. Good luck with your endeavours. Your channel rules.
Thanks for the tips!
i mean could clean up that tungsten too
My tig did that when the gas hoses deteriorated. Inspect where the hose bends sharply.
@@KevinTalbotTVyup welder here for 42 years , he’s correct and probaly explained it better than I could have , kuddos man amazing channel
@kevintalbotTV good points above but If your welder works fine for stainless steel but poorly on mild steels it may be your filler metal. Mild steels GTAW benefits from using a filler rod with added silicon and manganese to avoid porosity. It also performs poorly when welded without filler (autogenous) compared to stainless steel for this reason. Try “ER70S” filler rods and see it that helps.
The argon gas can be very easily blown away in very slight indoor drafts even if you can’t feel it. And even if the argon doesn’t completely blow away the ‘dome’ of argon around the weld can be disrupted allowing air to get in causing the porosity. It seems pretty likely that was your cause for shitty welds considering your welds started coming out better later on out of nowhere
Was going to say the same sort of thing 😂 dad had that problem with his welder in our workshop untill he started welding the things he could engine room.
That could be, good thought! I was thinking cup size. I have to change my cup based on what and where I'm welding.
Not this. It’s not that easy to blow away. The gas cup is leaking at the torch. 100%
@@totalyep no it can be from a slight breeze read my previous comment
Maybe dirty tungsten, or not enough gas, tungsten may be sticking out to far, 🤷♂️
Omg I remember when I used to hang around with this dude. Some of the best memories of my younger youth. What a legend Kevin. So good to see you up there. Always was a pleasure listening to your hype over the old landy let alone all this 🙏🏽🎉🙌🏾
Yo man, long time no see! Hope you’re well bro
@@KevinTalbotTV in regards to the welding question: cool video. im only 4:21 into it. i know this might be a silly question to ask but: have you been grinding your tungsten AROUND the tip, or along it? you want to grind along it, and grind with something that hasnt touched any iron. the side of a grinding wheel, a stainless steel grinding disk that hasnt been used on anything other than your tungsten, also your gas flow needs to stay on for a good 1-2 seconds after finishing. im sure you know these basics. it could be your gas, maybe a bad bottle and you cant use argosheild, has to be argon. im no pro mig welder but i am a qualified boilermaker.
lol oops, i meant im no pro tig welder. anyone can mig weld XD
Jesus christ what have i clicked on? For someone who has only driven a car that was about 33 mph this is a whole other level of RC racing and speed. I'm just getting back into the hobby with my grand daughter. Ive realized she has a thing for RC cars. She plays with hers so much I'm constantly running out of batteries. about 4 a day and she's only 3 years old. So i think this is the perfect time to introduce her and reintroduce myself into the world of RC cars. And by the looks of this video i have lots to learn. This hobby is huge in the UK it seems. Not as big in the U.S. but thats just one of our many flaws. 😂
Hopefully Project Air can get some sponsors so he can keep on building. Such a cool thing to see. I cannot understand how there isn't a reliable tire out there for these speed runs. Surely there is a rocket surgeon out there who could design something that would hod up.
I really think that's why the sand flat cars often run solid metal wheels.
Why not use a proper tire compound instead of this porous foam? Its a mystery to me... And like @TechGorilla1987 is mentioning, the real land speed record cars in the higher end all use solid metal wheels. Due to the large diameter and rotational speeds these wheels experience tremedous forces, no rubber can hold that.
These cars only need simple steel belted rubber tires. It's just a B to make them. Someone would have to set up the cords then impregnate molten rubber around them in a vacuum. The problem will be balancing them. You won't be able to just install them and go. They don't weigh as much as real cars and the speed at the perimeter isn't much higher than normal cars
I've done the math on the tire size question. The centrifugal force that's going to blow the foam out is inversely related to the tire radius, at a given speed. F = speed/radius. So bigger radius tire is undoubtedly better. This is why F1 cars running at 200 don't instantly blow out the tires, despite them being made of rubber. TLDR: Big tires = Faster speed before blowout.
Sweet
Exactly! Bigger diameter wheels, as big as he can manage to fit without having them creating too much drag and as skinny on the front as he can or possibly little mini fairings coming straight down in front of the lower section of them to try and avoid lift. I'd prefer to see alloy wheels too rather than plastic but . . .
F1 cars have small wheels/Tyres in diameter compared to street cars but yes, very big compared to RC cars
@@hashiru86 f1 went from 13" rims to 18" in 2022
7:46 into the vid. I guess top speed 237mph. Again thank you for this channel. I bought a hypergo 3s and batteries a few months ago. I have enjoyed every second of play time with it, making ramps, learning flips, and all the fun that comes with it. Thank you!
To prevent the back flipping you could cut vents into the wheel arches in the front, this would relieve the high pressure which causes the flipping
It’s what they do at Le Mans and it definitely works.
Fu
Also trying to seal weld metal tuding with a continuous weld the tubing will get too hot causing weld blowout. Just by leaving about 3mm unwelded on the weld joint, let cool to ambient temperature fill hole. This way there's no need for drilling hole that you'll may want to fill later
Best of luck to all
Love seeing all the greats in one location
It’s 3:35 am for me rn, I don’t care this is awesome
So Colorado
5:34 for me
4:40 for me
@@blaineproductions2216me too
10:41 for me
Another wheel idea: High durometer skateboard wheels. You'd need to engineer a connector, but that could then be reused on any off the shelf wheel. They're readily available in diameters that work for rc, and relatively inexpensive. The water jet channel shows them spinning up to around 45k rom before stretching and bursting, which is over 300mph
My first thought was going to urethane. They would be heavier but they should stay together at least
Could probably work if you used around 78a durameter longboard wheels with a plastic core to keep the bearings in place, just something slightly softer than the normal 99a wheels so the car can have a bit of grip.
High durometer usually means less grip, which would be an engineering challenge.
@@c-dawg2145less grip….. just need more runway.
shark wheels ftw
Dude love the content Kev you are absolutely killing it for a fresh build with the sausage! Love watching everyone's speed runs and going for PB's and world records! Looked like loads of fun! Would love to hang with you guys and check it all out! Always watch your vids! Keep on kicking butt! 🤙
I agree❤
Im sure you know this already, but you need the center driveshaft. The power and load bias between the two front tires and the two rear tires are killing your foams. If the fronts are spinning slower, they are scrubbing the foams off from the push of the rear. And the rears are wearing exceptionally fast because they are trying to push the slower scrub of the fronts. They need to be synced through the driveline. Great video kev, keep up the hard work and dedication brother! Maybe see if you can get a set of balanced steel belted tires on some trick carbon wheels 😎 or take some fiber core gates coolant hose for semi trucks and glue them to some wheels?
i was thinking the same, a very interesting piece of kit could be to sync them electronically so that the ESCs are linked to a central controller that monitors the wheel RPM individually and adjusts to suit. Your road car does all sorts of realtime things, the electronics are up to the task believe it or not even at very high speeds.
I think the reason for the rear tyres wearing down is because they aren't connected to the front. With the downforce pressure on the front wheels, the rear wheels could be trying to go faster than the fronts, wearing them out and causing them to blow. No idea if that's the case but just a theory!
I think you’re right
@@KevinTalbotTVhi kev i hope you get that record smashed soon, but can you fly more rc helicopter?😁 it was fun with you’re last helicopter video
@@KevinTalbotTVyo can u do a review on the latrax Teton rc car please?
@KevinTalbotTV Kev, is there a way to make injection molded wheels n tires? I think the weight of the car is playing a big part in hitting the limitations of foams -just a thought 🤔
@@KevinTalbotTVhi I love your videos
Why no one has a down track camera or drone shots from this event blows me away, come on Kev we all want the angles!
Drone?! How about start simple, like a wind diffuser for the camera’s mic 😉😂🤷♂️
Or even a just a long zoom lens.
There’s no cameras down track as RC cars hitting a tripod or person at 200mph is a bad day for everyone. Also you’re trying to track something small at high speed which is hard enough to properly frame. There’s prolly no drones as they are at an airfield and you typically can’t fly within a few KMs of those… but they could 100% put a dead cat wind muff over the mic to kill the wind sound.
you can glue foam to alu perfectly fine with the right glue and roughing up the alu. And it might keep the foam from flying off a bit better because it's gonna flap about a lot less and force that is smoothly introduced is always better than dynamically changing loads. It'd also probably be cheaper because you can reuse the alu wheels and just need to glue new foam to them. Only downside is they're heavier and thus need more run up to get up to speed. Though with that amount of power that shouldn't be a problem and I'd rather be worried about the resistance coming into the drivetrain getting everything hot...
Man those skate park bashes are brutal. Rebuilds the truck, immediately brings it to the skate park 😂👍🤟! Love the channel Kev, super addictive. This is really getting me inspired to get back into rc again.
So happy to see Kevin, Project Air, DIY Perks, Tomley and all other KZheadrs together! Thanks Kevin for all your hardwork! You will surely break the world record one day! Huge respect from India, Mumbai
Welding: Your Argon cylinder looks like it is just about empty based on the tank regulator. Many people run their tanks down until they get porosity, and that's when they know it's time to change bottles. Regulators/flow meters need a minimum amount of pressure to work properly
Agree. When I first started tig I didn't know any better and it happened to me the first couple tanks. Drove me crazy until the local weld supply shop told me pay attention lol gas is pretty important who knew🤣
Also his stick out is super far for that cup size
Tungsten seemed super dirty as well
This is so exciting!!! Massively expensive I imagine, but the opportunity to see it for the wonderful way you share the experience is just tremendous. THANK you.
Hey there kev! Welder here as well, I'm not too sure if I might be way too late someone may have mentioned it but I have had that kind of issue caused by a bad ground as well🤙🏻
Dude, did you give props to another KZheadr, and to his sponsor. 👏 That's the definition of being a stand up Kick ass guy. 😎👍👏 I love how everyone just gets together and helps each other.
The poor welding is due to the pipe being closed on both sides. The air in the tube expands due to the heat. And wants to escape. The air escapes through the weld pool of your weld. The solution is to drill a small hole +/- 3 millimeters in your tube. The welds on your exhaust are perfect because the tubes are open.
This guy^^^ If I remember right (Disclaimer - brain tumor) the pros pump argon into intercooler pipes when welding them.
That’s not his problem. The gas cup is leaking. Pumping argon in the tube is to shield the weld on the inside.
Guess you didn’t notice the part where it was still welding like shit even in open air, when he was welding the tube to the bar stock.
@@xishootstuffx Pumping gas into the tube only works with stainless steel pipes
@@wildbreak7301That is not accurate.
The fact that the average car can go 140-160 and this can go that fast, amazing, keep up the good work.
For welding I would suggest looking at a different cup! A weldporn FUPA number 12 cup will never lead you astray! I’ve used one for over 5 years and it can do anything and everything it also can use the same amount of gas flow as a smaller on but you get way more gas coverage. That’s my suggestion
This quad motor build is INSANE! I had a couple of ideas for tires. 1st idea is maybe carpet. Like commercial type. It would be like a stiffer foam but a woven design. May not come apart. The 2nd idea is either NP1 or Sikaflex. These are industrial, structural urethane. Basically rubber in a tube. Use dish washer soap and water to tool it. Just thinking outside of the box. You have to get it to it's full potential! Can't wait to see how much more it has in it!
Watching this I couldn't help but be surprised nobody has engendered a better tire. It looks like the hobby definitely has the followers.
What an amazing video!! So great seeing the build, seeing the runs, seeing the community come together and help each other, seeing all the shout outs and of course seeing Noah's Mom 😉😊😆
Great video Kev! I can’t wait to see what you sort out with the wheels. I think I’d give up on foam and make my own, can’t imagine any worse result coming from that.
Just an idea: would it be viable to use supercapacitors instead of those batteries? They hold less energy, but you can recharge them much faster, they wear very little, and they can output a crazy amount of current, useful for short bursts of power like a single speed run.
The eternal struggle of all motorsports... putting the power to the ground! Great vid Kev! Looking forward to the tires getting sorted and then really seeing what it can do.
That car looks crazy awesome Kev! Love the detail you put into these projects, love the countryside as well
With these tires. It may be worth scoring lines into the plastic tires, then when the foam comes off it still gets some grip. It also ma be worth installing some sort of tracking system so it finds a line and sticks to it. Excellent video as normal . Keep up the good work
I really love how you highlight the normal guy and kid. Very good job Kevin they're the future.
Awesome work Kev.! The only thing I would do different is extend the bodywork down and over the wheels so they are enclosed. Less drag and less chance of flipping.
I was wondering why none of the guys do that....all the "life size" "worlds fastest" vehicles do that to cut down on drag and turbulence.
use 3m double sided tape as the tire it should not blow up unles there is a bad seem between the edges of the tape the tape should give enough grip when its dry
@@theonecassu3262 the prob isn't the adhesion, it's the fact that the foam itself can't handle the forces put on it. YOu can see evidence of this where chunks have flown off yet the adhesive is still there with foam attached.
@@muskokamike127 I ment that only running the double sided tape no foam
That would make the flipping issue worse actually. You have to have a way for the air to escape the wheel wells. Enclosing them lets the pressure build up and causes more blow overs.
I know you mentioned using aluminum wheels wasn’t possible but if you had the machinist add a knurl to the aluminum wheel to act as the tread then maybe that would work for you. Another idea would be to bond some rubber to the knurled surface. The knurl would give the rubber and glue something to bite to.
Damn!! Just seeing these cars at speed is increadible! And to see 210mph! What about 222mph as the World record? You guys just keep it up and go for the gold!
Add golf ball dimples to large surface panels to get smoother air flow, could help at higher speeds. Maybe f1 style front wings could keep the front down. Looks amazing!
He
Kev I believe in you even when it fails because you do it again and it gets better and better,love to see it thanks Kev for the awesome content.
Excellent video Kevin, you really captured the spirit and friendship of the event and RC community. It’s amazing how the craze has grown making an RC car just go as fast as possible. Nice one mate. 👍
hey mate boilermaker from australia who loves rc cars. your tungsten needs to be sticking out alot less, will help the gas properly shield it from the atmosphere during the arc, so just push the tungsten in to its sticking out about 5mm from the shroud and turn gas up a little bit more. you will see a difference and start there.
This video really captures the comdadery , atmosphere and pure fun of a Rossa event . Some of the fastest cars in the world run in the safest way possible with fantastic people . Was great to see your speed sausage running , good luck with your record attempt next time out.
Glad you enjoyed it!
I'm your biggest fan
I love your content
@@KevinTalbotTV what about making tires out of hockey pucks?
That car has all the potential to break the record, it made 193MPH look easy which is insane!! Hopefully the tire issue can get figured out
What a fantastic video. So much goes into these cars. Best of luck to all competing. What a Show and experience!
So which part of the video did he go 250mph?
he was joking in the thumbnail
Noah's mum has got it going on😂
yes
i started this hobby because of u ur an insperation for us all kev thanks alot
Hopefully you don't break as much parts as Kevin does..
@@groenevinger3893yeah I think most of us are more cautious 😅
For the welding issue, i would check that you are using the correct settings for the material type and thickness. I would also make sure that your ground clamp has a good connection. If you are using stainless steel, I would recommend taking a grinder and grazing the surfaces you are going to weld to and the surfaces that your ground clamp would connect to. I would also try holding the torch different distances away from the weld, not so far away that you are not getting gas to your weld and not so close that you are dragging the torch through the puddle. The last thing I would try is doing some quick tack welds along the welding surface and turn your power down and build on the tacks. Hope this helps!
I was trying to work out what was wrong too. the settings look fine amps are quite low but that tungsten is hot "really hot" makes me think hes running positive electrode by mistake. it looks as though there the correct way round though
Regarding the welding this caught me out the other day (after 20 years of welding) the gas supplier dropped us off argon/co2 mix instead of pure argon.. I tried everything and it was doing what yours is doing. Works perfectly with the correct gas😂
This has got to be your greatest video to date! Congratulations to all the record setters!
Can we have a thanks for everyone being so open to show the cars up close.
Hey Kev, you do a great job, ive learnt alot from you so thanks heaps mate 👍
Like the friendship between you guys at the event.❤
My favorite part of rc speed running is either you're really professional with a full custon hand designed build... Or you just throw more power at it and send it.
Great work Kevin your car is amazing and you are a huge inspiration for everyone in this hobby and you will 100% get that record
Those welds on the headers were impressive, it's definitely not a technique problem!
Looks like a great place to live, very peaceful.
Rubber Capped Tires.. This is what we used to run on 1/10 pan car oval racing. Early prototypes were just bicycle inter tube sections glued over trued down foam tires. Then the rubber is trued down and scuffed for traction. Later, companies like TRC started to mass produce them.
I’ve been wondering why those aren’t used anymore.
Sure seems like good people at that event. Always supporting each other and helping others out. Really nice to see in a competitive environment. Cheers!
Great community. You all really love it. Keep up the speed
Super cool video Kev👍I enjoy the longer videos. And good luck on the next run and record attempt
Kev you should really look into rubber bonding as a tyre option, there’s a reason why the rubber stays in all the bushes that are on your cars/monster truck and that reason is that they are bonded to the metal
Kev if you're serious about going over 200mph you should get the car in a wind tunnel /or get a boffin to design you a more aerodynamic shell. The drag forces at 200mph are insane! The less power you need to get to 200mph the better
Wheels are the problem to deal with first
@@darrenfalconer3267 laminated rubber tires should be a thing
For the foam ripping off at high speed you could make the wheels taller as this would increase the foam’s distance from the center of the wheels thus decreasing centripetal force. This would allow you to keep foam for grip and achieve a higher speed before the foam rips off.
wrong way round, this would be even worse!
i know nothing about rc cars but youtube automaticaly put this video on and im now 5 videos in to this hobby, i have no idea why im watching this but for some odd reason i wanna keep watching more. SUBSCRIBED
boom! you need an x-maxx! :)
Hey Kev, I've experimented with tire ideas and I've found out that plastic tires with rubber tape on them will work well and they could 100% survive over 300MPH.
What is rubber tape? Where can I get it?
@@KevinTalbotTV you can get it online
@@KevinTalbotTV he might just mean electrical tape
Did you mean vulcanized rubber tape on the rims? Also, what tests or calculations have you done that gives you confidence of the over 300mph figure?
Bait
Aluminium wheels with holes that are larger on the inside and use windshield urethane for the tyres making sure the urethane goes through the wheel. The funnel shaped holes will anchor the urethane in place. It should have very good traction. Wrapping the wheel with stainless steel safety wire in the urethane will keep them from blowing off the wheel.
Finally something good to watch on KZhead😮
Not gonna lie, only clicked this video because you look like Rhys Darby. Good luck with the cars Murray.
Easy fix for your tyres is to machine billet alloy (cost will pay for its self over time) and get Nolathane glued on it it gets machined in to a tube and slip/glue over alloy wheels it's may cost more up front than you spent on one set but you can reuse the rims over and over just getting the Nolathane re-vulcanized it will never fly off and it's hard wearing and flexible ,way cheaper than the amount of tyres you chewed through in one day Kevin
Is there a glue that sticks will to aluminium?
@@KevinTalbotTV Aglueminium
@@KevinTalbotTV epoxy sticks very well to aluminum. You just have to prep the aluminum by using acetone or denatured alcohol and sand to 80 grit then apply your epoxy. It gives an amazing bond that is highly heat resistant. So, the foam itself will break down long before the hold of the epoxy.
@@KevinTalbotTV our local engineering plastic supplyer dose the whole process (used in the timber saw mill plants on rollers for transporting timber around the site it's very durable!)best of luck finding a solution Kevin
@@KevinTalbotTV texture the surface a little & JB Weld will do fine. Or use an aluminum mesh tube as the 'tire' itself (if traction is too low, try coating it in truck bed liner or some kind of durable rubber/adhesive)
That’s beautiful just beautiful good job kev
You guys are crazy! This is one of the coolest things I have ever seen!
All builds where impressive enjoyed watching ❤
good job Kevin, hope u gonna break the World Record :)
Just throwing an idea out there. I know lots of roller coasters use polyurethane rubber wheels as do longboards and street luges. Would it be possible to adapt skateboard wheels and use them on the sausage and if so do you think they would survive 200mph+???
Brilliant idea if traction weren't an issue...they have no grip!
@@andy0175 as someone who still enjoys inline skating in my late 40s, I will agree that the hard wheels supplied with many cheap production roller skates/skateboards would be next to useless. But some of the better quality ones with a lower durometer, around 76a or lower have plenty of grip. I’m certainly not saying with any certainty that it’s the perfect answer. I know the softer the rubber, the faster they wear out and two part wheels with a solid core and softer poly tread at those speeds it’s an unknown how well they will hold together. But it’s got to be worth experimenting with.
Best RC video I’ve seen in a while Someone definitely needs to do R&D for RC tires that can handle those speeds. Anyone ever try adding a couple grooves to the foam tires
What an awesome build. It might be worth building a rolling road tyre tester, to see what the best option truly is! Look forward to seeing the future for this one!
A single tire tester using an angle grinder would work.
@@smnkm4ehfer he could just make one using the same motors. Gear them higher so they spin faster than the wheels would. Just to get an idea for wobble, expanding etc
Kev, I think your tire issue could be easily solved if you just go with taller tires and gear it down a bit. Slowing down the drivetrain will be easier on bearings and driveshafts, and better efficiency, while the tires are spinning slower.
Incorrect. The surface speed of the tire is the ground speed, irrespective of gearing. Taller tires will increase the centrifugal force and generate more tire blowouts. Lightweight, small diameter and higher strength are the answers
@@procatprocat9647 Have either of you ever broken an rc car world speed record? No. Not many people can say they have or say they've even tried. Stop talking like you're experts.
@@jamesryplewski2860 you've made the most basic of errors. Attempting to shut down speech because you make (false) allegations is utterly ignorant. Your sort must be eradicated from humanity.
Bigger Rims, more foam in circumference, less centrifugal force on the glue 👍
@@jamesryplewski2860It doesn't take breaking a world record to understand how things work lol. Bigger tires balloon more, anybody who runs RCS at all should know this.
since you drive and build it... its most def. gonna EXPLODE!
you gonna break record now in this video!!
great job as always, kev. i do think that aluminium wheels with foam would be a great idea because thats what they used on the scc world record car
Im building my own speed sausage based on Kevin’s design. The speed to beat at my local track is 160 so I believe if I can control the thing, I might have a chance. I already crashed it once though
Before welding, flood the tube with Argon . When sealing a tube, the air inside expands and tries to come out through the weld. Try drilling a small hole in the tube to let the air escape as it heats up. If you can't find any leaks, try a different bottle and new tungsten. A brand new bottle of contaminated gas is possible, it will drive you mad.
Very cool. I totally enjoy seeing what you guys are doing.
Love your channel and really digging the speed runs. It really looks like tires are the weak point. I'm sitting here in my shop watching The Sausage episode and had a crazy idea. My wife's longboard is hanging in its spot and I notice the wheels. Has anyone tried adapting skateboard wheels for RC speed runs? Super tough and grippy. Might be crazy, but just trying to think outside the box.
wheel driven you need grip
I think a solid wheel would be the way to go, maybe a soft compound skateboard or rollerblade wheel with a hex pressed into one of the bearing sides, if it would grip enough though would be another thing 😀
They don't grip worth a damn unless you have sufficient weight, and that's not going to be enough
Is it against the rules to have larger diameter wheels?
@@BrokenOpus I doubt it as its rc not f1, the problem is not with the size of the wheels they have its the compound as centrifugal force at that speed is throwing the tread off hence why the outside if the wheel seems to come off worse its not the road cutting into it
@@bloodyknuckles9181 why I ask is would not a larger wheel rim lessen that force, as the wheel can rotate a bit slower on the tire edge to reach the same speeds.
@@BrokenOpus yes that is true however the larger the wheel the more foam it uses which would counteract any benefits, other than a solid wheel it would have to be a steel reinforced rubber tyre like a car, cars have the same issue after 130mph which is why car tyres have speed ratings on them
This dude looks like fusion between Tyrion Lannister and Richard Hammond
The “yes mate” shirt is badass! 😂
I haven't even finished this video yet and I like where this nice thanks Jeremy
Tip: put washers under the rivets on the inside if you work on soft materials. Gives lots of strength and better riveting.
Was going to Bt rivets we’re too short and didn’t want to wait! Cheers
Your my idol
Have you thought about making a custom aluminium beadlock to run a rubber tyre? I remember in a previous video you said that the rubber wheels get flung off or turn on the rim, but if clamped down they should stay in place. Real drag cars use beadlocks for this reason. Just a thought, absolutely Love the content
Or glue them with the right type of glue.
@@SolitaryCanidthe problem is that at the rpm’s they are at the rubber literally crumbles apart, the glue wouldn’t help much at all
As a nitro guy it was nice to hear the cars roaring in the back. Never had a battery type, but they look fun. Love the sound of the Nitros tho
Been watching since the start, congrats! Must admit I thought this long chassis would sag, but happy to have been proven wrong!
still scrolling for the link to noahs mum
Hello Kevin, I appreciate your videos. With your welding issues, I assume that you are using argon gas as a shield, as for the filler wire, use Stainless Steel filler wire on steel thinner than 3mm/1/8 of an inch. That was an awesome video, those cars are super quick, you all do well to keep them running straight. Thanks for your input into the RC hobby.
I don’t think he was running a argon bled gas while welding the flat mild steel to the SS steel tube.
Yeah, not sure, I will ask him.
def not easy on this speed testing! awesome to see the journey!
They're incredible
Hey Kevin, Just create a carrier bearing instead of the block. Run the long solid shaft but just support it in the middle with a bearing the size of the shaft to remove the deflection.