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Project 250mph Quad Motor RC Car 1st Drive
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2,584,975 Views • May 30, 2023 • Click to toggle off description
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Views : 2,584,975
Genre: Education
Date of upload: May 30, 2023 ^^


Rating : 4.899 (1,283/49,383 LTDR)
RYD date created : 2024-04-23T15:52:46.339951Z
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YouTube Comments - 1,852 Comments

Top Comments of this video!! :3

@YouTube

10 months ago

so much work went into this build, respect! manifesting that you break the record!

1.3K |

@TimeBucks

10 months ago

This is the content we want to see

1K |

@stevenbryant3055

10 months ago

Kev you achieved a power to weight ratio of 2.5 which is insanity in the world of racing and I’m impressed

77 |

@metatechhd

10 months ago

Even if it didn't break records, you should still be incredibly proud of it. The level of detail and craftsmanship is truly remarkable! It's an absolute masterpiece. 👏🏼🔥👍🏼 Don't let the absence of a record diminish the incredible achievement and effort you've put into this project. It's an epic creation that deserves recognition and admiration. Keep pushing the boundaries of what's possible! 🚀🏎💪🏼

33 |

@trekkie1701e

10 months ago

Kev, if you get a good 3d scan of the car I can run some CFD on the design. I think the person who really takes that seriously is going to be the first to 300mph+ (note I am not an aerospace engineer, but I do work for the company that makes the software and i have used it a good bit.)

617 |

@grahamlawrence6377

10 months ago

If it didn't break records you can still be proud of it, it's looks absolutely epic!

301 |

@burgerjointgame

10 months ago

AWESOME build! I must admit I was skeptical about the long wheel base, but full credit to you for making it work - very exciting!

4 |

@mikediodato1109

10 months ago

The fact those tiny motors are 25 HP amazes me. Serious build for sure.

5 |

@MrWmaginn

10 months ago

This channel is the ultimate "What would happen if I did this? Let's find out!" RC channel

342 |

@yoshums7970

10 months ago

Hey Kevin, long time watcher here! If you're looking for the PERFECT 'helping hand' get yourself a Mag Base - they're used in machine shops a lot to hold dial indicators. They're easy to manipulate, and the arms lock in place.

34 |

@MackL.T

10 months ago

Love what’s been put into place looking great, can’t wait to see more on this build.

2 |

@V8chump

10 months ago

This is such a good video kev! Love hearing all the potential issues and how you’re going to solve them. Often happens in RC but maybe not 10 solutions back to back like this!

7 |

@rcfools

10 months ago

This is the content we want to see. A build like this is out of the reach of most of us, so keep up the good work Kev.

185 |

@cadenkorzan

10 months ago

Never thought I'd see Kevin with xlx2s again after the initial flaws. Good to see he's giving them another go

42 |

@FutureEon

10 months ago

🔧🚗 To enhance the suspension's effectiveness, consider adding square sections along the chassis to boost its rigidity. This modification can significantly improve performance. Additionally, reducing the frontal area would enhance aerodynamics. Love the exciting progress of this build! Can't wait to see the first drive! 🏎🔩💨

9 |

@SteliosRcdrift

10 months ago

The "MORE POWER" is finally a reality!!!This thing will be scary...Good luck Kevin!!!

1 |

@tylerkwiatkowski3757

10 months ago

Something too think about is that the farther back you have your center of pressure the more it will want to stay straight, increasing that pressure would be like adding more fins or adding a small wing to the back, or you could try and decrease drag at the front of the car. I hope this can help if you need it, otherwise you can look up some stuff about rocket aerodynamics and how they stay straight.

84 |

@Whateverpoopiepants

10 months ago

You’ve got to bond some square section along the length of the chassis to make it stiff enough for that suspension to actually work . That frontal area could be reduced a lot. Love this build.

59 |

@ScottR76

10 months ago

back in the day for on-road 1/10 oval cars, we ran rubber cap tires. it was a foam tire trued way down then a rubber skin glued down over the foam. Like cutting a section of an inner tube and stretching it over the foam. They were very durable and would keep tires from exploding. Also for low drag race cars, we would use some thin delrin material on the bottom of the chassis to keep from damaging the bottom and it's pretty slick so it wouldn't slow the cars down as much as dragging the chassis. Now you could probably use some Star Board.

2 |

@verynaughty6563

10 months ago

With the solid centre drive shaft, kev could make a bearing carrier anyway to stop it flapping. The car looks like a great recipe for speed though, the longer the wheelbase, the easier to keep going straight . Kev's reinvented the limousine. 😅

16 |

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