what a great problem solver I found today. Loved it

Ahoy! Hey thanks for the video. I was wondering however, where did you get the connectors J1 and J2 for your controller. Looks like I have the same one 😅!

Hello, c'est un moteur 12 volts pas 48 volts, il consomme trop même a vide, j'ai fait la même erreur, en plus l'alimentation de l’électroaimant consomme 4 ampères en 12 volts, mauvais calcule .

Bicycle Frames were not designed for motors , stop putting motors on them like idiot orcs.

I’m not sure if you’re still doing this but I suggest some holes in the starter case or your end plates even help it stay a bit cooler. Most electric motors have them starters only don’t because they aren’t ment to run long

How's the torque

Hei can the alternator climb hills

🥳🥳

Another great video!!

the whole point of motor is decived using clutch useless tupang tupangi

Of course, it’s completely your decision, and I respect whatever you decide. Either way, your work is inspiring, and I’m grateful for what you’ve shared so far!

I am trying same course but still unable to attech steering with potentiometer. Can you please describe it briefly

Good Job Buddy! The jig you printed to help winding is excellent, the whole thing is excellent. Very nice.

This is awesome!

Did you ask Tesla if they need a partner?

Awesome work man! Love that you’re always troubleshooting and never give up!

It might be cool if throttle input was one of the training data variables. Even if the self driving model doesn’t have direct control over the throttle, it might help it to alter it driving style at higher speeds if it knew how fast it was going.

You should add throttle to the mix and train it on leaving the track by backing up and slowing down on the sharp corners.

Sad thing, those motors on bikes are not allowed in Germany, only on private ground :-(

Well filmed, well built!!! Corona Time made you even more inventive! Keep up all your stuff!!!!

I am working on doing the same thing. Its very cool that today we have so much technology that can drive based on cameras instead of bumper switches now. Your project turned out great and gives me inspiration to keep working on mine. Good job

What a great project and thanks for the insides

You reproduced the DonkeyCar project. Training with a constant speed helps a lot. The reaction of the steering angle will become consistent when the speed is constant.

Dude, incredible. Bring this to open sauce and let people ride it in the power wheels track! lol

Love you bro from India 🇮🇳❤ Jay shree Ram well done nice project 🙏

I wonder if a ring light behind the camera would have helped or made it worse with the detection of yellow and black tape.

Brilliant, Austin! Really fantastic work!!! 😃 Stay safe there with your family! 🖖😊

12:54 - You didn't fool me. 😂

If possible, get the vehicle to follow a line of tape in the middle of track. That would minimise learning confusion as the tape would always be on camera.

Can't wait for the autonomous drifting video

remember as a kid when you wanted a go-kart? now remember how you fought with your siblings to have a go when you got one? to the point your parents took it away and locked it up until "you learnt to share"? did you ever stop and think "gee, wouldnt it be awesome if it drove itself so i could sit here and just watch?" yeah... cant say i ever did that either.

Well done, great build!! I'm impressed by your passion for mechanics and fabrication (I see some pretty nice machines in your workshop) AND autonomous driving technologies. Thanks for posting!

12:10 that is why you whould never ever connect cirectly to the speed input without anything inbetween.

What did you use to put arbitrary images and animations on an oscilloscope? I have a few programs that put their own stuff up there (like a clock or a demo song), but I don't know how to tell it "show this image".

12:20 Not a huge fan of raspberry pi's but I feel like this would be a good place for one.

Not so long ago? Man, not to be a hater but when that video posted I was going through a motorcycle training course. Since then I've bought a motorcycle and put 600 miles on it over weekends. I was excited to see what you've gotten up to in that time. Thanks for the update.

Amazing! Keep up the great work Austin!

Nice

It should be illegal for someone to be this smart, cool, talented, dedicated, hardworking AND handsome 😁😍👏🏼 this is the coolest project yet!!!

This is an extreme project you are working on! I really enjoy watching these types of autonomous vehicles. They motivate me a lot. Keep up the good work!

any files for the project available ?

MY GUY!!🔥

I love this project! It would be interesting to see the processing requirements for the use of the model (not training). Putting the inference on a dedicated microcontroller would be pretty cool.

I've always wondered about doing this at RC scale. Very cool to see the small sized rideable experiments!

he was a stator core, i said see ya later core

Excellent work Austin! Are you rectifying your camera images?

Plugging a e-bike battery to a gas or electric generator will that give the battery more cycle's.What percentage to keep the battery when plugging it to a generator to give the battery more cycle's ?

1. Ряды магнитов должны отталкиваться друг от друга при наклеивании на ротор. В этом и была ошибка! Неправильно проклеены магниты ротора. 2. Недостаточно крутящего момента из за низкой редукции! Ведомая звезда должна иметь больший диаметр! Тогда двигатель будет работать в более высоком коэффициенте полезного действия и меньше будет нагреваться и потреблять энергии на разгоне. 3. При сосредоточенной намотке статора нельзя оставлять большие петли между катушками! Провод фазы мотается максимально плотно!

I had one of those but my annoying family throw it out with different types up motors😢