Guuuuysssss, I forgot to film the video, but i finished the code, and the app, I tested it with the battery, and worked, sooo, tomorrow I will install it to the car
GUUUUYS, today i made the first test app, here i turned on some relays with the app, tomorrow i think i will continue with the code and the app hehe
So… since I’ve already fixed all the electrical issues in the car, we’re almost ready, I made the second part of the lux one, this one will controll the rear lights of the car, Remember that this is a prototype, that’s why those are still in breadboards
Today i fixed the lights of the car, it was a disconnection in the light switch, here is a photo where is fixed hehe
Today i tried to organize the cables a little bit, but instead of fixing some things, the low lights stopped working lol, so… Tomorrow i will try to fix it, we’ll soon try the prototype of the lux one :D
Today i connected the mosfets and the first block of relays, i only need to connect the others, and try to get the remaining for today testing in a real car, and connect the ldr sensor
HIIIIIIII!!!! today i made the first part of the prototype of my project, tomorrow i will finish it, and maybe i will test it on a real car!!
Since I ran into issues with the laser and the PCBs, I’ll have to continue testing on the breadboard; I am currently working on the code that will run the project.
Well, some things don’t always turn out the way you want, though that’s part of the learning process.
Right now im making the PCB to bring this proyect to a real car, instead of using “bare” relays, im gonna use commercial relay modules, the reason is to make this proyect fully repairable and easy to fix
Project Goal
The goal of this project is to add new and MODERN features to classic cars. However, we know that for classic car owners, keeping the vehicle as original as possible is essential. That is why this system will be completely plug-and-play, so users won’t have to modify ANYTHING on their car at all, preserving its original essence and integrity.
