Speed Line Follower Robot V4 (Assembly)

In the final stretch and already with the total of pieces, I show the assembly of my first Speed Follower Robot V4. I am very excited about the quality of the JLCPCB PCB and the Electrónica DIY parts. Everything fits perfectly and easily. Very happy with the result, I hope you also like it.
$2 for 10pcs PCBs & $5 for a SMT Stencil at jlcpcb.com
Parts Sponsor: Electrónica DIY
www.electronic...
/ electronicadiygt
Paperbotz: cutt.ly/7E9yxJa
Project Hub: cutt.ly/LgcChMb
Hackster.io: cutt.ly/CgcCUBv
GitHub: cutt.ly/zE9tz61
• Gerber cutt.ly/GE9ytYt
• Code: cutt.ly/2ghrBlf
Play List: cutt.ly/Sghthwb
Follow me:
KZbin: cutt.ly/ZhPSGJ9
Facebook: cutt.ly/ChPSJdC
Instagram: cutt.ly/QhPSKoq

[@VisionOfMind]

Is there a video where you test it ? I was unable to find one in your channel. Looks good ! Job well done

[@rlb5261]

Excellent job!!!

[@DrakerDG]

Thanks! 😁👍🏼

[@MakingRoboticsColombia]

Muy buen trabajo, muchos éxitos. 💎

[@Marsmellow-p7x]

hello sir, can you explaine what is the role of the slide switch 2way and how they work please?

[@DrakerDG]

@@Marsmellow-p7x These two DIP switches are for future applications. One can be 4 operating modes, depending on the type of track (black or white line), radius of the curves, etc. Currently at the code level they have no use.

[@ch.minamotohidarii8338]

please update the Github links :(

[@trungbuichannel]

Thanks you very much

[@isaiasyujraruiz]

Soy del grupo de face gracias amikooo :3

[@DrakerDG]

Cualquier duda o consulta, con gusto te ayudo 😁👍🏼

[@DrakerDG]

Respecto a la soldadura te aconsejo que practiques en circuitos con dispositivos SMD de aparatos que ya no sirvan. Utiliza pasta y procura mantener la punta del Cautín lo más limpia posible. La soldadura debe ser rápida para evitar dañar los dispositivos

[@adithkumarshetty5468]

what is the volt of your motos

[@buckybarnes3249]

Hello! what is the funtionality of E-A and E-B pins

[@DrakerDG]

This connections are to connect external devices that you need, using ground, 5 volts and one digital pin

[@BAZY69]

can you explaine what is the role of j1 j2 j3 and how they work pls

[@DrakerDG]

J1 is like a power switch. J2 and J3 is to change between operation and propraming mode, both together in the same side (position)

[@BAZY69]

@@DrakerDG can you do small video to explain how they work

[@DrakerDG]

kzbin.info/www/bejne/i5nYlHWCjMSkf7Msi=5dOlUbinW26_PZ39

[@jimmyguanoluisa4047]

Que bonito trabajo, lo he venido siguiendo y el resultado quedo fantástico. Muchas felicidades.

[@DrakerDG]

Gracias 😁👍🏼

[@akbarnaufalmakarim]

Hi there! You've done a great job with that. But i wanna ask, can i use photodiode sensor instead of phototransistor sensor with the same arduino code as yours?

[@DrakerDG]

Is possible that it work it, but maybe will be affected with the changes of the light more frequently

[@akbarnaufalmakarim]

Okay, thanks a lot

[@DrakerDG]

You welcome! 😁👍🏼

[@pink_panther5166]

How can we order this along with the code?

[@yashbhadane1203]

Can u plz tell how many dollars did u pay for pcb ??

[@DrakerDG]

Hello! $13.30 for 10 units + $49.00 for shipping charge. Total $62.30 USD

[@knight_surfer]

Bro can you share the complete components of this bot please

[@DrakerDG]

Hi! In the description of this video you can find the links to obtain the schematic diagram and full part list.

[@yashbhadane1203]

Plz give me Gerber file of pcb plzzz

[@DrakerDG]

Hello! You got it! • Gerber cutt.ly/GE9ytYt

[@yashbhadane1203]

@@DrakerDG o thanks a lot u r really helpful man and u r robot is just amazing !!

[@pakdeva1424]

Skematic please....

[@DrakerDG]

Hello! This is the schematic circuit: cutt.ly/CkJLAWu In the description of this video you find more links where you can find more information about this robot, for example this links: Project Hub: cutt.ly/LgcChMb Or Hackster.io: cutt.ly/CgcCUBv

[@mtz-co3ec]

Rpm?

[@DrakerDG]

500 RPM

[@mohanraja6400]

Bro full circuit send plz......😢

[@DrakerDG]

hacksterio.s3.amazonaws.com/uploads/attachments/1205801/schematic_speed_line_follower_robot_v1_2020-09-08_19-00-47_3mboZQk6fA.pdf