I Built a Twin Brushless Motor RC Car! 🔥| 1:10 Scale DIY

Namaskar friends, today I'm going to build a 1x10 scale RC car using not one but two brushless motors. This is the CAD design I created in Fusion 360. For the chassis, I'm using a combination of custom made aluminum parts and 3D printed parts which will make the car much more rigid and durable. So let's start by making the aluminum parts according to these drawings. Alright guys, the aluminum parts are ready and in the meantime, I've also printed all the required 3D printed parts. Now let's work on the remote control system. To save on cost, I'm building my own ESP-Now based transmitter and receiver for this project. You can build the transmitter and receiver directly on a breadboard by following this circuit diagram. However, since I wanted the final project to look clean and professional, I decided to use custom PCBs for both the transmitter and receiver. I started this project by designing the circuit in EasyEDA, converting it into a PCB layout and exporting the Gerber files. Then I uploaded them to glcpcb.com to order the boards. Big thanks to glcpcb for sponsoring this video. JLCPCB is one of the most reliable and affordable PCB manufacturers out there. They offer everything from standard and multi-layer PCBs to advanced 6-layer PCBs, flex PCBs, PCB assembly and SMT stencils. Using 6 layers really helps in complex designs. It gives more routing freedom, cleaner signal paths and saves a lot of time. Ordering is very simple. Just upload your Gerber files, select your PCB specifications and place your order in a minute. The interface is beginner-friendly and gives you instant pricing. After a few days, my PCBs arrived and just look at the quality. It's extremely small, but there is absolutely no compromise in the quality. Also, JLCPCB is offering a limited time deal. You can get 6-layer PCB for just $2 and a $30 coupon using the link in the description. Alright, now let's order all the remaining components and upload the firmware. I have already explained the complete programming process in my previous videos. Just follow the steps and make sure you use the latest firmware provided in the video's description as the firmware has been updated specifically for this project. With the programming part done, I installed both the transmitter and receiver inside their custom 3D printed enclosure and as you can see, everything is working just as expected. Now that the electronics are ready, let's start assembling the car. Before we continue, a big shoutout to LTM for sponsoring today's video. LTM is known for supporting some of the world's most advanced electronics design workflows, helping engineers collaborate better, manage designs efficiently, and build with confidence. And if you're a student or just getting started, LTM has something truly valuable for you, LTM Student Lab. It gives you free access to industry-level learning and a structured PCB program that takes you from basics to the real-world design, including layout, manufacturing awareness, and supply chain fundamentals. You will work on practical projects, grow your portfolio, and even earn a certificate that helps you open doors for your future career. So if you're serious about electronics, check the link in the description and join the LTM Student Lab today. Now let's get back to the build.