RC cars have always been a popular hobby for enthusiasts. From building and customizing to racing and bashing, these miniature vehicles offer endless opportunities for fun and excitement. In this article, we dive into the world of RC cars and delve into the thrills of bashing, pushing these machines to their limits and testing their durability.
The World’s Strongest RC Basher
Building the Car from Scratch
I have collected a massive pile of aftermarket parts that I am going to use to build a car, essentially from scratch. Initially, my plan was to buy a ready-to-run (RTR) car and customize it, but with all the aftermarket parts I have, I believe it’s better to build from the ground up. I have a screw kit and am excited to create a brand new vehicle. Let me walk you through what I have.
First and foremost, I have an M2C 4 millimeter 7075 chassis. In addition to that, I also have a range of other M2C parts such as driveshafts, ABCD blocks, reinforcement braces, front and rear braces, shock mounts, shock caps, pistons, and other high-quality accessories. To ensure that this becomes the best basher in the world, we need to consider weight as well. To achieve this, I have acquired the new M2C carbon shock towers, M2C top steering plate, M2C Ackerman arm and steering link connectors. I have also invested in a carbon and aluminum servo mount and Lunsford titanium turnbuckles.
To further improve the performance and durability of the car, I have included BG spring smart PM arms, Vitavon steering and knuckles, as well as some standard Arma components. These additions will amplify the overall capabilities of the car on various terrains and ensure it can withstand the most intense bashing sessions.
The Importance of the Chassis
While all these components are significant, it is important to acknowledge that it all starts with the chassis. The M2C 4 millimeter 7075 chassis is the foundation upon which this ultimate RC basher will be built. Its strength, durability, and weight distribution will play a crucial role in the car’s overall performance.
An Exciting Build Journey
I am thrilled to embark on this journey of building the world’s strongest RC basher. Throughout the process, I will be documenting every step and sharing it with you. Together, we will witness the transformation of a pile of spare parts into an awe-inspiring machine capable of conquering any terrain and providing endless hours of RC bashing fun. Stay tuned for updates on this exciting build.
An to an Amazing Project
If you’re a fan of DIY projects or have a keen interest in the world of drivetrains, you’re in for a treat. Today, we are excited to share an update on a project that is making progress and looks absolutely amazing. With meticulous attention to detail and the use of high-quality components, this project is shaping up to be a masterpiece. In this article, we will provide you with a summary of the work done so far and give you a glimpse into what’s to come.
Impressive Drivetrain Upgrades
One of the major highlights of this project is the drivetrain. The creator has incorporated exp differentials, which provide superior performance and stability. With these differentials installed in the front, rear, and center, this setup promises to deliver exceptional control and handling. To further elevate the performance, the creator has chosen to use M2C Hardware – renowned for its durability and precision. And if that wasn’t enough, the inclusion of carbon fiber components adds a touch of elegance and strength to the overall design.
Quality Components and Perfect Fit
When it comes to DIY projects, ensuring the perfect fit of the components is paramount. The creator of this project has spared no effort in making sure that the installation of every part is seamless. With the M2C Hardware and its impeccable design, the carbon fiber additions fit flawlessly. The attention to detail is evident, and it’s safe to say that this setup would satisfy even the most discerning enthusiasts. If you’re curious about the installation process, let us know in the comments if you’d like to see more time lapses of the work being done.
Exciting Upcoming Developments
We understand that you’re looking forward to more updates on this exciting project. Rest assured, there’s plenty more to come. In the future, expect a wide range of awe-inspiring content. Be it the unveiling of new features, performance tests, or other exciting surprises, you won’t want to miss any of it. To ensure you don’t miss out, make sure to subscribe and hit the notification bell to stay updated.
Motor and ESC Upgrades
In the latest update, the project features the installation of the Reefs RAW 500 and the Surpass 4585 motor. These upgrades are a significant improvement over the stock motor, providing the project with additional power and performance. The Surpass 4585 motor strikes a perfect balance – larger than the stock motor but not too heavy like the 1650 motor. Alongside the motor, a Max 6 ESC has been chosen, offering impeccable control and reliability. Moreover, a 3D printed mount has been developed to ensure a seamless adaptation to the standard stock mount.
The central chassis of the project is nearly complete, and the results are nothing short of breathtaking. The meticulous workmanship and attention to detail are evident in every aspect of the design. With the drivetrain upgrades, quality components, and a stellar motor and ESC combination, this project is on its way to becoming a true masterpiece in the world of DIY projects.
We hope you’ve enjoyed this update on the project and are as excited as we are to see the
Article Title: Taking RC Cars to the Next Level: A Thrilling Adventure in Bashing
Building the Perfect RC Car
With meticulous care and attention to detail, the author expresses their excitement about their near-complete RC car. Extensive work has gone into assembling the body, attaching the arms, and fine-tuning various parts. The anticipation grows as the final touches are put in place.
Unveiling the Beauty
The author praises the aesthetics of their creation, declaring it the most beautiful RC car they have ever built. The front and rear suspensions, along with the plastic components, make this car a sight to behold. However, a unique modification has been made to the body, sacrificing a rear wing for a purpose that will be revealed later during the bashing adventure.
Preparing for the Bash
Equipped with the necessary bumpers, the author eagerly looks forward to taking their RC car out for a bashing session. The reader is invited to join in this thrilling experience, filled with anticipation of discovering the car’s true capabilities.
The First Bashing Experience
This section begins by relaying the initial impression of the RC car. The author describes how the car proves to be nimble and handles well both in the air and on the ground. Excitement fills the air as the car encounters various obstacles during its bash, creating marks on the body. However, the durability of the car is emphasized, as it holds up remarkably well.
Testing the Limits
With a sense of adventure, the author urges the reader to witness the true toughness of their RC car. The car is taken to more challenging terrains, pushing its boundaries, and putting it through the ultimate test of durability. The bashing experience becomes a thrilling and heart-pounding event.
The Initial Break
I finally managed to break this thing and, unsurprisingly, it’s one of the pieces that I didn’t upgrade that didn’t even break that just pulled out, but it probably did rip out this plastic block back here.
Replacing with EXP Unit
So replacing this with the EXP unit would work just fine. I’m sure that this wouldn’t happen again, other than that this thing is held up absolutely wonderfully. It took some serious hits from really high up in the air, and everything on it is basically still perfect.
The way this thing is set up, this is one tough truck. All the carbon still looks good. We did get a little bit of peeling right here on this front carbon fiber, but as you saw, we lost the front body mounts and I think one of the screws coming out just kind of peeled that off with it but there’s no actual damage to it.
Rear Tower Breakage
The rear Tower looks fine. Now, I did actually break one of these rear Towers. You can see right here. This was my fault, though. I went ahead and got the rear reinforcement brace and you can see this Tower broke right here on the right hand side right at this reinforcement brace. This reinforcing brace just put too much stress in one spot and didn’t allow the whole Tower to flex when it took a hit right here on the corner, causing it to snap.
I replaced it and this one’s holding up just fine.
Building a Bulletproof RC Car: A Weight-Reducing Upgrade
In the world of remote control (RC) cars, durability and strength are essential qualities for off-roading enthusiasts. When it comes to building a bulletproof setup, there are various upgrades available in the market. In this article, we will discuss how one RC car enthusiast successfully built a strong and lightweight setup, with some valuable insights along the way.
Reducing Weight without Sacrificing Strength
When it comes to RC car upgrades, the 7075 m2c Towers are known for their exceptional strength. However, these towers are also significantly heavier. For this particular build, the goal was to reduce weight while maintaining durability. The upgrades chosen were carefully selected to achieve this balance.
Improved Maneuverability and Performance
The absence of a rear wing in this build has proven advantageous in terms of flipping and self-righting. The reduced weight and altered aerodynamics allow for easier maneuvers, enhancing the overall performance of the RC car. The chassis has shown outstanding stability and endurance, with minimal damage even during intense off-roading sessions.
Building a Bulletproof Setup
The lack of substantial scraping and damage during off-roading is a testament to the strength of the upgraded components. With a flawless design, this RC car setup can withstand various challenges and terrains. However, it is important to note that certain components should have been upgraded from the start to ensure the utmost durability and longevity.
The Cost Factor
Building a bulletproof RC car setup can be expensive, with numerous upgrades required to achieve optimal performance. It is crucial to evaluate one’s budget and priorities before embarking on such a project. While this particular setup may be relatively cost-intensive, there are alternative paths to achieving high durability with fewer upgrades.
The Joy of Building and
Despite the cost and extensive modifications, building a bulletproof RC car setup can provide immense satisfaction to enthusiasts. The process of selecting, installing, and testing various upgrades adds to the overall excitement. If you have a passion for RC cars and are willing to invest in the necessary upgrades, this journey can be rewarding and exhilarating.
In , building a strong and lightweight RC car setup requires careful consideration of upgrades that strike the right balance between durability and weight reduction. With the right components and an understanding of your specific needs, you can create a bulletproof RC car that can handle various terrains and challenges. While this journey may involve significant investment, the joy of building and the thrill of driving a high-performance RC car make it all worthwhile.
In , bashing RC cars serves as an exhilarating experience for enthusiasts. The adventure of pushing these miniature machines to their limits offers both joy and a sense of achievement. The author emphasizes the importance of durability while highlighting the fun and excitement derived from the bashing activity. After all, what better way is there to truly understand the capabilities of an RC car than by bashing it?