So you’ve just got your first RC drift car and you’re ready to hit the track, but it feels like something is missing. Don’t worry, we’ve all been there! Customizing your RC drift car is the perfect way to add your own personal touch and stand out from the crowd. In this article, we’ll explore some of the best ways for beginners to customize their RC drift car, from upgrading the wheels and tires to adding decals and paint jobs. Whether you’re a beginner or a seasoned pro, these tips will help take your RC drift car to the next level of style and performance.
Table of Contents
Painting and Design
Choosing a color scheme
When it comes to customizing your RC drift car, one of the first things you’ll want to consider is the color scheme. The color scheme you choose can greatly impact the overall look and feel of your car. Whether you prefer bold and vibrant colors or a more subtle and understated look, it’s important to choose a color scheme that reflects your personal style and taste. Consider using a color wheel to help you select complementary colors that will work well together. Don’t be afraid to get creative and experiment with different color combinations to find the perfect look for your RC drift car.
Using decals and stickers
Decals and stickers are a great way to add some extra flair to your RC drift car. Whether you opt for pre-made decals or decide to create your own custom designs, adding decals and stickers can instantly transform the appearance of your car. From flames and racing stripes to logos and graphics, the possibilities are endless. Remember to thoroughly clean and dry the surface of your car before applying any decals or stickers to ensure proper adhesion. Additionally, consider using a clear coat sealant to protect the decals and stickers from wear and tear.
Airbrushing techniques
If you’re looking for a more advanced and professional-looking customization option, consider using airbrushing techniques to bring your RC drift car to life. Airbrushing allows you to create intricate designs and gradients of color that can’t be achieved through traditional painting methods. From fading colors to creating realistic textures, airbrushing opens up a world of possibilities for customization. However, it’s important to note that airbrushing requires some experience and practice to master, so it may be beneficial to start with simpler techniques before diving into more complex designs.
Upgrading the Suspension
Adding adjustable shocks
Upgrading the suspension of your RC drift car can greatly improve its performance on the track. One of the best ways to achieve this is by adding adjustable shocks. Adjustable shocks allow you to fine-tune the stiffness or softness of the suspension to suit your driving style and the track conditions. This means that you can easily adjust the suspension to provide more grip or more slide, depending on your preference. By making small adjustments to the shocks, you can optimize the handling and make your RC drift car even more responsive and precise.
Swapping in performance springs
Another way to upgrade the suspension of your RC drift car is by swapping in performance springs. Performance springs offer increased stiffness compared to stock springs, allowing for better weight transfer and improved handling. These springs are designed to withstand the demands of aggressive drifting and provide a more stable and predictable ride. When choosing performance springs, consider factors such as the weight of your RC drift car, the type of surface you’ll be drifting on, and your personal driving style. It may be beneficial to consult with a knowledgeable RC drift enthusiast or shop to determine the best springs for your specific needs.
Upgrading bushings and bearings
To further enhance the suspension of your RC drift car, consider upgrading the bushings and bearings. Stock bushings and bearings may not be able to withstand the constant stresses and forces exerted during drifting, which can lead to premature wear and decreased performance. By upgrading to high-quality bushings and bearings, you can ensure smooth and consistent movement of your suspension components, resulting in improved handling and durability. It’s important to choose bushings and bearings that are compatible with your specific RC drift car model to ensure a proper fit and optimal performance.
Changing Tires
Selecting the right tires for drifting
Tires play a crucial role in the performance of your RC drift car, especially when it comes to drifting. When selecting tires for drifting, it’s important to consider factors such as compound, tread pattern, and durability. Drift-specific tires are generally made from a softer compound to provide maximum grip on smooth surfaces. The tread pattern is also designed to facilitate controlled sliding and allow for precise steering inputs. Additionally, durability is a key factor to consider, as drifting can put a lot of stress on the tires. Look for tires that are specifically designed for drifting to ensure optimal performance and longevity.
Considering different compounds
In addition to selecting the right tires for drifting, you may also want to consider different tire compounds for different track conditions. Different compounds offer varying levels of grip, allowing you to tailor the performance of your RC drift car to different surfaces. Softer compounds tend to provide more grip, making them ideal for smooth and high-grip surfaces. Conversely, harder compounds offer less grip but can be beneficial on rough or low-grip surfaces. By experimenting with different tire compounds, you can optimize your RC drift car’s performance for various track conditions and achieve the desired level of control and slide.
Experimenting with tire sizes
Similar to real cars, changing the tire size of your RC drift car can have a significant impact on its performance. By experimenting with different tire sizes, you can alter the overall handling characteristics of your RC drift car. Larger tires provide more contact patch and grip, which can be advantageous on high-grip surfaces. On the other hand, smaller tires offer less grip but can make the car more nimble and responsive. It’s important to note that changing tire sizes may require adjustments to the suspension setup to maintain the desired ride height and alignment. Always consult your RC drift car’s manual or seek expert advice when making changes to tire sizes.
Adjusting the Drivetrain
Upgrading the differential
The differential is a crucial component of the drivetrain in an RC drift car. It allows the wheels to rotate at different speeds during turns, allowing for smooth and controlled drifting. Upgrading the differential can have a significant impact on your RC drift car’s performance. One option is to swap the stock differential for a limited slip differential (LSD). LSDs provide better power distribution between the wheels, resulting in improved traction and slide control. Another option is to upgrade to a ball differential, which offers more adjustability and customization options. Consider your driving style and track conditions when selecting a differential upgrade for your RC drift car.
Changing gear ratios
Another way to adjust the drivetrain of your RC drift car is by changing the gear ratios. Gear ratios determine the rotational speed of the tires in relation to the speed of the motor. By changing the gear ratios, you can alter the acceleration and top speed of your RC drift car. If you’re looking for quick acceleration and a higher top speed, you can opt for a higher gear ratio. Conversely, a lower gear ratio will provide more torque and quicker throttle response. It’s important to note that changing gear ratios may require adjustments to the motor mount and transmission, so always refer to your RC drift car’s manual or seek expert advice when making these modifications.
Installing a limited slip differential
For even greater control and improved performance, consider installing a limited slip differential (LSD) in your RC drift car. LSDs distribute power more evenly between the wheels, allowing for better traction and slide control during drifting. This can make your RC drift car more responsive and predictable, making it easier to maintain control and pull off those impressive drifts. LSDs come in different types, such as gear-type and clutch-type differentials, each offering their own advantages and characteristics. Research and consult knowledgeable RC drift enthusiasts to determine the best LSD option for your specific RC drift car.
Enhancing the Electronics
Upgrading the motor
The motor is the heart of your RC drift car, and upgrading it can significantly improve its performance. When choosing a motor upgrade, consider factors such as power output, efficiency, and compatibility with your RC drift car’s electronics. Brushless motors are a popular choice for RC drift cars due to their high power output and efficiency. They provide smoother acceleration and higher top speeds compared to brushed motors. When selecting a brushless motor, be sure to choose one that is compatible with your RC drift car’s existing electronics and battery system. It’s also important to consider the motor’s KV rating, which affects the motor’s RPM and torque characteristics.
Installing a brushless system
While upgrading the motor alone can make a noticeable difference in your RC drift car’s performance, installing a complete brushless system can take it to the next level. A brushless system includes not only a brushless motor but also a compatible electronic speed controller (ESC) and LiPo battery. These components work together to provide smooth and efficient power delivery to the motor. The ESC regulates the power and provides various programmable settings for fine-tuning your RC drift car’s performance. When installing a brushless system, be sure to follow the manufacturer’s instructions and guidelines to ensure proper installation and operation.
Adding a gyro for better control
For even better control and stability during drifting, consider adding a gyro to your RC drift car. A gyro, also known as a stability control system, helps to counteract oversteer and keep the car on track. It detects the car’s yaw rate and applies corrective steering inputs, making it easier to maintain a controlled slide. Adding a gyro can greatly enhance your RC drift car’s performance, especially for beginners who may struggle with maintaining control during aggressive drifts. When installing a gyro, be sure to follow the manufacturer’s instructions and adjust the settings to suit your driving style and preferences.
Customizing the Body
Installing a body kit
One of the most visually impactful ways to customize your RC drift car is by installing a body kit. A body kit typically includes parts such as front and rear bumpers, side skirts, and fender flares. These parts are designed to give your RC drift car a more aggressive and aerodynamic appearance. Body kits are available in various styles and designs, allowing you to choose one that matches your personal taste and the overall theme of your RC drift car. When installing a body kit, be sure to follow the manufacturer’s instructions and make any necessary modifications to ensure proper fitment.
Modifying the bumpers and spoilers
In addition to a body kit, modifying the bumpers and spoilers can further enhance the visual appeal and performance of your RC drift car. Consider adding a front splitter or diffuser to improve aerodynamics and increase downforce at higher speeds. Rear spoilers can also provide additional downforce, helping to keep the rear end planted during drifts. Additionally, you can modify the bumpers to accommodate larger tires or create a more aggressive look. However, it’s important to ensure that any modifications you make comply with the rules and regulations of the RC drift events or competitions you plan to participate in.
Creating custom headlights and taillights
To add a unique and custom touch to your RC drift car, consider creating custom headlights and taillights. These can be made using various methods, such as using clear or tinted plastic, LED strips, or even 3D printing. Custom headlights and taillights can not only enhance the visual appeal of your RC drift car but also improve visibility during low-light conditions. Depending on your skill level and resources, you can create simple designs or intricate details to make your RC drift car stand out from the crowd. Be sure to research and follow safety guidelines when working with electrical components and wiring.
Adding Lighting Effects
Installing undercarriage lights
For an attention-grabbing and visually stunning effect, consider installing undercarriage lights on your RC drift car. Undercarriage lights are usually LED strips or tubes that can be mounted underneath the chassis of your RC drift car. They come in various colors and can be set to a solid color, strobe, or even color-changing modes. Undercarriage lights not only add a unique visual element to your RC drift car but also enhance its presence during nighttime events or competitions. When installing undercarriage lights, be sure to secure the wiring properly and ensure that they do not interfere with the performance or function of your RC drift car.
Adding LED light bars
LED light bars are another popular lighting option for RC drift cars. These long, narrow strips of LEDs can be mounted on the body or roof of your RC drift car to provide additional illumination. LED light bars are typically available in different lengths and can be customized to match the color scheme or theme of your RC drift car. They can be wired to a separate switch for easy control and can be especially useful during low-light drift sessions or when driving in dimly lit areas. Always ensure that any additional lighting you install complies with the rules and regulations of the RC drift events or competitions you plan to participate in.
Using programmable light kits
To take your lighting effects to the next level, consider using programmable light kits. These kits allow you to create custom lighting sequences, patterns, and colors for your RC drift car. With programmable light kits, you have control over the intensity, timing, and even synchronization of the lights. This can create mesmerizing and eye-catching effects that will surely make your RC drift car stand out. Some programmable light kits even come with Bluetooth connectivity, allowing you to control the lights via a smartphone app. Make sure to follow the manufacturer’s instructions and guidelines when installing and programming the light kits to ensure safe and reliable operation.
Improving the Steering
Upgrading the servo
Upgrading the servo is a key component in improving the steering of your RC drift car. The servo is responsible for translating the input from your transmitter into precise and accurate steering movements. Upgrading to a higher-quality servo can provide faster and more precise steering response, allowing you to make quick and precise corrections during drifts. When choosing a servo upgrade, consider factors such as torque, speed, and compatibility with your RC drift car’s electronics. It’s also important to ensure that the servo is properly calibrated and centered to achieve optimal steering performance.
Using adjustable steering links
In addition to upgrading the servo, using adjustable steering links can further improve the steering characteristics of your RC drift car. Adjustable steering links allow you to fine-tune the steering geometry and reduce any unwanted play or slop in the steering system. By adjusting the length of the steering links, you can achieve the desired Ackermann effect, which is crucial for maintaining control and making precise steering inputs during drifts. Experimenting with different lengths and configurations of the steering links can help you find the perfect setup for your RC drift car, ensuring maximum control and maneuverability.
Adding a steerable front axle
For even greater control and realism, consider adding a steerable front axle to your RC drift car. A steerable front axle allows the front wheels to turn independently from the chassis, similar to a real car. This can greatly enhance the steering response and stability of your RC drift car, especially during high-speed drifts or complex maneuvers. Steerable front axles are available as aftermarket upgrades for certain RC drift car models or can be custom-built using various components. However, it’s important to note that adding a steerable front axle may require modifications to the chassis and suspension setup, so always refer to the manufacturer’s instructions or seek expert advice.
Tuning the Suspension Geometry
Adjusting ride height
Tuning the suspension geometry is crucial for achieving the desired handling characteristics in your RC drift car. One aspect of suspension geometry that can be adjusted is the ride height. Ride height refers to the distance between the chassis and the ground when the RC drift car is at rest. By adjusting the ride height, you can alter the center of gravity and weight distribution of your RC drift car. Lower ride heights generally provide more stability and reduced body roll, while higher ride heights can improve clearance and prevent chassis bottoming out. Experimenting with different ride heights can help you find the optimal setup for your style of drifting and the track conditions.
Changing camber and toe settings
Another way to tune the suspension geometry of your RC drift car is by adjusting the camber and toe settings. Camber refers to the vertical tilt of the wheels, while toe refers to the angle at which the wheels point in relation to the car’s longitudinal axis. By changing the camber and toe settings, you can optimize the contact patch and grip of your RC drift car’s tires during turns. Negative camber can improve cornering grip and reduce understeer, while positive camber can enhance straight-line stability. As for toe settings, toe-in provides more stability and better straight-line tracking, while toe-out can improve turn-in response and cornering agility. It’s important to take into account your driving style and track conditions when adjusting camber and toe settings.
Fine-tuning weight distribution
Fine-tuning the weight distribution of your RC drift car is another aspect of suspension geometry that can greatly impact its handling. Weight distribution refers to the balance of weight between the front and rear of the car. By adjusting the distribution of weight, you can optimize traction, steering response, and overall stability. Adding or removing weights in strategic locations, such as the front or rear bumper, can help achieve the desired weight distribution. Additionally, you can also experiment with moving the battery or other components to achieve the optimal weight balance. Keep in mind that making changes to weight distribution may require adjustments to other suspension components, such as ride height and camber settings.
Upgrading the Battery and Charger
Using higher capacity batteries
Upgrading the battery is a simple yet effective way to enhance the performance of your RC drift car. Higher capacity batteries provide increased runtime, allowing you to drift for longer periods before needing to recharge. They also offer higher discharge rates, which can provide a boost in power and acceleration. When choosing a higher capacity battery, consider factors such as voltage, cell count, and connector type. It’s important to ensure that the battery is compatible with your RC drift car’s electronics and that you use a proper balance charger to safely charge and maintain the battery.
Purchasing a fast charger
To minimize downtime and maximize your RC drift car’s time on the track, consider purchasing a fast charger. Fast chargers are designed to charge batteries at a higher rate, significantly reducing the charging time compared to standard chargers. This means that you’ll spend less time waiting for your batteries to charge and more time enjoying the thrill of drifting. When selecting a fast charger, ensure that it is compatible with the battery type, voltage, and cell count of your RC drift car’s batteries. Always follow the manufacturer’s instructions and safety guidelines when using a fast charger to prevent any potential damage or safety hazards.
Considering LiPo batteries for increased performance
For the ultimate in performance and power, consider using LiPo (Lithium Polymer) batteries for your RC drift car. LiPo batteries offer higher energy density, allowing for lighter weight and increased capacity than traditional NiMH batteries. This translates to improved acceleration, higher top speeds, and longer runtimes. It’s important to note that LiPo batteries require specific care and precautions to ensure safe usage. They need to be properly balanced and charged using a compatible LiPo charger, and they should never be discharged below a certain voltage to prevent damage and potential safety risks. Always consult the manufacturer’s instructions and guidelines when using LiPo batteries.
By following these tips and exploring the various customization options, you can transform your RC drift car from stock to one that suits your style and preferences. Whether it’s painting and design, upgrading the suspension and drivetrain, changing tires, enhancing the electronics, customizing the body, adding lighting effects, improving the steering, tuning the suspension geometry, or upgrading the battery and charger, each aspect offers its own unique opportunities for customization and performance enhancement. So go ahead, let your creativity flow, and enjoy the exhilarating world of RC drift car customization!