Are you a beginner RC drift car owner looking to take your skills to the next level? Look no further! In this article, we will be highlighting the top 5 must-have upgrades for beginners like you. From improving traction to enhancing performance, these upgrades will help you dominate the drift scene like a pro. So, buckle up and get ready to transform your RC drift car into a lean, mean drifting machine!
Table of Contents
High-performance Tires
Rubber tires for increased grip
When it comes to drifting, having the right tires is crucial. Rubber tires offer increased grip on the track, allowing you to have better control and more precise movements. They are designed to provide optimal traction in a variety of conditions, whether you’re drifting on asphalt or concrete surfaces.
Different compounds for different surfaces
Not all surfaces are the same, and different compounds are available to cater to the specific needs of each surface. Softer compound tires are better suited for smooth surfaces, providing greater grip and allowing for controlled slides. On the other hand, harder compound tires are more suitable for rougher surfaces, offering durability and stability during drifts.
Staggered tire setup for better traction
A staggered tire setup involves using wider tires in the rear and narrower tires in the front. This configuration helps to improve traction during drifts by maximizing the surface area in contact with the track. The wider rear tires provide enhanced grip and stability, allowing for smoother drifts and better control of your RC car.
Upgraded tread pattern for better handling
An upgraded tread pattern can significantly enhance the handling of your RC drift car. These specially designed patterns offer improved grip and control, allowing for precise steering inputs and smooth transitions during drifts. The tread pattern helps to channel water and debris away from the tire surface, maintaining optimal traction at all times.
Dual compound tires for optimal control
Dual compound tires feature a combination of soft and hard compounds in specific areas of the tire. This setup allows for maximum grip during drifts while maintaining stability and durability. The softer compound on the outer edges of the tire provides exceptional traction, enabling controlled slides, while the harder compound in the center offers stability and longevity.
Adjustable Suspension
Ability to fine-tune ride height
Having an adjustable suspension system allows you to fine-tune the ride height of your RC drift car. This adjustment is crucial for achieving the desired balance between stability and maneuverability. By lowering the car’s center of gravity, you can improve cornering performance and minimize body roll, resulting in a more agile and responsive driving experience.
Adjustable shock absorbers for varying track conditions
The ability to adjust the shock absorbers on your RC drift car is essential for adapting to different track conditions. By altering the damping characteristics of the shocks, you can fine-tune the handling of your car to suit the surface you’re drifting on. This adjustment allows for improved stability, better traction, and more controlled drifts.
Different suspension setups for different driving styles
Every driver has their unique driving style, and having a suspension system that can be customized accordingly is invaluable. Whether you prefer aggressive and fast-paced drifts or smooth and controlled slides, being able to adjust the suspension setup can make a significant difference in your overall performance. Different suspension setups can fine-tune the weight distribution and balance of your car, giving you the desired handling characteristics.
Improved stability through suspension tuning
Tuning your suspension can greatly enhance the stability of your RC car. By adjusting factors such as spring rates, shock absorber damping, and ride height, you can achieve a stable and predictable drift. A well-tuned suspension ensures that the weight of the car is properly distributed, reducing body roll and allowing for better control during drifts.
Reduced body roll for better cornering
Body roll can negatively impact the performance and handling of your RC drift car. It can cause instability during high-speed drifts and compromise cornering ability. Upgrading and adjusting your suspension system can significantly reduce body roll, improving the overall cornering performance of your RC car. With reduced body roll, you can maintain better control and execute smoother drifts.
Powerful Motor
Brushless motor for increased speed
If you’re looking to improve the speed of your RC drift car, upgrading to a brushless motor is a must. Brushless motors offer higher power efficiency and reduced maintenance compared to brushed motors. They provide increased speed and acceleration, allowing you to achieve faster drifts and more dynamic performances on the track.
Higher kv rating for better acceleration
When upgrading your motor, considering a higher kv rating can greatly enhance the acceleration of your RC drift car. Kv rating refers to the number of rotations per minute per volt applied to the motor. Higher kv ratings translate to faster acceleration, allowing you to initiate drifts more quickly and maintain better control throughout.
Ability to handle higher voltage for more power
Upgrading your motor also means upgrading its capability to handle higher voltage. Higher voltage translates to more power and torque, which can greatly improve the performance of your RC drift car. With the ability to handle higher voltage, you can achieve more aggressive drifts and experience a thrilling and exhilarating driving experience.
Upgrade to a sensored motor for smoother throttle response
Sensored motors offer precise and smooth throttle response, making them an ideal choice for drift car enthusiasts. Sensored motors use sensor feedback to accurately control the motor’s speed and positioning, resulting in a more linear and predictable power delivery. The smoother throttle response allows for precise throttle control, making it easier to execute controlled drifts with greater precision.
Improved heat dissipation for longer runtime
Powerful motors can generate a significant amount of heat, which can affect their performance and longevity. Upgrading to a motor with improved heat dissipation capabilities can ensure longer and more consistent runtime. Efficient heat dissipation helps to prevent overheating, allowing your RC drift car to maintain optimal performance and reliability throughout your drift sessions.
Upgraded Electronics
High-quality servo for precise steering control
The steering control of your RC drift car plays a crucial role in executing precise drifts. Upgrading to a high-quality servo ensures precise and responsive steering inputs, allowing you to have better control over your RC car’s movements. High-quality servos offer improved accuracy, faster response times, and increased torque, enhancing the overall performance of your RC drift car.
Faster response time with a higher frequency transmitter
The transmitter is the interface between you and your RC drift car, and having a transmitter with a higher frequency can greatly improve the response time. A higher frequency transmitter provides faster and more accurate communication between the controller and the car, resulting in quicker and more precise inputs. The improved response time allows for better control and enhances the overall driving experience.
Programmable ESC for custom motor settings
The Electronic Speed Controller (ESC) is responsible for regulating the power delivery from the battery to the motor. Upgrading to a programmable ESC gives you the ability to customize and fine-tune specific motor settings to suit your driving style. This customization allows for optimal power delivery, improved throttle control, and enhanced overall performance.
Telemetry system for monitoring battery voltage and motor temperature
A telemetry system provides real-time data on various aspects of your RC drift car’s performance. Monitoring battery voltage and motor temperature is crucial for maintaining optimal performance and preventing damage to your electronics. By having a telemetry system in place, you can monitor these critical parameters and make necessary adjustments for a safe and efficient drift experience.
Upgraded receiver for better signal strength and range
Having a reliable and strong signal is essential for the smooth operation of your RC drift car. Upgrading your receiver to a higher quality one improves signal strength and range, reducing the chances of signal loss or interference. With a stronger signal, you can have more confidence in your RC car’s responsiveness and control, allowing for more precise drifts and better overall performance.
Drift Wheels and Drift Tires
Wide drift wheels for increased stability
Wide drift wheels offer increased stability during drifts, allowing you to maintain control and execute precise movements on the track. These wheels provide a larger contact patch with the ground, enhancing grip and making it easier to control the drift angle. With wider drift wheels, you can confidently push your RC car to the limits and achieve impressive drifts with greater stability.
Specifically designed drift tires for controlled slides
Drift tires feature a unique design and compound that allows for controlled slides. These tires have a reduced grip compared to standard tires, making it easier to initiate and maintain drifts. The specific tread pattern and compound of drift tires ensure that they break traction predictably, providing the driver with the ability to control the drift angle and duration.
Different tread patterns for various drift techniques
Different drift techniques require specific tire characteristics. Drift tires come in various tread patterns to cater to the different techniques and styles of drifting. Some tires are designed for aggressive and speedy drifts, while others are better suited for smooth and controlled slides. Choosing the right tread pattern for your desired drifting style can greatly enhance your overall performance and control.
Unique materials to reduce tire wear
Drifting can be tough on tires, with increased tire wear being an inevitable consequence. Upgrading to drift tires made from unique materials can help reduce tire wear, allowing you to enjoy longer-lasting performance. These materials are designed to withstand the intense friction generated during drifts, ultimately saving you money by reducing the frequency of tire replacements.
Dual compound drift tires for improved grip and longevity
Dual compound drift tires feature a combination of softer and harder compounds to offer a balanced performance. The softer compound on the outer edges provides excellent grip and control during drifts, while the harder compound in the center ensures durability and longevity. This dual compound setup delivers the best of both worlds, allowing for improved grip and extended tire life.
Upgraded Battery
Higher capacity battery for longer runtimes
If you want to extend your drifting sessions, upgrading to a higher capacity battery is essential. Higher capacity batteries offer increased runtime, allowing you to enjoy longer periods of drift time before needing to recharge. With an upgraded battery, you can maximize your time on the track and improve your drifting skills without the interruption of frequent battery swaps.
Increased discharge rate for more power
Battery discharge rate plays a significant role in the power output of your RC drift car. Upgrading to a battery with an increased discharge rate provides more power to your motor, resulting in faster acceleration and more dynamic drifts. With a higher discharge rate battery, you can push the limits of your RC car’s performance and experience more thrilling drifts.
Opt for LiPo batteries for higher voltage and lighter weight
Lithium Polymer (LiPo) batteries are a popular choice among RC drift car enthusiasts due to their higher voltage and lighter weight. LiPo batteries offer higher voltage compared to other battery chemistries, providing increased power output to your motor. Additionally, the lighter weight of LiPo batteries reduces the overall weight of your RC car, improving its agility and handling.
Balance charger for optimal charging and battery life
A balance charger is a specialized charger that ensures each cell of your battery pack is charged evenly. This balancing process helps to maximize battery performance and lifespan, ensuring optimal charging and longer battery life. Using a balance charger is crucial for maintaining your battery’s health and reliability, allowing you to get the most out of your RC drift car.
Consider a battery alarm to avoid over-discharging
Over-discharging your battery can cause permanent damage, significantly impacting its performance and lifespan. To avoid this, consider using a battery alarm. A battery alarm alerts you when the voltage of your battery drops to a critical level, allowing you to safely stop using the battery and prevent irreversible damage. By using a battery alarm, you can prolong the life of your battery and maintain its performance.
Upgraded Chassis
Lightweight chassis for improved agility
Upgrading to a lightweight chassis can significantly improve the agility and responsiveness of your RC drift car. A lighter chassis reduces overall weight, allowing for quicker acceleration and more precise movements. With improved agility, you can execute faster and more controlled drifts, enhancing your overall drifting experience.
Stiffer chassis for better handling and stability
A stiffer chassis offers better handling and stability during drifts. Upgrading your chassis to a stiffer material or reinforcing it can minimize flexing, ensuring maximum power transfer to the wheels. With a stiffer chassis, you can maintain better control and stability, allowing for more precise drifts and improved overall performance.
Low center of gravity for enhanced cornering
Having a low center of gravity is crucial for achieving optimal cornering performance. Upgrading your chassis to achieve a lower center of gravity can significantly enhance your RC drift car’s ability to maneuver and maintain control during tight corners. With a lower center of gravity, you can experience enhanced stability and improved cornering capabilities.
Upgrade to a carbon fiber chassis for maximum performance
Carbon fiber chassis offer the ultimate combination of strength and lightweight construction. Upgrading to a carbon fiber chassis can significantly enhance the performance of your RC drift car. Carbon fiber chassis are known for their excellent strength-to-weight ratio, providing maximum rigidity and minimizing weight. With a carbon fiber chassis, you can achieve the highest level of performance and agility.
Reinforced chassis for increased durability
Drifting can put a lot of stress on the chassis of your RC car, leading to potential damage and reduced durability. Reinforcing your chassis can significantly improve its strength and increase its lifespan. Upgrading certain areas of your chassis with additional braces or reinforcements can prevent flexing and ensure that your RC car can withstand the demands of intense drift sessions.
Performance Bearings
Replace stock bearings with high-quality ones
Stock bearings often have limitations when it comes to performance and durability. Upgrading your RC drift car with high-quality bearings ensures smoother rotation and increased efficiency. By replacing stock bearings with better quality ones, you can experience reduced friction, less rolling resistance, and improved overall performance.
Reduced friction for smoother rotation
Upgrading to high-quality bearings reduces friction between moving parts, resulting in smoother rotation. Reduced friction allows for more efficient power transfer, enabling your RC drift car to maintain speed and maximize acceleration. With smoother rotation, you can execute more controlled drifts and experience a smoother and more satisfying drifting experience.
Increased efficiency for longer runtime
Efficient power transfer is crucial for maximizing runtime and getting the most out of your RC drift car. High-quality bearings provide increased efficiency, ensuring that power from your motor is efficiently transmitted to the wheels. With improved efficiency, your battery lasts longer, allowing for extended drift sessions and more enjoyable time on the track.
Improved cornering and acceleration
Upgrading to performance bearings has a direct impact on the cornering and acceleration performance of your RC drift car. Reduced friction and increased efficiency result in better cornering capabilities, allowing for tighter and more precise turning. Additionally, improved acceleration ensures quicker response times, enabling you to initiate drifts faster and maintain better overall control.
Less maintenance required
Stock bearings may require more frequent maintenance due to their limitations in performance and durability. Upgrading to high-quality bearings reduces the need for regular maintenance, saving you time and effort. With less maintenance required, you can focus more on your drifting skills and enjoy a hassle-free experience with your RC drift car.
Upgrade the Differential
Upgrade to a limited slip differential for better traction
The differential plays a crucial role in distributing power to the wheels of your RC drift car. Upgrading to a limited slip differential offers better traction during drifts. A limited slip differential allows for power to be transferred to both wheels, providing more consistent and predictable traction. This upgrade helps you maintain control, execute smoother drifts, and achieve impressive performance on the track.
Adjustable differential for customizable handling
Having an adjustable differential allows you to customize the handling characteristics of your RC drift car. By adjusting the differential, you can control the power distribution between the wheels, tailoring it to suit your specific driving style. This customization enables you to fine-tune the balance between stability and maneuverability, ensuring optimal performance during drifts.
Locked differential for consistent power distribution
Some RC drift car owners prefer a locked differential for consistent power distribution. A locked differential ensures that power is evenly distributed to both wheels, providing maximum traction and stability. This setup allows for smoother drifts and precise control, making it easier to maintain the desired drift angle and execute complex maneuvers.
Improved cornering by optimizing the differential setup
Optimizing the setup of your differential can greatly improve your RC drift car’s cornering performance. By adjusting the differential to suit your specific track conditions and driving style, you can achieve better traction and control during corners. An optimized differential setup helps you maintain stability, execute precise drift lines, and make quick and controlled transitions.
Consider a ball differential for improved on-power steering
A ball differential offers improved on-power steering and increased stability during drifts. This type of differential uses small steel balls to allow for smooth power transfer between the wheels. The result is more consistent and predictable steering inputs, allowing for precise control during drifts. A ball differential enhances your ability to maintain the desired drift angle and execute precise transitions on the track.
Optional Body Upgrades
Lightweight body shell for improved performance
Upgrading to a lightweight body shell can significantly improve the overall performance of your RC drift car. A lighter body shell reduces the overall weight of the car, enhancing agility, acceleration, and overall handling. With a lightweight body shell, your RC drift car becomes more responsive and easier to maneuver, allowing for smoother drifts and faster lap times.
Aftermarket body kit for a unique look
Personalizing your RC drift car with an aftermarket body kit can give it a unique and eye-catching appearance. Aftermarket body kits offer a wide range of designs and styles, allowing you to choose a look that suits your preferences. Whether you prefer a sleek and aggressive design or a more retro-inspired look, an aftermarket body kit can transform the appearance of your RC drift car and make it stand out on the track.
Upgraded aerodynamics for better stability
Aerodynamics play a significant role in the stability and performance of your RC drift car. Upgrading to an aftermarket body kit with improved aerodynamics can enhance the stability and control of your car during drifts. These body kits are designed to optimize airflow and reduce drag, ensuring better stability and improved overall performance on the track.
Functional body accessories for added realism
If you’re looking to add a touch of realism to your RC drift car, consider upgrading with functional body accessories. Accessories such as side mirrors, spoilers, and intakes not only enhance the visual appeal of your car but also contribute to better aerodynamics and overall performance. Functional body accessories provide a more authentic and immersive drifting experience, allowing you to showcase your RC car’s style and performance.
Paint or graphic wrap for a personalized touch
Adding a personal touch to your RC drift car is a great way to showcase your unique style and personality. Whether you prefer a custom paint job or a graphic wrap, personalizing the appearance of your car can make it truly one-of-a-kind. With a personalized look, you can stand out on the track and make a statement with your RC drift car.
In conclusion, these top 5 must-have upgrades for beginner RC drift car owners provide a comprehensive guide to enhancing the performance, handling, and overall experience of your RC drift car. By considering these upgrades and implementing them to your RC drift car, you can transform it into a high-performance machine that allows you to drift with precision, control, and style. Whether it’s upgrading tires, suspension, electronics, motor, or any other component, each upgrade contributes to maximizing the potential of your RC drift car and taking your drifting skills to the next level. Remember, these upgrades are not only about improving performance but also about personalizing your RC drift car and making it truly your own. So, go ahead, explore the possibilities, and experience the thrill of drifting like never before!