So, you’ve just entered the exciting world of RC drift car competitions and you’re eager to learn the ropes? Look no further! This beginner’s guide is here to give you a sneak peek into the thrilling world of RC drifting, from understanding the basics to mastering the art of achieving those awe-inspiring drifts. Get ready to rev up your engines, embrace the adrenaline rush, and embark on a journey that will take your drifting skills to new heights.
Table of Contents
Choosing the right RC drift car
Consider the type of surface
When choosing an RC drift car, it’s important to consider the type of surface you will be drifting on. Different surfaces require different types of tires and setups. If you plan on drifting on smooth, indoor surfaces, a car with slick tires and a low ride height may be ideal. On the other hand, if you plan on drifting on outdoor tracks or rough surfaces, a car with more grip and a higher ride height may be better suited.
Choose between ready-to-run or build-it-yourself kits
RC drift cars are available in ready-to-run (RTR) options, which come pre-assembled, and build-it-yourself kits. RTR cars are great for beginners as they are ready to use out of the box, requiring minimal setup. Build-it-yourself kits, on the other hand, offer more customization options and allow you to learn more about the inner workings of the car. Consider your skill level and preference when deciding between an RTR car or a kit.
Look for a car with adjustable suspension
Adjustable suspension is key when it comes to RC drifting. This allows you to fine-tune the car’s handling and maneuverability. Look for a car that offers adjustable suspension settings, such as ride height, camber, and toe angle. This will give you greater control over how the car performs and allow you to tailor it to your specific drifting style.
Consider the scale and size of the car
RC drift cars come in various scales, ranging from 1/10 to 1/24. The scale refers to the size of the car in relation to its real-life counterpart. Consider the scale that suits your preferences and the available space you have for drifting. Smaller scales are more suitable for indoor drifting, while larger scales offer better stability and control on outdoor tracks.
Check for compatibility with aftermarket parts
One of the great things about RC drifting is the ability to customize and upgrade your car. Before purchasing a drift car, check if it is compatible with aftermarket parts. These parts can enhance the performance and aesthetics of your car, allowing you to further personalize your drifting experience. Look for a car that has a wide range of aftermarket support to ensure you have plenty of options for upgrades in the future.
Understanding the different drift techniques
Power slide
The power slide is one of the basic drift techniques and involves breaking traction by applying sudden power to the wheels. This technique allows the car to slide sideways while maintaining control. To perform a power slide, accelerate the car, then quickly release the throttle while sharply turning the wheels in the desired direction.
Braking drift
The braking drift technique involves using the brakes to initiate and control a drift. It requires a careful balance of throttle and braking to maintain control of the car. To perform a braking drift, approach a corner at a high speed, then release the throttle and lightly tap the brakes to shift the weight of the car towards the front and initiate the drift.
Feinting
Feinting is a technique used to trick the car’s weight transfer and initiate a drift. It involves deceiving the car into thinking it’s going in one direction before quickly changing direction to initiate the drift. To perform a feint, steer the car in the opposite direction of the desired drift, then abruptly steer in the correct direction to initiate the slide.
Clutch kicking
Clutch kicking is a technique that involves revving the engine and engaging the clutch to break traction and initiate a drift. It requires precise timing and throttle control. To perform a clutch kick, approach a corner at a high speed, then quickly press the clutch while simultaneously revving the engine and releasing the clutch to break traction.
Transition drift
Transition drift involves smoothly transitioning from one drift angle to another. This technique requires precise control of the throttle, brakes, and steering to maintain a smooth and continuous drift. To perform a transition drift, smoothly adjust the throttle, brakes, and steering inputs to initiate and control the transition from one drift angle to another.
Learning to control your RC drift car
Mastering throttle control
Throttle control is crucial for maintaining control and speed during a drift. Practice modulating the throttle to maintain a consistent speed and prevent the car from spinning out. Start with small inputs and gradually increase as you become more comfortable with the car’s response.
Brake control and weight transfer
Understanding how weight transfer affects the car’s handling is key to controlling your drift. Practice using the brakes to shift the weight of the car and control the drift angle. Lightly tap the brakes to shift the weight towards the front and initiate the drift, or release the brakes to transfer weight towards the rear and maintain the drift.
Steering techniques
Different steering techniques can be used to control the car’s drift angle and line. Experiment with smooth and precise steering inputs to maintain control and adjust the car’s trajectory. Practice using both small and large steering inputs to find the balance that works best for you.
Understanding counter-steering
Counter-steering is a technique used to correct the car’s drift angle and maintain control. When the rear of the car starts to slide out, quickly steer in the opposite direction to counter the drift and bring the car back into line. Mastering this technique is essential for maintaining control during a drift.
Practicing drift lines
Drift lines refer to the path that the car takes during a drift. Practicing different drift lines can help improve your control and precision. Experiment with different entry points, apexes, and exit points to find the most efficient and stylish drift lines for different corners and tracks.
Modifications and upgrades for RC drift cars
Changing the tires
Tires play a crucial role in the performance of an RC drift car. Different tire compounds and tread patterns offer varying levels of grip and sliding characteristics. Experiment with different tires to find the setup that suits your driving style and the surface you are drifting on.
Adjusting the suspension
Fine-tuning the suspension can greatly enhance the handling and performance of your RC drift car. Adjust the ride height, camber, and toe angles to optimize traction and control. Experiment with different suspension settings to find the setup that works best for you.
Upgrading the motor and ESC
Upgrading the motor and electronic speed controller (ESC) can provide more power and better control for your RC drift car. Consider upgrading to a brushless motor and programmable ESC for smoother acceleration and precise throttle control.
Adding a gyro
A gyro is a device that helps stabilize the car during a drift by automatically correcting the steering inputs. It can greatly improve the car’s control and make it easier to maintain consistent drift angles. Consider adding a gyro to your RC drift car for better stability and easier control.
Improving the drift angle
If you want to achieve larger and more stylish drift angles, consider modifying your RC drift car to increase the steering angle. This can be done by replacing or modifying certain components, such as the steering system and suspension. Increasing the drift angle will allow you to perform more advanced drift techniques and create more impressive drifts.
Setting up a drift track or course
Choosing the right location
When setting up a drift track or course, it’s important to choose a location that offers enough space and a suitable surface for drifting. Look for open areas, such as empty parking lots or large indoor spaces, that provide enough room for maneuvering and practicing different drift lines.
Designing the layout and obstacles
Designing the layout of the drift track or course is an important aspect of creating a challenging and enjoyable drifting experience. Incorporate different corners, hairpin turns, and long straights to test your skills. You can also add obstacles, such as cones or barrels, to create additional challenges and practice precision drifting.
Preparing the surface
To ensure optimal performance and consistency, it’s important to prepare the surface of your drift track or course. Clear any debris, loose gravel, or obstructions that may affect traction. If the surface is too smooth, you may need to apply a drift-enhancing compound or use drift-specific tires to achieve the desired sliding characteristics.
Setting up timing systems
For more competitive practice or when organizing drift events, setting up timing systems can add an extra level of excitement and competitiveness. This allows you to compare your lap times with others and track your progress over time. Timing systems can range from simple hand-held stopwatches to more advanced electronic timers.
Ensuring safety measures
Safety should always be a top priority when setting up a drift track or course. Ensure that the area is clear of pedestrians and other vehicles to avoid any accidents or injuries. It’s also a good idea to have a first aid kit on hand in case of any minor injuries, and always follow local regulations and guidelines for RC drifting.
Understanding competition rules and formats
Different competition classes
RC drift car competitions often have different classes or categories based on factors such as skill level, car specifications, or specific drift techniques. Familiarize yourself with the different competition classes and choose the one that aligns with your skill level and the capabilities of your car.
Judging criteria
Understanding the judging criteria is essential for success in RC drift car competitions. Judging criteria often include aspects such as speed, angle, line, style, and overall control. Take the time to study and practice the specific judging criteria for the competition you plan to participate in.
Qualifying runs
Qualifying runs are used to determine the starting order or grid position for the competition. During qualifying runs, drivers are evaluated based on their individual performance and scored according to the judging criteria. Each driver typically gets a certain number of runs, and the best run is used to determine the qualifying position.
Tandem battles
Tandem battles are a highlight of RC drift car competitions, where two drivers compete side by side, drifting in close proximity. Tandem battles require skill, precision, and control, as drivers are judged not only on their performance but also on their ability to maintain close proximity to their opponent.
Point systems
RC drift car competitions often use point systems to determine the winners. Points are awarded based on various aspects such as speed, angle, line, style, and control. Judges assign scores for each run, and the driver with the highest overall score is declared the winner. Familiarize yourself with the point system used in the competition you are participating in to understand how judges will evaluate your performance.
Practicing and improving your skills
Consistent practice schedule
Consistency is key when it comes to improving your RC drift car skills. Establish a regular practice schedule and stick to it. Regular practice will help you develop muscle memory, improve your reflexes, and fine-tune your control of the car.
Drift training exercises
In addition to regular practice, incorporating specific drift training exercises into your routine can help you focus on improving specific aspects of your drifting. For example, practicing figure eights can help you work on your steering control and maintaining consistent drift angles. Tail slides can help improve your throttle control and weight transfer.
Analyzing and learning from mistakes
Mistakes are a natural part of the learning process. Whenever you make a mistake or have a less successful run, take the time to analyze what went wrong and learn from it. Identify areas where you can improve and make adjustments to your technique or setup accordingly.
Seeking feedback from experienced drifters
Seeking feedback from more experienced drifters can provide valuable insights and help you identify areas for improvement. Attend local meet-ups or practice events and engage with fellow drifters. Ask for their input, observe their techniques, and learn from their experiences.
Participating in practice events
Participating in practice events, such as drift days or casual meets, can provide valuable practice and opportunities to learn from other drifters. These events often create a supportive and constructive environment where beginners can learn from more experienced drivers and share their experiences with others.
Preparing for RC drift car competitions
Inspecting and maintaining your car
Before a competition, it’s important to thoroughly inspect and maintain your RC drift car. Check for any loose screws, worn-out parts, or potential issues that may affect the performance of your car. Ensure that all components are properly tightened and functioning.
Packing essential tools and spare parts
When heading to a competition, it’s important to pack essential tools and spare parts in case of any unforeseen issues or breakages. Carry a basic toolkit that includes screwdrivers, pliers, wrenches, and other common tools for RC car maintenance. Additionally, pack spare parts such as tires, suspension components, and drivetrain parts that are prone to wear and tear.
Creating a checklist
To avoid any last-minute panics or forgotten items, create a checklist of all the things you need to pack and prepare for the competition. Include things like your car, transmitter, batteries, spare parts, tools, chargers, and any other essential items. Double-check the checklist before leaving for the competition to ensure you have everything you need.
Understanding event schedules
Familiarize yourself with the event schedule to know when you need to be on track for practice sessions, qualifying runs, and tandem battles. Arrive at the competition venue well in advance to allow ample time for registration, setup, and familiarizing yourself with the track layout.
Preparing mentally and physically
Competitions can be both physically and mentally demanding. Take care of your physical well-being by getting enough rest, staying hydrated, and eating nutritious meals before the competition. Mentally, prepare yourself by visualizing successful runs, managing any pre-competition nerves, and maintaining a positive mindset throughout the event.
Familiarizing yourself with drift car terminology
Learning common drift car terms
Familiarize yourself with common drift car terms to better understand the technical aspects of RC drifting. Terms such as understeer, oversteer, chassis, differential, and suspension play a key role in modifying and setting up your drift car. Understanding these terms will help you communicate and troubleshoot any issues with your car.
Understanding suspension adjustments
Suspension adjustments are crucial for fine-tuning the handling and performance of your RC drift car. Familiarize yourself with terms such as ride height, camber, toe angle, and damping. Understanding the purpose and effects of these adjustments will allow you to optimize your car’s suspension setup for different track conditions.
Knowing different tire compounds
Different tire compounds offer varying levels of grip and sliding characteristics. Familiarize yourself with common tire compounds used in RC drifting, such as hard, medium, and soft compounds. Understand how these compounds affect traction, sliding, and overall performance on different surfaces.
Familiarizing with electronics and motor terminologies
Understanding the basics of RC car electronics and motors is important for troubleshooting issues and optimizing performance. Familiarize yourself with terms such as ESC (Electronic Speed Controller), brushless motor, brushed motor, LiPo battery, and voltage. Knowing these terms will help you make informed decisions when it comes to electronics and motor upgrades.
Understanding drift-specific modifications
There are various modifications that can be made to your RC drift car to enhance its performance and drifting capabilities. Familiarize yourself with terms such as drift angle kit, clutch-type differential, drift wheels, and drift chassis upgrades. Understanding these modifications will allow you to customize and optimize your drift car to suit your individual needs and preferences.
Connecting with the RC drift car community
Joining online forums and social media groups
Joining online forums and social media groups dedicated to RC drifting is a great way to connect with fellow enthusiasts, share experiences, and gain knowledge. These platforms provide opportunities to ask questions, seek advice, and stay updated on the latest trends and developments in the RC drift car community.
Attending local meet-ups and events
Attending local meet-ups and events is a fantastic way to connect with the RC drift car community in your area. These events often offer opportunities to practice, learn from experienced drifters, and build friendships with fellow enthusiasts. Keep an eye out for local drift days, practice sessions, or even organized competitions where you can showcase your skills.
Networking with experienced drifters
Networking with experienced drifters can provide valuable insights and mentoring opportunities. Strike up conversations with experienced drifters at events, ask for advice, and seek opportunities to learn from their experiences. Building relationships within the RC drift car community can open doors to new learning opportunities and potential collaborations.
Participating in workshops and tutorials
Many RC drift car communities organize workshops and tutorials to help beginners improve their skills and knowledge. Participate in these events to learn advanced techniques, get hands-on guidance, and gain insights from experienced drifters and instructors. Workshops and tutorials are a great way to accelerate your learning curve and take your drifting skills to the next level.
Sharing your experiences and knowledge
Once you have gained experience and knowledge in RC drifting, don’t be afraid to share your experiences and knowledge with others in the community. Engage in online discussions, contribute to forums, and share tips and tricks on social media. By sharing your experiences, you can help inspire and educate fellow drifters, ultimately strengthening the RC drift car community as a whole.