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How Do I Stop My RC From Rolling When I Start?

If your RC car is rolling when it starts keep reading to learn why, what you can do about it, and how to avoid this happening in the future.

Why Does My RC From Start Rolling When I Start?

The problem is primarily caused by a phenomenon known as torque steer, which is the force generated when the motor’s torque causes the RC vehicle to twist in the opposite direction.

This issue is often prevalent in vehicles with high torque and low weight, such as RC cars. Additionally, abrupt accelerations, inappropriate tires, and inadequate weight distribution can also contribute to this issue.

How Do I Stop My RC From Rolling When I Start?

Here are some solutions for this:

Solution 1: Gradual Acceleration

Rapid acceleration is one of the most common reasons for an RC car to flip when it starts moving. Just like real cars, RC vehicles require a gradual increase in speed to prevent them from flipping due to sudden changes in momentum.

Instead of going from 0 to 100% throttle immediately, slowly increase the throttle to prevent flipping.

Solution 2: Lower the Center of Gravity

A high center of gravity (CoG) can make your RC vehicle prone to rolling. Adjusting the CoG can significantly improve stability and prevent the car from flipping over. You can lower the CoG by adjusting the ride height or by changing the position of heavy components like the battery or motor.

Lowering the ride height can be done by adjusting the suspension or replacing components with lower-profile options. Remember that changing the CoG might also affect the vehicle’s overall performance, so consider your driving style and the terrain where you will be driving.

Solution 3: Use Appropriate Tires

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The type of tires you use can significantly impact your RC car’s stability. If your vehicle tends to roll when starting, it might be due to inappropriate tires that can’t handle the generated torque. Tires with more traction or wider tires can help improve stability and prevent rolling.

Solution 4: Improve the Suspension

The suspension system is another key component when it comes to the stability of your RC vehicle. Having a suspension system that can absorb the shock of starting and sudden movements will prevent the vehicle from rolling over.

It’s worth investing in a good quality suspension system that can be adjusted according to the driving conditions.

Solution 5: Consider Using a Stability Management System

Modern RC vehicles often come with a stability management system that assists in controlling the car’s movements, including its tendency to flip or roll. These systems adjust the power to the wheels based on the car’s movement and position, thereby preventing rollovers.

If your RC vehicle doesn’t already have a stability management system, consider upgrading to one that does.

What Reduces Vehicle Roll During Turns in an RC Car?

Here are the main factors and solutions:

Suspension Systems

The suspension system plays a major role in managing the roll of an RC car during turns. The system’s main components include springs, shocks, and anti-roll bars.

Springs and Shocks:

They help manage the weight distribution during turns and absorb shocks from irregularities in the driving surface.

The spring rate (the stiffness of the spring) directly impacts how much the vehicle will roll in a turn. Typically, a stiffer spring reduces body roll, while a softer spring allows more roll.

Anti-roll bars:

Also known as sway bars, they connect the suspension systems on the opposite sides of a vehicle. They help distribute the force of a turn evenly across the car, reducing the roll effect. Anti-roll bars are particularly effective in preventing body roll during high-speed turns.


Tires provide the traction necessary for turns. A tire with a wider contact patch or made from a softer compound can provide more grip, reducing the chance of rolling during turns.

Weight Distribution

The distribution of weight within an RC car can significantly impact its stability during turns. Lowering the car’s center of gravity can reduce roll by making it harder for the forces during a turn to tip the car.

This can be achieved by adjusting the placement of heavy components like batteries or motors, or by adding ballast at lower points in the car.


Aerodynamics is another factor that plays a crucial role in reducing vehicle roll during turns. Components like spoilers, wings, and diffusers can generate downforce, pushing the car toward the ground and increasing tire grip for better stability during turns.

Chassis Design

Finally, the design of the chassis itself can also contribute to roll reduction. A wider chassis will generally be more stable than a narrow one because it spreads the weight of the vehicle over a larger area. The material of the chassis also matters.

Stiffer materials like carbon fiber will flex less under load, which can also help to prevent roll.

Why is My RC Car Driving By Itself?

Here are the most common reasons:

Interference From Other Signals

One of the most common reasons why an RC car might start driving by itself is radio frequency interference. RC cars operate using radio signals that are transmitted from the remote control to the car.

These signals control every move the car makes, from speed to direction. If other radio signals are present in the environment where you’re using your RC car, they might interfere with the signals from your remote control.

These interfering signals can cause the RC car to move unpredictably, giving the appearance that it’s driving by itself.

Other electronic devices, WiFi signals, or even another RC vehicle operating on the same frequency can cause this interference. To avoid this, try changing the operating frequency of your RC car if possible, or operate your RC car in an area with less electronic activity.

Faulty or Damaged Controls

Another reason why your RC car might be driving by itself is if the controls on your remote are faulty or damaged.

This could be due to wear and tear, a manufacturing defect, damage caused by dropping the remote, or exposure to water. Faulty controls can send incorrect signals to the car, causing it to move in ways you didn’t intend.

Check your remote control for any obvious signs of damage. If it’s an older model, it may be worth considering a replacement or an upgrade.

Internal Component Issues

Internal component issues within the RC car itself could also be a cause. If the servos, which control the steering and speed of the car, are malfunctioning, this can cause the car to behave erratically.

Additionally, a faulty receiver inside the car can misinterpret or ignore the signals from the remote control.

If you’re familiar with the inner workings of RC cars, you might be able to open up the car and investigate these components yourself. However, if you’re not comfortable doing this, consider seeking help from a professional or contacting the manufacturer’s customer support.

Battery Problems

Battery issues can also be at fault. Low battery power in either the car or the remote control can cause the signals between the two to drop out or be incorrectly interpreted.

If your RC car starts to act independently, one of the first things you should do is check the battery levels in both the car and the remote control. Replace or recharge the batteries as necessary.

Trimming Settings

Many RC cars come with trim settings that allow you to fine-tune the car’s controls for better performance. If these trim settings are off, they could cause the car to move on its own. Check your RC car’s manual for information on how to adjust these settings.