Remote controlled cars, or RC cars, have been around since the 1960’s and have been getting faster and more powerful ever since. They are an incredibly popular hobby for both kids and adults alike – and for good reason!
RC cars offer a great way to get outdoors, have some fun and learn some basic engineering skills along the way. But what exactly makes an RC car faster?
The main factor that affects an RC car’s speed is its power source. The most common types of power sources used in RC cars are electric motors, nitro engines and gasoline engines.
Electric motors are the most popular choice as they provide plenty of power with minimal maintenance. Nitro engines are more powerful but require more maintenance, while gasoline engines are the most powerful but also require the most maintenance.
Another major factor that affects speed is the type of chassis used. Chassis come in two main varieties – on-road and off-road. On-road chassis are designed for racing on flat surfaces such as roadways or tracks, while off-road chassis are made for more rugged terrain such as dirt or gravel roads.
RC car tires also play a major role in determining speed. Different types of tires will grip differently on different surfaces, so it’s important to choose the right type of tire depending on where you plan to race your car. Slick tires will provide better grip on asphalt or concrete surfaces, while treaded tires will perform better on dirt or gravel.
Finally, another key factor that can make an RC car faster is its weight. Heavier cars tend to be slower than lighter ones due to increased friction between the wheels and road surface. To reduce weight without sacrificing durability, look for lightweight materials such as aluminum or carbon fiber.
Conclusion:
In conclusion, there are many factors that can make an RC car faster – from its power source to its chassis type to its tires and even its weight. By carefully choosing each component wisely you can ensure your car reaches maximum speed potential!
