Behavior Mastery
Lesson
3
of
7
Lesson by
Suellio Almeida
Lesson by
Suellio Almeida
Mark as Finished
Car Behavior: Tire Locking Sensitivity
This car exhibits extremely sensitive tire locking characteristics that require careful attention during braking and steering inputs. Understanding these behaviors is critical for maintaining control and achieving optimal lap times.
Front Tire Locking
The front tire locks very easily under specific conditions. For example, applying 40% brake pressure with only 10 degrees of steering input is sufficient to lock the inside front tire (or right front tire in this case). This demonstrates just how sensitive this car is to tire locking.
When braking at approximately 50% brake pressure, you must be extremely cautious with steering inputs. If you need to turn the steering wheel, you should rely on engine braking to help the car rotate to the apex point, rather than combining aggressive braking with steering. Any kind of aggressive braking combined with steering will cause tire locking.
Rear Tire Locking and Sequential Lock-Up
Aggressive downshifting can cause the rear tire to lock, which initiates a chain reaction of handling problems:
The locked rear tire causes the car to slide unintentionally
This slide creates excessive rotation
The excessive rotation then causes the front tire to lock
The result is that you lock the rear first, then lock the inside front tire
This sequence is particularly difficult to manage because your instinct might tell you the car is going to spin, but instead you end up going straight with a locked inside front tire. When this happens, the car slides and then straightens out. This is a very common mistake and a very common punishment from this car.
Proper Braking and Steering Technique
To avoid tire locking, follow these guidelines:
Turn the steering wheel as little as possible
Brake as lightly as possible to initiate rotation and get the car pointing toward the apex
As soon as the car starts pointing and loads transfer to the outside tire, begin releasing the brakes immediately to prevent locking
Slip Angle Behavior and Throttle Control
This car exhibits unique slip angle behavior that can be controlled primarily through throttle inputs rather than steering. It's essential to understand and feel this characteristic to maximize performance.
Throttle-Induced Rotation
You should be able to initiate and hold a rotation with minimal or zero steering input. The demonstration shows this clearly: starting a rotation and then maintaining it with the steering wheel straight. With zero steering input, the throttle application controls the car's rotation:
Applying throttle increases rotation
Holding throttle too long will cause the car to spin
Lifting off the throttle reduces rotation and brings the car back
This characteristic gives you significant working space to manage the car's behavior. The key is learning to make these adjustments purely through throttle modulation while maintaining zero steering input.
Purpose of Understanding Throttle Balance
The reason for developing this skill is to feel the effect of the throttle on the balance of the car. During the late corner exit phase, most adjustments to the car's rotation and balance will be made through throttle control. You want to rely on the throttle rotating the car for you, rather than making excessive steering corrections.
Practical track examples will demonstrate how to apply these throttle control techniques during actual corner exits.
Car Behavior: Tire Locking Sensitivity
This car exhibits extremely sensitive tire locking characteristics that require careful attention during braking and steering inputs. Understanding these behaviors is critical for maintaining control and achieving optimal lap times.
Front Tire Locking
The front tire locks very easily under specific conditions. For example, applying 40% brake pressure with only 10 degrees of steering input is sufficient to lock the inside front tire (or right front tire in this case). This demonstrates just how sensitive this car is to tire locking.
When braking at approximately 50% brake pressure, you must be extremely cautious with steering inputs. If you need to turn the steering wheel, you should rely on engine braking to help the car rotate to the apex point, rather than combining aggressive braking with steering. Any kind of aggressive braking combined with steering will cause tire locking.
Rear Tire Locking and Sequential Lock-Up
Aggressive downshifting can cause the rear tire to lock, which initiates a chain reaction of handling problems:
The locked rear tire causes the car to slide unintentionally
This slide creates excessive rotation
The excessive rotation then causes the front tire to lock
The result is that you lock the rear first, then lock the inside front tire
This sequence is particularly difficult to manage because your instinct might tell you the car is going to spin, but instead you end up going straight with a locked inside front tire. When this happens, the car slides and then straightens out. This is a very common mistake and a very common punishment from this car.
Proper Braking and Steering Technique
To avoid tire locking, follow these guidelines:
Turn the steering wheel as little as possible
Brake as lightly as possible to initiate rotation and get the car pointing toward the apex
As soon as the car starts pointing and loads transfer to the outside tire, begin releasing the brakes immediately to prevent locking
Slip Angle Behavior and Throttle Control
This car exhibits unique slip angle behavior that can be controlled primarily through throttle inputs rather than steering. It's essential to understand and feel this characteristic to maximize performance.
Throttle-Induced Rotation
You should be able to initiate and hold a rotation with minimal or zero steering input. The demonstration shows this clearly: starting a rotation and then maintaining it with the steering wheel straight. With zero steering input, the throttle application controls the car's rotation:
Applying throttle increases rotation
Holding throttle too long will cause the car to spin
Lifting off the throttle reduces rotation and brings the car back
This characteristic gives you significant working space to manage the car's behavior. The key is learning to make these adjustments purely through throttle modulation while maintaining zero steering input.
Purpose of Understanding Throttle Balance
The reason for developing this skill is to feel the effect of the throttle on the balance of the car. During the late corner exit phase, most adjustments to the car's rotation and balance will be made through throttle control. You want to rely on the throttle rotating the car for you, rather than making excessive steering corrections.
Practical track examples will demonstrate how to apply these throttle control techniques during actual corner exits.
Car Behavior: Tire Locking Sensitivity
This car exhibits extremely sensitive tire locking characteristics that require careful attention during braking and steering inputs. Understanding these behaviors is critical for maintaining control and achieving optimal lap times.
Front Tire Locking
The front tire locks very easily under specific conditions. For example, applying 40% brake pressure with only 10 degrees of steering input is sufficient to lock the inside front tire (or right front tire in this case). This demonstrates just how sensitive this car is to tire locking.
When braking at approximately 50% brake pressure, you must be extremely cautious with steering inputs. If you need to turn the steering wheel, you should rely on engine braking to help the car rotate to the apex point, rather than combining aggressive braking with steering. Any kind of aggressive braking combined with steering will cause tire locking.
Rear Tire Locking and Sequential Lock-Up
Aggressive downshifting can cause the rear tire to lock, which initiates a chain reaction of handling problems:
The locked rear tire causes the car to slide unintentionally
This slide creates excessive rotation
The excessive rotation then causes the front tire to lock
The result is that you lock the rear first, then lock the inside front tire
This sequence is particularly difficult to manage because your instinct might tell you the car is going to spin, but instead you end up going straight with a locked inside front tire. When this happens, the car slides and then straightens out. This is a very common mistake and a very common punishment from this car.
Proper Braking and Steering Technique
To avoid tire locking, follow these guidelines:
Turn the steering wheel as little as possible
Brake as lightly as possible to initiate rotation and get the car pointing toward the apex
As soon as the car starts pointing and loads transfer to the outside tire, begin releasing the brakes immediately to prevent locking
Slip Angle Behavior and Throttle Control
This car exhibits unique slip angle behavior that can be controlled primarily through throttle inputs rather than steering. It's essential to understand and feel this characteristic to maximize performance.
Throttle-Induced Rotation
You should be able to initiate and hold a rotation with minimal or zero steering input. The demonstration shows this clearly: starting a rotation and then maintaining it with the steering wheel straight. With zero steering input, the throttle application controls the car's rotation:
Applying throttle increases rotation
Holding throttle too long will cause the car to spin
Lifting off the throttle reduces rotation and brings the car back
This characteristic gives you significant working space to manage the car's behavior. The key is learning to make these adjustments purely through throttle modulation while maintaining zero steering input.
Purpose of Understanding Throttle Balance
The reason for developing this skill is to feel the effect of the throttle on the balance of the car. During the late corner exit phase, most adjustments to the car's rotation and balance will be made through throttle control. You want to rely on the throttle rotating the car for you, rather than making excessive steering corrections.
Practical track examples will demonstrate how to apply these throttle control techniques during actual corner exits.
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