1. Car Attributes

Attributes

Players have 40 points to allocate among these car skills:

1. Reliability: The reliability reduce the chance of a breakdown.

2. Maniability: The maniability increases the car's ability to turn and corner at high speeds.

3. Max speed: The max speed increases the car's top speed and acceleration.

4. Brakes: The brakes increase the car's braking power and reduce the stopping distance.

5. Car balance: The balance increases the car's stability and reduce the chance of spinning out.

6. Aerodynamics: The aerodynamics increase the car's downforce and reduce the chance of losing grip.

7. Drivers Skills: The driver skills increase the driver's skill and reduce the chance of making mistakes.

8. Luck: The luck attributes will boost all your car's attributes by a small percentage. But decrease it too much and the opposite will happen!

Adjust your car attributes within the allowed green range

Attributes Interactions

Each attribute has 3 positive and 3 negative factors that affect the time calculation. The positive factors amplify each other, while the negative ones neglect their effect. The description can be found below:

1. Speed:

   • Positive Factors:

     • Aerodynamics: Good aerodynamics reduce drag and enhance speed.

     • Driver Skills: Skilled drivers can make better use of high speed.

     • Reliability: Reliable cars can sustain high speeds over longer distances.

   • Negative Factors:

     • Brakes: Poor brakes can reduce the effectiveness of high speed, especially in technical sections.

     • Weather: Poor weather conditions can reduce the effectiveness of high speed.

     • Car Balance: Poor car balance can reduce the effectiveness of high speed.

2. Brakes:

   • Positive Factors:

     • Driver Skills: Skilled drivers can make better use of brakes, reducing stopping distance.

     • Car Balance: Good car balance helps in effective braking.

     • Reliability: Reliable brakes perform consistently under different conditions.

   • Negative Factors:

     • Speed: High speed requires better brakes; poor brakes reduce high-speed effectiveness.

     • Weather: Poor weather conditions can reduce braking effectiveness.

     • Aerodynamics: Poor aerodynamics can affect braking stability.

3. Aerodynamics:

   • Positive Factors:

     • Speed: Higher speed benefits from good aerodynamics by reducing drag.

     • Downforce Level: Higher downforce levels enhance aerodynamic effectiveness.

     • Car Balance: Good car balance enhances aerodynamic stability.

   • Negative Factors:

     • Maniability: Poor maniability reduces the benefits of good aerodynamics in technical sections.

     • Weather: Poor weather conditions can reduce aerodynamic effectiveness.

     • Brakes: Poor brakes can affect the aerodynamic performance.

4. Maniability:

   • Positive Factors:

     • Car Balance: Good car balance enhances maniability.

     • Driver Skills: Skilled drivers can make better use of maniability.

     • Aerodynamics: Good aerodynamics can improve handling.

   • Negative Factors:

     • Speed: Excessive speed can reduce the effectiveness of maniability in technical sections.

     • Weather: Poor weather conditions can reduce maniability effectiveness.

     • Reliability: Poor reliability can affect handling performance.

5. Reliability:

   • Positive Factors:

     • Lap Length: Longer tracks require higher reliability to maintain performance.

     • Driver Skills: Skilled drivers can make better use of the car's reliability.

     • Brakes: Reliable brakes perform consistently under different conditions.

   • Negative Factors:

     • Speed: High speed can strain reliability, especially over longer distances.

     • Weather: Poor weather conditions can strain reliability.

     • Maniability: Poor maniability can affect reliability over long distances.

6. Driver Skills:

   • Positive Factors:

     • Speed: Skilled drivers can make better use of high speed.

     • Maniability: Skilled drivers can make better use of maniability.

     • Brakes: Skilled drivers can make better use of brakes.

   • Negative Factors:

     • Weather: Poor weather conditions can challenge even skilled drivers.

     • Random Variability: Even skilled drivers have some degree of variability in performance.

     • Reliability: Poor reliability can affect a driver's performance.

7. Car Balance:

   • Positive Factors:

     • Maniability: Good car balance enhances maniability.

     • Brakes: Good car balance helps in effective braking.

     • Aerodynamics: Good car balance enhances aerodynamic stability.

   • Negative Factors:

     • Speed: Excessive speed can reduce the effectiveness of car balance.

     • Weather: Poor weather conditions can affect car balance.

     • Driver Skills: Poor driver skills can negate the benefits of good car balance.

8. Weather:

   • Positive Factors:

     • Aerodynamics: Good aerodynamics can partially mitigate the impact of poor weather.

     • Driver Skills: Skilled drivers can partially mitigate the impact of poor weather.

     • Car Balance: Good car balance can help manage poor weather conditions.

   • Negative Factors:

     • Speed: Poor weather conditions reduce the effectiveness of high speed.

     • Maniability: Poor weather conditions reduce maniability effectiveness.

     • Brakes: Poor weather conditions reduce braking effectiveness.