> For the complete documentation index, see [llms.txt](https://fury-racing.gitbook.io/fury-racing/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://fury-racing.gitbook.io/fury-racing/getting-started/1.-car-attributes.md).

# 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!

<figure><img src="https://1777042825-files.gitbook.io/~/files/v0/b/gitbook-x-prod.appspot.com/o/spaces%2F-MafZcOUuGS0iC78xALI%2Fuploads%2FjtFOX26roXNSVLwcwWBa%2Fbrave_FPxUGTCQ0b.png?alt=media&amp;token=89623313-14e4-4d97-b9e3-078ea23db405" alt=""><figcaption><p>Adjust your car attributes within the allowed green range</p></figcaption></figure>

## 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.

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