1. Speed mph

2. Rpm

3. Max Rpm

4. Gear

5. Gap with personal fastest lap

6. Estimated time to complete the lap

1. Gear

2. Rpm

3. Max Rpm

1. Speed（kmh/mph）

2. Gear

1. Speed

2. Rpm

3. Max Rpm

4. Gap

5. The current number of laps

6. Ranking

7. Left anterior tire temperature

8. Right anterior tire temperature

9. Left rear tire temperature

10. Right hind tire temperature

11. Total laps

12. Total number of cars

1. Speed

2. Rpm

3. Max Rpm

4. Gap

5. The current number of laps

6. Ranking

7. Last lap time

8. Optimal lap time

9. Gap with personal fastest lap

10. Estimated time to complete the lap

11. Gas pedal

12. Brake

13. Clutch

14. Left anterior tire internal temperature

15. Left anterior tire external temperature

16. Right anterior tire internal temperature

17. Rightanterior tire external temperature

18. Left rear tire internal temperature

19. Left rear tire external temperature

20. Right rear tire internal temperature

21. Right rear tire external temperature

1. Speed

2. Rpm

3. Max Rpm

4. Gap

5. The current number of laps

6. Ranking

7. Last lap time

8. Optimal lap time

9. The margin of fuel

10. Gap with personal fastest lap

11. Gas pedal

12. brake

13. Clutch

14. Left anterior tire internal temperature

15. Left anterior tire external temperature

16. Right anterior tire internal temperature 

17. Right anterior tire external temperature

18. Left rear tire internal temperature

19. Left rear tire external temperature

20. Right rear tire internal temperature

21. Right rear tire external temperature

22. Estimated time to complete the lap

1. Speed

2. Rpm

3. Max Rpm

4. Gap

5. The current number of laps

6. Ranking

7. Last lap time

8. Optimal lap time

9. The margin of fuel

10. Gap with personal fastest lap

11. Gas pedal

12. brake

13. Clutch

14. Left anterior tire internal temperature

15. Left anterior tire external temperature

16. Right anterior tire internal temperature

17. Right anterior tire external temperature

18. Left rear tire internal temperature

19. Left rear tire external temperature

20. Right rear tire internal temperature

21. Right rear tire external temperature

22. Estimated time to complete the lap

23. Total laps

24. Total number of cars

1. Speed

2. Rpm

3. Max Rpm

4. Gap

5. The current number of laps

6. Ranking

7. Last lap time

8. Optimal lap time

9. The margin of fuel

10. Gap with personal fastest lap

11. Gas pedal

12. brake

13. Clutch

14. Left anterior tire internal temperature

15. Left anterior tire external temperature

16. Right anterior tire internal temperature

17. Right anterior tire external temperature

18. Left rear tire internal temperature

19. Left rear tire external temperature

20. Right rear tire internal temperature

21. Right rear tire external temperature

22. Estimated time to complete the lap

23. Total laps

24. Total number of cars

1. Speed

2. Rpm

3. Max Rpm

4. Gap

5. The current number of laps

6. Ranking

7. Last lap time

8. Optimal lap time

9. The margin of fuel

10. Gap with personal fastest lap

11. Gas pedal

12. brake

13. Clutch

14. Left anterior tire internal temperature

15. Left anterior tire external temperature

16. Right anterior tire internal temperature

17. Right anterior tire external temperature

18. Left rear tire internal temperature

19. Left rear tire external temperature

20. Right rear tire internal temperature

21. Right rear tire external temperature

22. Estimated time to complete the lap

23. Total laps

24. Total number of cars

    The RS consists of a kinetic motor (MGU-K) connected to the drivetrain and recovers kinetic energy; A thermal motor (MGU-H) connected to the turbine shaft solves the turbo lag problem and recovers energy from excess turbine speed; and an energy storage battery (ES), which can store up to 4MJ of electricity.

    The deployment of ERS has some limitations, the energy transferred from the battery to the kinetic energy motor (MGU-K) per revolution must not exceed 4MJ. The energy recovered from the kinetic motor (MGU-K) and thermal motor (MGU-H) to the energy storage battery (ES) does not exceed 4MJ per revolution.

    Based on the principle of the ERS system, the specific meaning of the UI display is as follows:

    ERS Current Storage Energy Percentage: ERS currently stores energy/ERS maximum stored energy.

    Percentage of remaining dischargeable capacity of the current circle: The energy remaining in the current circle that can be      transferred from the battery to the kinetic energy motor / the maximum stored energy of the ERS

    Percentage of Charge Recovered by the Ring: The energy recovered by the MGU-H and MGU-K in the Ring/the maximum energy that the ERS can store.

1. Number of laps run+1

2. The ranking of the vehicle in the current race

3. The gear of the current vehicle

4. Vehicle travel speed

5. The number of laps that can be run with the current oil volume

6. The number of laps that can be continued after running all the laps of the current race

7. The time elapsed after entering the current lap

8. ERS currently stores energy / ERS maximum energy can store, percentage progress barERS

9. The temperature inside the tire

10. The remaining energy of the front lap can be transferred from the battery to the kinetic energy motor (MGU-K) / ERS maximum energy storage, percentage

11. The energy recovered by the current lap through MGU-H and MGU-K / the maximum energy that ERS can store, percentage

1. Whether to trigger the adjustable rear wing (blue on, white off)

2. The percentage of fuel currently remaining

3. Vehicle travel speed

4. ERS currently stores energy/ERS maximum energy can store, percentage

5. ERS deployment mode (blue on, white off)

6. The temperature on the outside of the tire

7. The temperature inside the tire

8. The current temperature of the brake disc

9. The gear of the current vehicle

1. ERS currently stores energy / ERS maximum energy can store, percentage progress bar

2. The time it takes to complete the last lap

3. Estimate the time it will take to complete the current lap

4. My best lap in the current race

5. The percentage of fuel currently remaining

6. ERS currently stores energy/ERS maximum energy can store, percentage

7. The ranking of the vehicle in the current race

8. The number of vehicles participating in the race

9. The aps run +1

10. The number of laps required to complete the race

11. The temperature on the outside of the tire

12. The temperature inside the tire

13. The gear of the current vehicle

14. Whether to trigger the adjustable rear wing (blue on, white off)

15. Vehicle travel speed

16. The speed of the engine

17. (blue on, white off)

1. ERS currently stores energy / ERS maximum energy can store, percentage progress bar

2. Vehicle travel speed

3. The time it takes to complete the last lap

4. Estimate the difference between the current lap time and the previous lap time

5. The speed of the engine

6. Whether to trigger the adjustable rear wing (blue on, white off)

7. ERS deployment mode (blue on, white off)

8. The gear of the current vehicle

9. The laps run +1

10. The number of laps required to complete the race

11. The ranking of the vehicle in the current race

12. The number of vehicles participating in the race

13. The percentage of fuel currently remaining

14. Estimate the time it will take to complete the current lap

15. My best lap in the current race

1. The percentage of fuel currently remaining

2. The gear of the current vehicle

3. ERS currently stores energy/ERS maximum energy can store, percentage

4. Vehicle travel speed

5. Tire wear percentage

6. ERS deployment mode (yellow on, white off)

7. Whether to trigger the adjustable rear wing (yellow on, white off)

1. Engine speed/maximum speed that can be reached, percentage progress bar (left to right)

2. The gear of the current vehicle

3. Engine speed/maximum speed that can be reached, percentage progress bar (right to left)

4. Estimate the time it will take to complete the current lap

5. The time it takes to complete the last lap

6. The percentage of fuel currently remaining

7. ERS currently stores energy/ERS maximum energy can store, percentage

8. The speed of the engine

9. Vehicle travel speed

1. Estimate the time it will take to complete the current lap

2. The gear of the current vehicle

3. The time it takes to complete the last lap

4. ERS deployment mode (yellow on, white off)

5. Whether to trigger the adjustable rear wing (yellow on, white off)

6. My best lap in the current race

1. Estimate the time it will take to complete the current lap

2. The gear of the current vehicle

3. Estimate the difference between the current lap time and the previous lap time

4. The time it takes to complete the last lap

5. My best lap in the current race

6. Vehicle travel speed

1. Vehicle travel speed

2. The gear of the current vehicle

3. Tire wear percentage

4. The number of laps currently run +1

5. The number of laps required to complete the race

6. The ranking of the vehicle in the current race

7. The number of vehicles participating in the race

8. The time it takes to complete the last lap

9. Estimate the time it will take to complete the current lap

10. My best lap in the current race

1. Percentage of wear of the left front wing

2. Percentage of wear of the right front wing

3. Left front wheel wear percentage

4. Percentage of wear on the right front wheel

5. Percentage of engine wear

6. Gearbox wear percentage

7. Left rear wheel wear percentage

8. Percentage of wear on the right rear wheel

9. Rear wing wear percentage

1. Temperature on the outside of the left front wheel

2. Inner temperature of the left front wheel

3. Left front brake temperature

4. The temperature of the right front wheel is measured externally

5. Right front wheel inner temperature

6. Right front wheel brake temperature

7. Temperature on the outside of the left rear wheel

8. Inner temperature of the left rear wheel

9. Left rear brake temperature

10. Temperature on the outside of the right rear wheel

11. Right rear wheel inner temperature

12. Right rear wheel brake temperature

1. ERS currently stores energy / ERS maximum energy can store, percentage progress bar

2. Vehicle travel speed

3. Estimate the difference between the current lap time and the previous lap time

4. The gear of the current vehicle

5. Tire outside temperature

6. Tire inner temperature

7. Tire pressure

8. My best lap in the current race

9. The time it takes to complete the last lap

10. Whether the TC is triggered

11. The value of the brake anti-lock braking system

12. Estimate the time it will take to complete the current lap

13. The temperature of the track/road surface

14. The temperature of the current ambient/air

15. The ranking of the vehicle in the current race

16. The number of laps currently run +1

1. The number of laps that can be run with the current oil volume

2. Estimate the difference between the current lap time and the previous lap time

3. My best lap in the current race

4. The percentage of fuel currently remaining

5. Vehicle travel speed

6. The gear of the current vehicle

7. The time it takes to complete the last lap

8. The number of laps currently run +1

9. The ranking of the vehicle in the current race

10. The number of laps that can be run with the current oil volume

11. The temperature of the engine fuel

12. Whether the TC is triggered

13. The value of the brake anti-lock braking system

14. Turbo size

15. Mapping, each level corresponds to a different speed, fuel consumption and throttle

16. The ratio of braking efficiency between the front and rear wheels

17. Rate of fuel consumption (0 = lean oil, 1 = standard, 2 = surplus, 3 = maximum)

1. The speed of the engine / the maximum speed that can be reached, the percentage is shown

2. The gear of the current vehicle

1. Vehicle travel speed

2. The gear of the current vehicle