Every drop of fuel goes through calculus. “Fuel Calculus” makes the fuel consumption model accurate to every meter of road conditions – uphill fuel consumption coefficient, downhill recovery coefficient, and curve air-fuel ratio correction. You need to complete the entire journey within limited fuel (a fixed total amount for each level), and you are not allowed to refuel midway. The track is a cross-regional rural network road.
How to play: There are two modes: “Economic Coasting” or “Power Sprint” that can be used throughout the entire journey. The former is fuel-efficient but slow, and the latter consumes fuel but is fast. The optimal distribution of the entire process needs to be calculated.
Skill pack details:
Fuel consumption derivative (real-time display of fuel consumption change rate per 100 meters)
Points budget (distance prediction that the remaining fuel level can support, including error range)
Sprint window (use power sprint on specific straight segments to get extra time bonus)
Level introduction:
Level 100~300: Straight road, constant fuel consumption, practice budget allocation.
Level 301~800: The hills are undulating and the fuel consumption fluctuates greatly. The mode needs to be adjusted dynamically.
Level 801~1500: Continuous curves, frequent acceleration and deceleration increase fuel consumption.
Level 1501~2600: In the headwind section, fuel consumption will increase, so sprinting needs to be reduced.
Level 2601~4000: In hot weather, engine efficiency decreases and fuel consumption increases by 8%.
Level 4001~6000: Superposition of multiple variables (undulations + curves + wind + temperature).
Level 6001~8000: Fuel gauge failure – only displays “remaining mileage estimate” without accurate fuel quantity.






