Automation Game Fuel Efficiency at Joseph Altamirano blog

Automation Game Fuel Efficiency. Higher air fuel ratio, higher compression, higher timing, turbo if possible, direct injection if possible, latest year if possible. Adds loads of reliability and has a noticeable effect in increasing engine efficiency, also lowers octane rating. As others have said, the first step is to make an efficient engine, with a flatish torque curve, and its peak efficiency at cruising rpm. No mods, just cheesed the game. The higher the percentage, the more use you're getting out of the combustion chamber. Fuel economy in automation is, of course, more than just engine efficiency, which is what you seem to be aiming for. Makes the engine quieter, sometimes. The car it's in gets 524 us mpg. The efficiency percent is thermal efficiency of the engine, which in effect means what percentage of the fuel is turned into actual. I have a 1.0l i4 with 46.5% fuel efficiency making 50 hp.

I have a 1.0l i4 with 46.5% fuel efficiency making 50 hp. The efficiency percent is thermal efficiency of the engine, which in effect means what percentage of the fuel is turned into actual. The higher the percentage, the more use you're getting out of the combustion chamber. Higher air fuel ratio, higher compression, higher timing, turbo if possible, direct injection if possible, latest year if possible. Adds loads of reliability and has a noticeable effect in increasing engine efficiency, also lowers octane rating. No mods, just cheesed the game. Fuel economy in automation is, of course, more than just engine efficiency, which is what you seem to be aiming for. As others have said, the first step is to make an efficient engine, with a flatish torque curve, and its peak efficiency at cruising rpm. Makes the engine quieter, sometimes. The car it's in gets 524 us mpg.

DataDriven Success AIBacked Automation Fuel Marketing Efforts!

Automation Game Fuel Efficiency As others have said, the first step is to make an efficient engine, with a flatish torque curve, and its peak efficiency at cruising rpm. The higher the percentage, the more use you're getting out of the combustion chamber. I have a 1.0l i4 with 46.5% fuel efficiency making 50 hp. Fuel economy in automation is, of course, more than just engine efficiency, which is what you seem to be aiming for. As others have said, the first step is to make an efficient engine, with a flatish torque curve, and its peak efficiency at cruising rpm. The car it's in gets 524 us mpg. Makes the engine quieter, sometimes. No mods, just cheesed the game. Adds loads of reliability and has a noticeable effect in increasing engine efficiency, also lowers octane rating. The efficiency percent is thermal efficiency of the engine, which in effect means what percentage of the fuel is turned into actual. Higher air fuel ratio, higher compression, higher timing, turbo if possible, direct injection if possible, latest year if possible.