With ETS on, it actually wastes fuel, drive with it off unless you need it... like in the rain or snow
No, The ETS system only takes over when it detects wheel spin. It may even improve fuel efficiency because it prevents wheel spine, because lost traction is lost power and lost fuel. The ETS slows down your wheels when they spin out of control so you can regain traction. You can leave the ETS on all the time it will have no effect on your fuel efficiency. ItsJustMe.
Bypassing the a/c compressor will not effect fuel mileage. As long as you have the a/c turned of it has no effect anyway the only time it has effect is when the a/c is running.
The larger the engine and the more cylinders it has the more fuel is "injected" into the cylinders ising more fuel
Air filters do not determine fuel efficiency in vehicles. They help to insure that debris is not taken in to the engine, but do not effect fuel intake.
It can effect engine performance and fuel burning efficiency.
The answer will depend on the fuel efficiency of the motorcycle.The answer will depend on the fuel efficiency of the motorcycle.The answer will depend on the fuel efficiency of the motorcycle.The answer will depend on the fuel efficiency of the motorcycle.
Depends on the fuel efficiency of your vehicle.Depends on the fuel efficiency of your vehicle.
High octane fuel can improve engine efficiency in high-performance or high-compression engines designed to take advantage of its properties. It reduces the likelihood of knocking, allowing the engine to run at higher compression ratios, which can lead to better performance and fuel efficiency. However, in engines designed for regular fuel, using high octane fuel may not provide any significant benefits and can be an unnecessary expense. Ultimately, the effect on efficiency depends on the engine's design and specifications.
It is possible that a fuel cooler will increase fuel efficiency. The hotter a fuel burns, the faster it will burn away.
The 2013 Ford Mustang has a fuel efficiency of 19 miles per gallon when driving in the city, a fuel efficiency of 31 miles per gallon when driving on the highway, and an overall fuel efficiency of 23.
The efficiency of the fuel is determined by the appliance that is burning it, not the fuel itself.
Aerodynamics plays a significant role in fuel efficiency by reducing air resistance or drag that the vehicle encounters while in motion. Vehicles with better aerodynamic design experience less resistance, allowing them to use less energy to maintain speed, resulting in improved fuel efficiency. Reducing drag through aerodynamics helps minimize the amount of work the engine needs to do, ultimately leading to lower fuel consumption.