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Tips to Get Better Gas Mileage

Some tires grip better. Some last longer. Some are engineered specifically to deliver better gas mileage through lower rolling resistance. Rolling resistance is the energy your tire consumes deforming against the road with every rotation, and it is one of the few fuel economy variables you directly control. The other is inflation pressure, which costs nothing to get right.

PROPER AIR PRESSURE

Under-inflated tires are one of the biggest causes of excess fuel usage in the world. The American Automobile Agency has stated that operating a vehicle with underinflated tires can result in a 25-percent reduction in fuel economy. Ouch.

TIRE CONSTRUCTION

The lower the rolling resistance, the less effort from your engine, the better the gas mileage. This is why passenger tires offer better gas mileage and longer tread life than SUV/Light Truck tires and winter tires, whose heavier tread patterns are designed with maximum traction in mind.

Frequently asked questions

BFGoodrich answers your most asked questions.

FAQ

They can, if you choose a low rolling resistance model and the tires you are replacing were worn, underinflated, or a high-resistance design. Rolling resistance varies meaningfully between models in the same size. New tread is slightly deeper and can add a small amount of resistance initially, which settles as the tread breaks in.

They use tread compounds and constructions engineered to minimize energy loss as the tire flexes and recovers with each rotation. Silica-based compounds and optimized tread block design reduce the heat generated during deformation, which is where that energy goes. Less energy lost means less fuel burned maintaining the same speed.

Significantly, and it is the cheapest fix available. An underinflated tire deforms more with each rotation, increasing rolling resistance and requiring more engine effort to maintain speed. That penalty applies to every mile you drive. Checking pressure monthly and correcting to your door placard figure recovers that loss entirely at no cost.

There is a trade-off, but modern tire engineering has narrowed it considerably. Compounds that reduce energy loss have historically also reduced wet grip, but current designs balance the two better than earlier generations. Compare specific models on both attributes rather than assuming a fuel-efficient tire is automatically worse in the wet.

Driving style is the biggest one: rapid acceleration and hard braking waste energy on every cycle. Excess weight in the vehicle, roof racks and carriers that create aerodynamic drag, and idling all add up. Combined with correct tire pressure and a low rolling resistance tire, smooth driving delivers the largest total improvement.

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