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The future of efficient transportation isn’t just about these. Where it really starts is mass reduction. Replacing heavier steel alloys with lighter aluminum, minimizes weight and reduces the power needed to make a vehicle . . .go. Which enables the use of more efficient turbocharged engines, lighter suspensions and brakes: reducing emissions, without sacrificing performance. In fact, every 10 percent reduction in weight achieved, by replacing steel with lighter aluminum alloys, can result in a five to seven percent fuel savings to make vehicles that deliver unprecedented safety and efficiency. And when incorporated into electric vehicles, aluminum helps extend battery range. Studies show, leading engineers trust aluminum to reduce vehicle mass as they strive to meet the challenge of increasing fuel efficiency while decreasing CO2 emissions. Aluminum is a proven method of enhancing efficiency, without compromise. It's the superior material for lower emissions and improved fuel efficiency, which is good for consumers and the environment.