Ford's Lightweight Concept Car Uses Advanced Weight-Saving Materials
Rahul Kalvapalle — June 9, 2014 — Autos
References: media.ford & gizmag
Ford's new Lightweight Concept car is based on a Ford Fusion sedan but weighs far, far less thanks to the use of super-lightweight construction materials. Ford applied weight-saving techniques and construction methods borrowed from its famously lightweight F-150 truck.
The Lightweight Concept vehicle makes liberal use of aluminum along with carbon fiber and magnesium, which are thoughtfully scattered throughout the vehicle's construction. Indeed advanced materials are found throughout the vehicle, right from the powertrain, chassis, body and battery through to interior elements such as the seats.
The vehicle is equipped with Ford's 1.0-liter EcoBoost engine, and moves on lightweight wheels sheathed in skinny tires. As a result of these weight-saving techniques, the car weighs under 25% less than a regular Ford Fusion.
The Lightweight Concept vehicle makes liberal use of aluminum along with carbon fiber and magnesium, which are thoughtfully scattered throughout the vehicle's construction. Indeed advanced materials are found throughout the vehicle, right from the powertrain, chassis, body and battery through to interior elements such as the seats.
The vehicle is equipped with Ford's 1.0-liter EcoBoost engine, and moves on lightweight wheels sheathed in skinny tires. As a result of these weight-saving techniques, the car weighs under 25% less than a regular Ford Fusion.
Trend Themes
1. Lightweight Vehicles - Materials that reduce the weight of a vehicle are increasingly popular in the automotive industry, offering environmental and economic advantages.
2. Advanced Materials - The use of advanced materials in the construction of vehicles can help reduce weight and improve efficiency, offering new design and engineering opportunities.
3. Eco-friendly Engines - Eco-friendly engines in lightweight vehicles are becoming popular, offering both environmental benefits and lower operating costs.
Industry Implications
1. Automotive - The automotive industry can benefit from the use of lightweight materials and advanced engineering techniques to create more fuel-efficient vehicles.
2. Manufacturing - The manufacturing industry can capitalize on the use of advanced materials to create innovative products with improved performance and efficiency.
3. Sustainable Energy - The use of lightweight vehicles with eco-friendly engines can contribute to the growth of sustainable energy and reduce reliance on fossil fuels.
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