Ford Fiesta. Friday , October 06th , 2017 - 21:39:08 PM
Ford revealed the next generation Ford Fiesta - the world’s most technologically advanced small car - at a special Go Further event in Cologne, Germany. The next generation Fiesta is unveiled with the most sophisticated range of driver assistance technologies and connectivity features ever in a volume small car in Europe, as part of the most comprehensive and versatile line-up of variants in 40 years of Fiesta history.
Even the drive is more adaptable, with Expedition‘s all-new Terrain Management System™ that lets customers choose between drive modes for optimal vehicle handling in different conditions. This includes normal for around-town driving, sport for more spirited trips, tow/haul for improved towing and hauling performance, eco for enhanced fuel economy, grass/gravel/snow for loose terrain, sand for low traction situations, and mud/rut for uneven surfaces.
Ford Performance revealed the next generation Ford Fiesta ST, powered by an all-new three-cylinder, 1.5-litre EcoBoost engine. Shown for the first time ahead of its global public debut at the 2017 Geneva Motor Show, the next generation Ford Fiesta ST will deliver 200 PS, 290 Nm of torque, and anticipated 0-100 km/h (0 62 mph) acceleration in 6.7 seconds. The third generation of Ford Fiesta ST will be the first Ford Performance model ever powered by a three-cylinder engine, and will be the first Fiesta ST to feature selectable Drive Modes - enabling engine, steering and stability controls to be configured to Normal, Sport and Track settings for an optimised fun-to-drive experience in conditions from motorways to track days. Drive Modes will also adjust Ford Fiesta ST‘s Electronic Sound Enhancement (ESE) technology and active exhaust noise control valve to deliver an even more satisfying driving experience. The technologies amplify the naturally sporty sound of the new 1.5-litre EcoBoost engine that also features Ford‘s industry-first cylinder deactivation system for a three-cylinder engine, for further reduced CO2 emissions of an anticipated 114 g/km.
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