There are a number of Ford models set to arrive this year that have either been significantly updated or completely redesigned, however, the release date of the majority of those models is scheduled for the third and fourth quarters of the year, so it will still be some time before the highly-anticipated new models are made available. Nevertheless, the automaker has already begun to release many of their 2015 vehicles.
Matt Ford is expecting their first delivery of the 2015 Ford Fiesta in Kansas City MO, and to prepare consumers interested in test driving or purchasing the efficient subcompact car, the dealership has added a new Fiesta-specific web page to their growing arsenal of Ford model information. The overview looks specifically at the space, performance and efficiency of the seventh generation Fiesta, and significantly helps to shorten the research process typically completed prior to the purchase of a new vehicle.
The 2015 Ford Fiesta is available in four different trims, the S, SE, Titanium and ST. Three of the models come with the option of either a sedan or hatchback configuration, but consumers who opt for the ST trim are limited to the hatchback variation, which helps to provide the performance-tuned model with the aerodynamics necessary to allow the Fiesta ST to strike a balance between power and efficiency.
Regardless of trim, all of the available 2015 Fiesta models come equipped with the mild changes that have been implemented for the model year. Although the enhancements are virtually unrecognizable on their own, they combine beautifully and help to set the newest variation of the subcompact car apart from the previous 2014 Ford Fiesta in Kansas City MO. Consumers are also sure to appreciate that the 1.0-liter three-cylinder and the 1.6-liter four-cylinder are returning for 2015 and both have been tweaked for added performance.
Kansas City area residents looking to learn more about the 2015 Ford Fiesta are encourage to visit the Matt Ford website where the complete overview, as well as the library of model information, can be accessed.
