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In car design, ground effect is a series of effects which have been exploited in automotive aerodynamics to create downforce, particularly in racing cars. This has been the successor to the earlier dominant aerodynamic focus on streamlining .
As USA Today noted, in general, hybrid cars and midsize and large sedan models from 2000 to 2022 (and a few early 2023 models), are the most reliable vehicles based on Consumer Report’s survey.
Driving.co.uk ranked it #14 on their list of the 23 ugliest cars ever made, [136] Auto Express ranked it #5 on their list of the ten ugliest cars ever made, [137] and Drive.com.au included in their article on the worst cars of the 20th century, calling it "one of the silliest-looking cars of the century".
Cars are the leading cause of fatal collisions in many countries, and are the leading cause of death of youth and children. In 2010, car crashes in the United States resulted in 32,999 deaths and a projected $871 billion cost to society, around 6% of the United States 2010 GDP. [ 7 ]
General Motors shines, but Lexus is on top. Home & Garden. Lighter Side
In 2006, Consumer Reports reported that all 10 of the cars that it considered to be the 10 best were built by Japanese companies. [12] While Michigan lost 83,000 Big Three auto manufacturing jobs between 1993 and 2008, more than 91,000 new auto manufacturing jobs were created in Alabama, Mississippi, Tennessee, Kentucky, Georgia, North Carolina ...
Ground effect may refer to: Ground effect (aerodynamics), the increased lift and decreased aerodynamic drag of a wing close to a fixed surface; Ground effect (cars), an effect that creates downforce, primarily in racing cars; Ground-effect vehicle, a vehicle which attains level flight near the surface of the Earth due to ground effect
Ekranoplan A-90 Orlyonok. A ground-effect vehicle (GEV), also called a wing-in-ground-effect (WIGE or WIG), ground-effect craft/machine (GEM), wingship, flarecraft, surface effect vehicle or ekranoplan (Russian: экранопла́н – "screenglider"), is a vehicle that is able to move over the surface by gaining support from the reactions of the air against the surface of the earth or water.