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An automobile roof or car top is the portion of an automobile that sits above the passenger compartment, protecting the vehicle occupants from sun, wind, rain, and other external elements. Because the earliest automobiles were designed in an era of horse-drawn carriages , early automobile roofs used similar materials and designs.
The Hillman Minx was another low-cost small car which was clearly not designed to be chauffeured, and in 1931 it was offered in a variety of body styles as was usual at that time, among the options was a sliding roof section [5] including, on the 1933 Aero model [6] with glass panels, as photographed on the 1932 show car, [7] making this the ...
The Chevrolet HHR (an initialism for Heritage High Roof) [1] is a retro-styled, high-roofed, five-door, five-passenger, front-wheel drive wagon [2] [3] designed by Bryan Nesbitt and launched by the American automaker Chevrolet [4] at the 2005 Los Angeles Auto Show [citation needed] as a 2006 model.
The company was founded by Heinz Prechter in Los Angeles, California as the American Sunroof Company in 1965. In 2004, the aftermarket sunroof business was sold to Inalfa, and the company changed its name from American Sunroof Company to American Specialty Cars, with a "new emphasis on handling design, engineering and manufacturing of low-volume niche vehicles".
A sunroof was available as an option. In its first year of sales, the Sentra became the best-selling import in the U.S. and the fourth best-selling passenger car overall (together with the earlier 210), with 191,312 units sold of both cars. [8] The Sentra ended the 1983 year as the eighth-most sold passenger car, with 209,889 units. [9]
Rated just 11th out of 15 overall in luxury compact cars, the car received a 2 out of 5 rating in predicted reliability and a 3 out of 5 in predicted owner satisfaction.
T-top on a Corvette Stingray C3 Corvette with body-colored T‑top roof panels. A T-top (UK: T-bar) is an automobile roof with a removable panel on each side of a rigid bar running from the center of one structural bar between pillars to the center of the next structural bar.
The fourth phase increases braking to 5 m/s 2 (16.4 ft/s 2) followed by automatic full braking power, roughly half a second before projected impact. "Pre sense rear", is designed to reduce the consequences of rear-end collisions. The sunroof and windows are closed and seat belts are prepared for impact.