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Framingham, Massachusetts is unusual in that it changed from Buick-Oldsmobile-Pontiac Assembly management to Chevy management prior to becoming GMAD. The terminology is confusing because most plants assembled more than just Chevrolet or B-O-P, and refers to the management structure only.
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General Motors implemented both a 5-pin connector and a 12-pin connector, with the 12 pin connector (Packard/Delco/Delphi part number 12020043) being used in the vast majority of GM cars. Lotus implemented a 10-pin connector. The pins are given letter designations in the following layouts (as seen from the front of the vehicle connector):
1909 Oakland Model 40 [9] [14] (acquired as part of the founding of GM) 1913–1928 Chevrolet inline-4 (acquired as part of Chevrolet's merger into GM) 1923 Chevrolet Series M Copper-Cooled; 1937–1965 Opel Olympia OHV; 1960–1963 Pontiac Trophy 4 (derived from the Pontiac 389) 1961–1992 Chevrolet 153 (derived from the Chevrolet inline-six)
The GM "old-look" transit bus was a transit bus that was introduced in 1940 by Yellow Coach beginning with the production of the model TG-3201 bus. Yellow Coach was an early bus builder that was partially owned by General Motors (GM) before being purchased outright in 1943 and folded into the GM Truck Division to form the GM Truck & Coach Division.
It is an all-iron engine (block and heads) with two valves per cylinder. It retained the 4.25 in (107.95 mm) bore diameter of the old 7.0 L (427 cu in) and 7.4 L (454 cu in) big-blocks, but the stroke was increased to 4.37 in (111.00 mm) for a total displacement of 495.95 cu in (8.1 L).
NFTA Metro of Buffalo, New York received the first order of 96" RTS-03 Buses (Serial Numbers 001–065), [10] whereas Detroit's DDOT received the first 102" order (Serial Numbers 001–070). [11] The RTS-03 featured a modular design, which became the hallmark of the RTS; seamless, un-openable side windows; sliding ("plug") front and rear doors ...
Once digitized, additional software could be used to convert the lines into a 3D shape. This was groundbreaking research at the time, and generated a flurry of research papers. [4] Once converted, the diagrams could be output into the APT numerical control language for direct output on milling machines. This would allow a design team to sketch ...