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The Yamaha XV750 or Virago 750 was a Yamaha V-twin cruiser motorcycle. Made from 1981 to 1983 and 1988 to 1998, it was part of Yamaha's Virago line of cruisers. It was Yamaha's first foray into the V-twin cruiser market and shares a frame and many components with the larger XV1100 Virago. This model suffered from starter problems.
The Yamaha Virago XV1100 is a motorcycle manufactured by Yamaha Motor Corporation between 1986 and 1999. It was one of several in the Virago line and was positioned as a large-size cruiser with an engine displacement of 1,063 cc (64.9 cu in).
The Yamaha XV700 or Virago 700 was a Yamaha V-twin cruiser motorcycle. Made from 1984 to 1987, it was part of Yamaha's Virago line of cruisers. It was informally known as Yamaha's "tariff buster" of the US's 1983 tariff on imported motorcycles with over 700 cc of displacement. When the tariff ended in 1988, Yamaha switched back to the XV750.
That year, Harley-Davidson, fearful of the inroads in the US market made by the Virago and other new Japanese cruiser-style motorcycles, pushed for a tariff on imported bikes over 700 cc. [1] [2] Yamaha replaced the 750 cc engine with a 699 cc version to avoid the tariff, while the 920 cc engine grew to 981 cc (XV1000), and later 1063 cc (XV1100).
In the 2008 model overview, the Virago 250 has been replaced with the V Star 250, but the specs remain very similar to the Virago 250.. NOTE: Australia still offers the Virago 250 (XV250) as well as the V Star 250 (XVS250),
The XV 125 Virago is, apart from the 125cc-smaller displacement, identical to the larger sister model Yamaha XV250 Virago. The Virago 125 is equipped with an air-cooled two-cylinder four-stroke engine , which initially developed a power of 7.3 kW / 10 hp (1997) and later developed a power of 8.3 kW / 11.4 hp (1998–2002).
During the 1830s, the most popular valve drive for steam locomotives was known as gab motion in the United Kingdom and V-hook motion in the United States. [3] The gab motion incorporated two sets of eccentrics and rods for each cylinder; one eccentric was set to give forward and the other backwards motion to the engine and one or the other could accordingly engage with a pin driving the ...
When the user clicks the "Upload to Wiring hardware" button in the IDE, a copy of the code is written to a temporary file including a standard header file at the file beginning, and a simple main function appended. The Wiring IDE uses the GNU toolchain and AVR Libc to compile programs, and uses avrdude to upload programs to the board.