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Automatic transmission fluid (ATF) is a hydraulic fluid that is essential for the proper functioning of vehicles equipped with automatic transmissions. Usually, it is coloured red or green to differentiate it from motor oil and other fluids in the vehicle.
The fluid specification for DEXRON-VI (J) was first used as the GM factory-fill automatic transmission fluid for the model year 2006. Roy Fewkes, GM Powertrain Staff Project Engineer and Chairman of the GM ATF/Driveline Lubricants Approval Committee patented the new DEXRON-VI (J) fluid composition under US Patent US8642519B2 [ 20 ] [ 21 ]
Honda Civic coupe EX; 1998 S40 (E5F and P4A may be casting codes) — 5-speed Honda Civic LX; 2003 YZC6 — 6-speed Acura CL Type-S; 2004-2007 ATC6 — 6-speed Honda Accord 3.0L; 2007-2008 SMJM — 5-speed Honda Fit; 2009-2014 SP4M — 5-speed Honda Fit; 2015-2017 S7A7 — 6-speed Honda Fit; Accord Sport
The Honda Fit (Japanese: ホンダ・フィット, Hepburn: Honda Fitto) or Honda Jazz is a small car manufactured and marketed by Honda since 2001 over four generations. It has a five-door hatchback body style and is considered a supermini in the United Kingdom, a subcompact car in the United States, and a light car in Australia. [3]
The first generation Honda Fit is a subcompact car or supermini manufactured by Honda from 2001 to 2008. It debuted in June 2001 in Japan and subsequently was introduced in Europe (early 2002), Australia (late 2002), South America (early 2003), South Africa and Southeast Asia (2003), China (September 2004), and Mexico (late 2005).
Honda said the Fit EV concept had an all-electric range of 70 to 100 miles (110 to 160 km) and a top speed of 90 miles per hour (140 km/h). [57] [58] [78] Honda also said that recharging the Fit EV would take 12 hours from a 120-volt outlet and four hours with a 240-volt supply. [79] [58] [68] [71] Electrical engine of Honda Fit EV
The goal is to change the power delivery characteristics of the engine. A regular-firing multi-cylinder engine fires at approximately even intervals, giving a smooth-running engine. Because a big-bang engine has uneven power delivery, it tends to run rougher and generates more vibration than an even-firing engine.
Then, when considering series of components, failure of any component leads to the failure of the whole system, so (assuming that failure probabilities are small, which is usually the case) probability of the failure of the whole system within a given interval can be approximated as a sum of failure probabilities of the components.