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The BMW N52 is a naturally aspirated straight-6 petrol engine which was produced from 2004 to 2015. The N52 replaced the BMW M54 and debuted on the E90 3 Series and E63 6 Series . The N52 was the first water-cooled engine to use magnesium/aluminium composite construction in the engine block. [ 1 ]
The BMW N53 is a naturally aspirated straight-6 petrol engine which was produced from 2006 to 2013. The N53 replaced the BMW N52 in certain markets and debuted on the post-facelift E60 5 Series . In European markets, the N53 began to replace its port injected parent, the BMW N52 in 2007.
2007–present Rolls-Royce Phantom Drophead Coupé 2008–2012 Aston Martin DBS V12 [ 10 ] 2008–2012 BMW 7 Series (F01) , except 740d xDrive, 760i/Li and Hybrid 7
bmw z4 e85 (3.0i, 3.0i ) gs6-37bz — tjee. bmw z4m e85/e86; gs6-37bz — tjes. bmw 1 e81/e87/e87 lci (130i) bmw z4 e85/e86 (3.0si) gs6-37bz — tjep. bmw 120i e87;
First marketed in March 2005, the car quickly became BMW Group's best-selling car worldwide, and by the end of the year 229,900 vehicles had been delivered. [76] The BMW E90 series was the best-selling luxury car in Canada and the United States. The 2006 E90 marked the 15th consecutive year that the 3 Series was named on Car and Driver's 10Best.
With the new 3.2 models, Alpinas were now based on the 328i and its 2.8L engine, rather than 325i models. [27] Alpina B3 3.2. In 1995, the B8 was released. The B8 4.6 was based on the 4 litre V8 from the E34 5-series, put into a 328i-based shell. BMW V8s had coated bores which meant new blocks had to be cast by BMW specifically for Alpina V8s.
The ZF S5-31 transmission is referred to as "S5D 310Z" by BMW. The transmissions made from September 1995, were made with a reinforced design and are named "S5D 320Z", and is rated for 320 Nm. The transmissions made from September 1995, were made with a reinforced design and are named "S5D 320Z", and is rated for 320 Nm.
Other problems may be implicated in the case of older vehicles equipped with carburetors. Weak, disconnected, or mis-connected throttle return springs, worn shot-pump barrels, chafed cable housings, and cables which jump their tracks in the throttle-body crank can all cause similar acceleration problems.