BMW 740i Engine

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The E38 740i was well known as the midlevel model within the flagship 7 Series. Unlike previous models, the E38 7 Series featured an eight-cylinder engine, which would also be made available in the lesser 5 Series. BMW’s selection of eight-cylinder engines was hailed as being exceptionally smooth, potent and efficient. Used engines of this era are a relatively popular buy, although buyers should be careful to avoid examples featuring the Nikasil cylinder lining.

Popular BMW Series 7 Engines

Year	Body type	Engine Type
2019	Sedan	2.0L 4-cyl. Turbo Hybrid AWD 8-speed Automatic	Get Quote
2019	Sedan	3.0L 6-cyl. Turbo AWD 8-speed Automatic	Get Quote
2019	Sedan	3.0L 6-cyl. Turbo 8-speed Automatic	Get Quote
2019	Sedan	4.4L V8 Twin-turbo AWD 8-speed Automatic	Get Quote
2019	Sedan	6.6L V12 Twin-turbo AWD 8-speed Automatic	Get Quote
2019	Sedan	4.4L V8 Twin-turbo 8-speed Automatic	Get Quote
2018	Sedan	3.0L 6-cyl. Turbo 8-speed Automatic	Get Quote
2018	Sedan	3.0L 6-cyl. Turbo AWD 8-speed Automatic	Get Quote
2018	Sedan	4.4L V8 Twin-turbo 8-speed Automatic	Get Quote
2018	Sedan	4.4L V8 Twin-turbo AWD 8-speed Automatic	Get Quote
2018	Sedan	2.0L 4-cyl. Turbo Hybrid AWD 8-speed Automatic	Get Quote
2018	Sedan	6.6L V12 Twin-turbo AWD 8-speed Automatic	Get Quote
2017	Sedan	3.0L 6-cyl. Turbo 8-speed Automatic	Get Quote
2017	Sedan	3.0L 6-cyl. Turbo AWD 8-speed Automatic	Get Quote
2017	Sedan	4.4L V8 Twin-turbo 8-speed Automatic	Get Quote
2017	Sedan	4.4L V8 Twin-turbo AWD 8-speed Automatic	Get Quote
2017	Sedan	2.0L 4-cyl. Turbo Hybrid AWD 8-speed Automatic	Get Quote
2017	Sedan	6.6L V12 Twin-turbo AWD 8-speed Automatic	Get Quote
2016	Sedan	3.0L 6-cyl. Turbo 8-speed Automatic	Get Quote
2016	Sedan	4.4L V8 Twin-turbo 8-speed Automatic	Get Quote
2016	Sedan	4.4L V8 Twin-turbo AWD 8-speed Automatic	Get Quote
2015	Sedan	3.0L 6-cyl. Turbo 8-speed Automatic	Get Quote
2015	Sedan	3.0L 6-cyl. Turbo AWD 8-speed Automatic	Get Quote
2015	Sedan	4.4L V8 Twin-turbo 8-speed Automatic	Get Quote
2015	Sedan	4.4L V8 Twin-turbo AWD 8-speed Automatic	Get Quote
2015	Sedan	6.0L V12 Twin-turbo 8-speed Automatic	Get Quote
2015	Sedan	3.0L 6-cyl. Turbo Diesel AWD 8-speed Automatic	Get Quote
2014	Sedan	3.0L 6-cyl. Turbo 8-speed Automatic	Get Quote
2014	Sedan	3.0L 6-cyl. Turbo AWD 8-speed Automatic	Get Quote
2014	Sedan	4.4L V8 Twin-turbo 8-speed Automatic	Get Quote
2014	Sedan	4.4L V8 Twin-turbo AWD 8-speed Automatic	Get Quote
2014	Sedan	6.0L V12 Twin-turbo 8-speed Automatic	Get Quote
2013	Sedan	3.0L 6-cyl. Turbo 8-speed Automatic	Get Quote
2013	Sedan	3.0L 6-cyl. Turbo AWD 8-speed Automatic	Get Quote
2013	Sedan	4.4L V8 Twin-turbo 8-speed Automatic	Get Quote
2013	Sedan	4.4L V8 Twin-turbo AWD 8-speed Automatic	Get Quote
2013	Sedan	6.0L V12 Twin-turbo 8-speed Automatic	Get Quote
2012	Sedan	3.0L 6-cyl. Twin-turbo 6-speed Automatic	Get Quote
2012	Sedan	4.4L V8 Twin-turbo 6-speed Automatic	Get Quote
2012	Sedan	4.4L V8 Twin-turbo AWD 6-speed Automatic	Get Quote
2012	Sedan	6.0L V12 Twin-turbo 8-speed Automatic	Get Quote
2011	Sedan	3.0L 6-cyl. Twin-turbo 6-speed Automatic	Get Quote
2011	Sedan	4.4L V8 Twin-turbo 6-speed Automatic	Get Quote
2011	Sedan	4.4L V8 Twin-turbo AWD 6-speed Automatic	Get Quote
2011	Sedan	6.0L V12 Twin-turbo 8-speed Automatic	Get Quote
2010	Sedan	4.4L V8 Twin-turbo 6-speed Automatic	Get Quote
2010	Sedan	4.4L V8 Twin-turbo AWD 6-speed Automatic	Get Quote
2010	Sedan	6.0L V12 Twin-turbo 8-speed Automatic	Get Quote
2009	Sedan	4.4L V8 Twin-turbo 6-speed Automatic	Get Quote
2008	Sedan	4.8L V8 6-speed Automatic	Get Quote
2008	Sedan	6.0L V12 6-speed Automatic	Get Quote
2007	Sedan	4.8L V8 6-speed Automatic	Get Quote
2007	Sedan	6.0L V12 6-speed Automatic	Get Quote
2006	Sedan	4.8L V8 6-speed Automatic	Get Quote
2006	Sedan	6.0L V12 6-speed Automatic	Get Quote
2005	Sedan	4.4L V8 6-speed Automatic	Get Quote
2005	Sedan	6.0L V12 6-speed Automatic	Get Quote
2004	Sedan	4.4L V8 6-speed Automatic	Get Quote
2004	Sedan	6.0L V12 6-speed Automatic	Get Quote
2003	Sedan	4.4L V8 6-speed Automatic	Get Quote
2003	Sedan	6.0L V12 6-speed Automatic	Get Quote
2002	Sedan	4.4L V8 6-speed Automatic	Get Quote
2001	Sedan	4.4L V8 5-speed Automatic	Get Quote
2001	Sedan	5.4L V12 5-speed Automatic	Get Quote
2000	Sedan	4.4L V8 5-speed Automatic	Get Quote
2000	Sedan	5.4L V12 5-speed Automatic	Get Quote
1999	Sedan	4.4L V8 5-speed Automatic	Get Quote
1999	Sedan	5.4L V12 5-speed Automatic	Get Quote
1998	Sedan	4.4L V8 5-speed Automatic	Get Quote
1998	Sedan	5.4L V12 5-speed Automatic	Get Quote
1997	Sedan	4.4L V8 5-speed Automatic	Get Quote
1997	Sedan	5.4L V12 5-speed Automatic	Get Quote
1996	Sedan	4.4L V8 5-speed Automatic	Get Quote
1996	Sedan	5.4L V12 5-speed Automatic	Get Quote
1995	Sedan	4.0L V8 5-speed Automatic	Get Quote
1995	Sedan	5.4L V12 5-speed Automatic	Get Quote
1994	Sedan	4.0L V8 5-speed Automatic	Get Quote
1994	Sedan	5.0L V12 4-speed Automatic	Get Quote
1993	Sedan	4.0L V8 5-speed Automatic	Get Quote
1993	Sedan	5.0L V12 4-speed Automatic	Get Quote
1992	Sedan	3.4L 6-cyl. 4-speed Automatic	Get Quote
1992	Sedan	5.0L V12 4-speed Automatic	Get Quote
1991	Sedan	3.4L 6-cyl. 3-speed Automatic	Get Quote
1991	Sedan	3.4L 6-cyl. 4-speed Automatic	Get Quote
1991	Sedan	5.0L V12 4-speed Automatic	Get Quote
1990	Sedan	3.4L 6-cyl. 4-speed Automatic	Get Quote
1990	Sedan	5.0L V12 4-speed Automatic	Get Quote

The primary engine choice offered in the BMW 740i was the 4.0-liter naturally aspirated DOHC eight-cylinder engine, also known internally as the M60B40. This particular powerplant featured a forged crankshaft and four valves per cylinder. When used in the 740i, the M60B40 produced 282 horsepower and 295 pound-feet of torque.

In 1996, BMW replaced the 4.0-liter M60B40 with the 4.4-liter M62B44 eight-cylinder engine. Although the M62B44 featured the same power output as the outgoing M60B40, it featured an additional 15 pound-feet of torque. The addition of BMW’s VANOS variable valve timing system in 1998 resulted in the M62TUB44. As with prior engines, horsepower output remained the same, but torque increased to 325 pound-feet.

An issue of the note that plagued the M60B40 and other engines within the M60 family involved the use of gasoline with high sulfur content and its effects on BMW’s Nikasil bore lining. High amounts of sulfur found in most fuel sold in the United States could cause damage to the aluminum, nickel and silicon alloy lining, resulting in a loss of engine compression and further damage to the engine itself. Later versions of the M60 engine family and the later M62 family used in alternative cylinder lining that could withstand high sulfur fuel. These versions can be identified by checking the engine identification located on the block itself.