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BMW N47 is a four-cylinder common rail diesel engine that has many improvements over its predecessor, the M47. In 2014 it was replaced with the B47 . The USA market never received B47 engine.
The B47 engine is part of the modular family of engines, along with the B38, B48, B57 and B58. [1] The B47 complies with the Euro 6 emissions standard, and features a dual overhead camshaft with 4 valves per cylinder and a single turbocharger; while 165 kW (221 hp) and 170 kW (228 hp) engines feature twin-turbochargers.
Diesel engines changed from 4-cylinder N47 to 3-cylinder BMW B37 (116d model) [40] and 4-cylinder BMW B47 (118d, 120d and 125d models). 116i and 118i models changed from 4-cylinder N13 engine to 3-cylinder B38. 120i model introduced, powered by the 4-cylinder N13 engine. M135i power increase of 5 kW ([convert: unit mismatch]) [41]
BMW 1 Series sedan (F52) The 1 Series (F52) is a four-door sedan that began production in 2017 in China. The F52 has been built specifically for the Chinese market by BMW Brilliance, a joint venture between BMW and Brilliance Auto. [5] Unlike other BMW 1 Series cars of the time, it uses the front-wheel drive UKL platform. [6]
The BMW N26 is a turbocharged straight-4 petrol engine which was produced for SULEV vehicles from 2012-2016. It was sold in states of the USA with SULEV legislation. It was sold in states of the USA with SULEV legislation.
Broadspeed Engineering Ltd was a British automobile tuning and engineering company that operated from Sparkbrook, Birmingham, England, principally during the 1960s and 1970s. It was started and run by Ralph Broad, and first became well known for its success in campaigning MkI BMC Minis during the early 1960s.
The BMW R1200S is a luxury sports motorcycle produced by BMW Motorrad from 2006 to 2007.. Compared to the BMW R1100S which it succeeded, the R1200S was 13 kg (29 lb) lighter, and (with a compression ratio raised from 11.3:1 to 12.5:1) [5] [6] [7] it was 25% more powerful with a "hexhead" motor rated at 122 horsepower (91 kW). [1]
It is typically assumed here that mechanical transmission allows the powerplant to operate at peak output power. This assumption allows engine tuning to trade power band width and engine mass for transmission complexity and mass. Electric motors do not suffer from this tradeoff, instead trading their high torque for traction at low speed.