Search results
Results From The WOW.Com Content Network
The BMW S14 is a DOHC four-cylinder petrol engine which was used in the E30 M3, E30 320iS, and E36 318i Super Touring. It is based on the BMW M10 block and what is essentially a shortened BMW S38 cylinder head. [1] The direct successor to the S14 was the S42 based on the M42 engine. The S42 was a racing engine installed in the E36 320i for the ...
BMW is well known for its history of inline-six (straight-six) engines, a layout it continues to use to this day despite most other manufacturers switching to a V6 layout. . The more common inline-four and V8 layouts are also produced by BMW, and at times the company has produced inline-three, V10 and V12 engines, BMW also engineered non-production customised engines especially for motorsports ...
BMW is recalling a small number of SUVs in the U.S. because the driver's air bag inflators can blow apart in a crash, hurling metal shrapnel and possibly injuring or killing people in the vehicles ...
In 2002, BMW M revealed a special V8 prototype engine (full model code S62B40) for the M3 CSL which was previously fitted to the E39 M5 and the E52 Z8. The S62 was BMW's first V8 engine to have double-VANOS (variable valve timing on the intake and exhaust camshafts). However, this prototype S62 engine produces 316 kW (430 PS; 424 hp) at 6,600 ...
The BMW E30 is the second generation of BMW 3 Series, which was produced from 1982 to 1994 and replaced the E21 3 Series.The model range included 2-door saloon (sometimes referred to as a coupé) and convertible body styles, [4] [5] as well as being the first 3 Series to be produced in 4-door saloon and wagon/estate body styles.
Air bag or air strut failure is usually caused by wet rust, due to old age, or moisture within the air system that damages it from the inside. Air ride suspension parts may fail because rubber dries out. Punctures to the air bag may be caused from debris on the road. With custom applications, improper installation may cause the air bags to rub ...
Variable valve lift (VVL) is an automotive piston engine technology which varies the height a valve opens in order to improve performance, fuel economy or emissions. There are two main types of VVL: discrete, which employs fixed valve lift amounts, and continuous, which is able to vary the amount of lift.
The affected vehicles are the Kia Niro from 2023-2025, Niro EV from 2023-2025 and the Niro plug-in hybrid from 2023-2025.