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Cylinder head porting refers to the process of modifying the intake and exhaust ports of an internal combustion engine to improve their air flow. Cylinder heads, as manufactured, are usually suboptimal for racing applications due to being designed for maximum durability. Ports can be modified for maximum power, minimum fuel consumption, or a ...
The M180's stroke was increased to produce the 2.5 L engine for the new Mercedes-Benz W108 250S and 250SE. A 6 mm (0.24 in) increase resulted in a bore × stroke of 82 mm × 78.8 mm (3.23 in × 3.10 in) and displacement of 2.5 L; 152.3 cu in (2,496 cc), carburetted on the 250S and fuel-injected on the 250SE, designated the M129.
Difference between two flat 6 cylinder engines: 180° V on the left, boxer on the right. The advantages of flat engines are a short length, low centre of mass and suitability for air cooling (due to the well-exposed, large-surface-area cylinders and cylinder heads, and their short length).
The crossflow cylinder heads are made from a cast iron alloy, and the five-bearing camshaft is constructed from a case-hardened steel alloy. Although the engine is often described as a twinned Volvo B18 four-cylinder, only some components of the valve train are interchangeable between the two engines.
Initially, the "K" type engine developed in the 1930s were offered in I4, I6, I7 and I8 variants, had 2-valve cylinder heads and ran at 600-680rpm. In 1940, turbocharging became an option, boosting power output by about 61%.
A Heron cylinder head, or simply Heron head, is a design for the combustion chambers of the cylinder head on an internal combustion piston engine, named for engine designer S. D. Heron. The head is machined flat, with recesses only for inlet and exhaust valves, spark plugs, injectors and so on.
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