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Currently the longest ever produced GSX-R 750 series without any major changes. New model, clean and sleek body style, new headlight, addition of Italian made Brembo brake calipers (front) and Nissin (back). [12] The 2011 model is about 9 kilograms (20 lb) lighter than the previous year's model.
Outside the US market the GSX 750S Katana was completely restyled in 1984 sharing the same engine and 16" front wheel chassis of the ES. 1984 also saw the release of completely new GSX-R 750 signaled a new direction of race-replica sport bikes. The GSX range being relegated from the role of flag-ship models in the Suzuki range.
The Suzuki GSX-S750 is a standard motorcycle made by Suzuki since 2015. [1] The 749 cc (45.7 cu in), 16-valve, inline-four, sports-bike-derived engine was modified and re-tuned for more usable torque at lower RPM for commuting and cruising at slower speeds.
The Suzuki GSR750 is a 749 cc 16-valve in-line four motorcycle that was introduced in 2011 as a middleweight street-bike built with a 2005 GSX-R750 derived engine, which has been re-tuned for a more usable midrange at the expense of high end power.
The first of the GS Series was the four-cylinder GS750 released alongside the GS400 parallel twin in November 1976. [2] (1977 Model Year).The GS750 engine was essentially patterned off the Kawasaki Z1-900, and became the design basis for all air-cooled Suzuki four-stroke fours until the release of the air-oil cooled GSX-R.
The first GSX-R of 1984 was a breakthrough model and the closest that any Japanese manufacturer had yet come to building a "race bike with lights". Throughout the 1970s the big four Japanese manufacturers had built bikes with a similar architecture: steel double loop frames, air-cooled transverse fours with either SOHC or DOHC configurations.
When the GSX-R entered development, Suzuki set a goal of 100 horsepower (75 kW) for a 750 engine and, due to known heat-related problems in high-power air-cooled engines, determined that air cooling alone would not be sufficient. Therefore, the SACS system was applied to the bike's design and was eventually carried over to all larger GSX-Rs.
The GSX-R used oil to cool parts of the engine otherwise unreachable by air, like the top of the combustion chamber. To provide enough oil for both cooling and lubrication, the team designed a double chamber pump, using the high-pressure side to lubricate the bearings while the low-pressure, high-volume side provided oil to the cooling circuit.