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The XR1200 was discontinued on the United States Market after 2012. For 2012, the XR1200X model had upgraded suspension front and rear. The bike has a measured HP of 79.26 hp (59.10 kW) (rear wheel) and 67.53 lb⋅ft (91.56 N⋅m) (rear wheel) and a top speed of 120.7 mph (194.2 km/h)and a wet weight of 580 lb (260 kg). [12]
The Kawasaki ZRX1200R is a standard/naked motorcycle and was manufactured in Japan from 2001 until 2007. It was sold in the US until 2005 [6] and in Europe until 2007. It was updated in 2008 with a six-speed transmission and fuel injection.
The XR 150 produces maximum torque of 12.5Nm at 6000 rpm; the top speed in real world conditions is between 60 and 68 mph (97 and 109 km/h) with a fuel consumption of about 60 mpg ‑US (3.9 L/100 km; 72 mpg ‑imp). It has a 5-speed gearbox. It has 19 in (480 mm) front wheel and 17 in (430 mm) rear wheel.
The XR1200 has less in common with the XR-750 than the XR-1000 did, but has so far found a warmer reception. [13] [14] Former Harley-Davidson racing team rider, Mert Lawwill, constructs and markets modified Harley-Davidson XR1200 bikes that are street-legal versions of the Harley-Davidson XR-750 that he raced in the Grand National Championship.
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5th gear 1550-2040 g City Shimano Nexus Inter-7: 1995 7 244% 1465-1860 g City Shimano Nexus Inter-5E 2019 5 263% 60 Nm 1st gear 1650 g e-bike Shimano Nexus 4 Speed 4 184% 1st gear City Shimano Nexus Inter-3: 3 187% 2nd gear 1220 g City SRAM Spectro E12 (Elan) 1995 1999 12 339% 3500-4000 g City SRAM i-Motion 9: 2005 2012 9 340% 2000g (w/o brake)-
There is therefore one specific gear ratio at which the car can achieve its maximum speed: the one that matches that engine speed with that travel speed. [1] At travel speeds below this maximum, there is a range of gear ratios that can match engine power to air resistance, and the most fuel efficient is the one that results in the lowest engine ...
E.g. in a truck with a Caterpillar C15 engine, it is achieved by going all the way up to 1950RPM, then shifting to a gear that will put the engine at 1500RPM. In contrast, using progressive shifting, i.e. maintaining maximum torque , the overall acceleration is slower but there is increased fuel efficiency and lower wear of the engine due to ...