2014 Suzuki V-strom 1000 Abs Dl1000 on 2040-motos

Suzuki Other description

2014 SUZUKI V-Strom 1000 ABS DL1000, V-Strom 1000 ABS FeaturesKey Features Suzuki’s Traction Control System* continuously monitors the front and rear wheel speeds, the throttle position sensor, the crank position sensor, and the gear position sensor. It quickly reduces engine output when it detects wheel spin. It controls the engine output by managing the ignition timing and air delivery about every 4 milliseconds. The rider can select three modes (1, 2, and off). Modes 1 and 2 differ in terms of sensitivity. Mode 1 has lower sensitivity; it allows a certain degree of rear wheel spin. Mode 2 has higher sensitivity; the system effects traction control sooner. *Note: The traction control system is not a substitute for the rider’s throttle control. It cannot prevent loss of traction due to excessive speed when the rider enters a turn and/or applies the brakes. Neither can it prevent the front wheel from losing grip. A redesigned 1037cc, 90-degree V-twin engine is designed to get you where you want to go. Whether it is around town, on the open highway, or down the road less traveled. The light and compact Anti-Lock brake system (ABS)* system monitors the wheel speed as much as 50 times per wheel rotation and matches the stopping power to the available traction. *The ABS is a supplemental device for brake operation, not a device for shortening stopping distance. Always remember to reduce speed sufficiently before approaching curves.Engine Features A redesigned 1037cc, 90-degree V-twin engine is designed to get you where you want to go. Whether it is around town, on the open highway, or down the road less traveled. Increased cooling capacity has eliminated the oil cooler and as a net result, weight saving The exhaust has been completely redesigned with Suzuki Exhaust Tuning (SET) technology which has an ECM-controlled butterfly located in the exhaust pipes that optimizes pressure The new single-muffler layout provides a lower center of gravity which reduces weight and increases handling and maneuverability. The piston rings are thinner and have 15% less tensile force for lower friction. They contribute to higher combustion efficiency and fuel economy. New pistons were engineered with use of FEM analysis to achieve optimal rigidity and weight. Although the pistons are larger than the ones they replace, they are the same weight and equally rigid.