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Old-style tank shift. Regular clutch hand Shifter - This is where the shifter is a regular knob either located on the tank, which operates through a linkage to the transmission (tank shifter) or on a lever bolted directly to the top of the transmission (jockey shifter or slap shifter depending on the transmission design) and involves the semi-complex task of foot clutch operation and hand ...
There are two general types; one secures the foot with a mechanical clamp or cage and the other has no connection to lock the foot to the pedal. Peg : short metal tube, about 6 inches (15 cm) long and 2 inches (5.1 cm) fastened to one or both ends of the wheel axles to either enable the rider perform certain tricks or provide a place for extra ...
In manual transmission cars, the dead pedal is designed to promote a smoother actuation of the clutch by keeping the driver's foot in the same plane as the pedal. [1] Automatic transmission cars can also benefit from the dead pedal because it prevents fatigue by offering a stable inclined surface on which the driver can place their foot. Even ...
Later cars used both a foot pedal and a hand lever to set the minimum throttle. The 1918 Stutz Bearcat had a central throttle pedal with the clutch and brake to the right and left. [8] Modern cruise control was invented in 1948. [9]
Bicycle pedal, quill road type, with toe clip and toe strap (1970s) The quill pedal is a common pedal system on bicycles. It consists of a main axle section that is attached to the bicycle crank arm and contains extensions from the axle to which parallel cage plates are attached at the front and rear of the pedal.
A rocker sole shoe or rocker bottom shoe is a shoe that has a thicker-than-normal sole with a rounded heel. Such shoes ensure the wearer does not have flat footing along the proximal-distal axis of the foot.
The ratio is determined by the ratio of the distances from the rocker arm's pivot point to the point where it touches the valve and the point where it touches the pushrod/camshaft. A rocker ratio greater than one essentially increases the camshaft's lift. Current automotive design favors rocker arm ratios of about 1.5:1 to 1.8:1.
A rocker: can rotate through a limited range of angles which does not include 0° or 180° A 0-rocker: can rotate through a limited range of angles which includes 0° but not 180° A π-rocker: can rotate through a limited range of angles which includes 180° but not 0° Some authors do not distinguish between the types of rocker.