An adjustment assembly () for adjusting the tension of a cable () includes a housing positioner (), an adjuster () and a mover assembly (). The housing positioner () positions a portion of the cable housing (). The adjuster () moves to adjust the position of the housing positioner () relative to the cable (). The mover assembly () moves the adjuster () to adjust the position of the housing positioner () to adjust the tension of the cable (). A portion of the mover assembly () can rotate in one direction to cause rotation of the adjuster () in an opposite direction. Rotation of the adjuster () causes the housing positioner () to move linearly to alter the tension of the cable (). The mover assembly () can include a portion that moves between an engaged position and a disengaged position. In the engaged position, movement of the mover assembly () adjusts the tension of the cable (). In the disengaged position, the mover assembly () is mechanically decoupled from the housing positioner () so that no adjustment of the cable tension occurs.
An adjustable attachment apparatus for adjusting the position of a footpeg of a motorcycle relative to a frame of the motorcycle includes a primary adjuster, a secondary adjuster and a tertiary adjuster. The primary adjuster and the secondary adjuster adjust the footpeg in a first direction. The tertiary adjuster is spaced apart from the primary adjuster and the secondary adjuster, and adjusts the footpeg in a second direction that is different than the first direction. The second direction has a vector component that is substantially perpendicular to the first direction. The second direction can includes a first vector component that is substantially similar to the first direction and a second vector component that is substantially perpendicular to the first direction. The adjustable attachment apparatus can also include a footpeg positioner. The primary adjuster can include a plurality of sets of at least two attachment holes.
An attachment apparatus for adjusting the position of a footpeg of a motorcycle relative to a frame of the motorcycle includes a base plate and a support plate. The base plate is coupled to the frame. The support plate is secured to the base plate. The support plate includes a first side, a second side that is opposite the first side, and a footpeg retainer that retains the footpeg. The support plate alternatively supports the footpeg in a first position while the first side contacts the base plate and in a second position while the second side contacts the base plate. The second position is different relative to the frame than the first position. The support plate can include a supporter aperture and the base plate can include a base plate aperture. A plate attacher can extend through the supporter aperture and the base plate aperture to secure the support plate to the base plate. The footpeg retainer can include a footpeg retainer aperture that is adapted to receive a portion of the footpeg.
A lever positioner assembly that is coupled to a handlebar of a vehicle comprises a lever, a lever holder, and a lever positioner. The lever moves relative to the handlebar between a released position and an engaged position. The lever holder holds the lever. Additionally, the lever holder is coupled to and movable relative to the handlebar. The lever positioner is coupled to the lever and is positioned on the opposite side of the lever from the handlebar. Additionally, the lever positioner can include an adjuster screw that is selectively rotated to adjust the released position of the lever relative to the lever holder and the handlebar. The lever and the lever holder can move as a unitary structure during movement of the lever between the released position and the engaged position.