Abstract: A motorcycle handlebar riser assembly and novelty accessory is provided. The assembly comprises a pair of riser members that support a handlebar therebetween and connect the handlebar to the upper triple tree of a motorcycle. Along the length of each riser member is a spring perch member and a faux suspension spring. The spring is disposed between at least one perch and the lower end of the riser member, which affixes to the triple tree. In this way, the risers support the handlebar and display a faux suspension spring thereover. The risers include a length with an aperture and removable cap at one end, and a lower end that is configured to be received by a triple tree and be secured thereto.

Abstract: A motorcycle handlebar riser assembly and novelty accessory is provided. The assembly comprises a pair of riser members that support a handlebar therebetween and connect the handlebar to the upper triple tree of a motorcycle. Along the length of each riser member is a spring perch member and a faux suspension spring. The spring is disposed between at least one perch and the lower end of the riser member, which affixes to the triple tree. In this way, the risers support the handlebar and display a faux suspension spring thereover. The risers include a length with an aperture and removable cap at one end, and a lower end that is configured to be received by a triple tree and be secured thereto.

Abstract: A motorcycle suspension accessory device is provided that updates the look of a typical motorcycle front suspension system by providing exposed faux springs that affix over the functional fork tubes of the suspension. The device comprises an upper bridge element, a lower bridge element, and a pair of coil springs disposed therebetween. The forks of the motorcycle suspension are received through aligned apertures in the upper and lower bridge elements, while the springs are disposed between the apertures and receive the forks therethrough. The springs include an inner diameter sized to receive the forks without interference, while also providing a spring rate that minimizes structural loads on the triple trees. At the same time, the springs prevent movement of the bridge elements relative to the triple trees when installed. Spring perches are optionally provided at each aperture to support the ends of the springs.