Abstract: A handlebar grip assembly includes an inner tube defining first and second inner tube longitudinal ends and an inner tube length, and including a wall, a first slit adjacent to the first inner tube longitudinal end that extends through the wall, and a second slit adjacent to the second inner tube longitudinal end that extends through the wall, and a handlebar grip, defining first and second grip longitudinal ends and a grip length that is less than the inner tube length, on the inner tube such that the first and second grip longitudinal ends are between the first and second inner tube longitudinal ends.

Abstract: A handlebar wrap including an elongate main body defining an outer surface, an inner surface, a length, a width that is less than the length and a thickness that extends from the inner surface to the outer surface and is less than the width, and a plurality of damping channels in the main body and closer to the inner surface than the outer surface.

Abstract: A handlebar grip including an inward portion defining an inward portion outer diameter, an outward portion defining an outward portion outer diameter, and a recessed portion, located between the inward portion and the outward portion, and defining a recessed portion outer diameter that is less than the inward portion outer diameter and the outward portion outer diameter.

Abstract: A handlebar grip is disclosed that is formed from a strip of silicone. The strip of silicone is stretchable so that the strip of silicone may be stretched to varying degrees around the handlebar for adjusting the density or hardness of the handlebar grip. The strip of silicone additionally has overlapping mating surfaces that engage one another and mitigate protruding ridges from the handlebar grip.