Abstract: Aspects relate to drop handlebar assemblies including a central body which may be integrally formed with carbon fiber. The central member may include a pair of opposing drop bodies. Drop bodies may initially extend away from the central body in divergent directions with respect to a horizontal plane. Drop sections may have an initial top surface comprising a proximal channel and a distal support structure. Drop sections may include a front surface comprising a recessed convex portion proximate to a respective transition zone and further comprise a non-recessed convex portion. One or more embodiments may include a plurality of pairs of grips configured for selective engagement with drop bodies. On one embodiment, a handlebar assembly consists of the central member and a selectively engaged pair of grips (along with any fastening mechanisms). Selected grips may be suited to a user's intended use or comfort preference.

Abstract: Aspects relate to drop handlebar assemblies including a central body which may be integrally formed with carbon fiber. The central member may include a pair of opposing drop bodies. Drop bodies may initially extend away from the central body in divergent directions with respect to a horizontal plane. Drop sections may have an initial top surface comprising a proximal channel and a distal support structure. Drop sections may include a front surface comprising a recessed convex portion proximate to a respective transition zone and further comprise a non-recessed convex portion. One or more embodiments may include a plurality of pairs of grips configured for selective engagement with drop bodies. On one embodiment, a handlebar assembly consists of the central member and a selectively engaged pair of grips (along with any fastening mechanisms). Selected grips may be suited to a user's intended use or comfort preference.