A superefficient box beam bicycle structure (SBBBS) having a box section, a right triangular section and a left triangular section. The right and left triangular sections are either integral with the box structure, or the triangular sections are attached to the box structure by riveting, bonding or welding. The box structure is preferably made of a sheet material and the parts that comprise the box structure are attached together by riveting, bonding or welding. The SBBBS interfaces with conventional bicycle components to function as a lightweight, strong bicycle frame. Additionally, the SBBBS can be manufactured as a one-piece design, or can utilize a hybrid construction design with an internal structure and reinforcing members at areas of high stress.

A superefficient box beam bicycle structure (SBBBS) having a box section, a right triangular section and a left triangular section. The right and left triangular sections are either integral with the box structure, or the triangular sections are attached to the box structure by riveting, bonding or welding. The box structure is preferably made of a sheet material and the parts that comprise the box structure are attached together by riveting, bonding or welding. The SBBBS interfaces with conventional bicycle components to function as a lightweight, strong bicycle frame. Additionally, the SBBBS can be manufactured as a one-piece design, or can utilize a hybrid construction design with an internal structure and reinforcing members at areas of high stress.

A box beam bicycle structure (BBBS) having a box section, a right triangular section and a left triangular section. The right and left triangular sections are either integral with the box structure, or the triangular sections are attached to the box structure by riveting, bonding or welding. The box structure is preferably made of a sheet material and the parts that comprise the box structure are attached together by riveting, bonding or welding. The BBBS interfaces with bicycle components to function as a lightweight, strong bicycle frame. Additionally, the BBBS can be manufactured as a one-piece design, or can utilize a hybrid construction design with an internal structure and reinforcing members at areas of high stress.

The present disclosure provides a bicycle frame formed in a tube structure by bonding a left panel and a right panel together along a length direction, where the left panel and the right panel are molded into a predetermined shape, including: a battery housing unit and a reinforcement panel having a housing unit, wherein a battery is inserted into the housing unit, and wherein edges of the reinforcement panel are bonded to the left panel and the right panel.

The present disclosure provides a bicycle frame formed in a tube structure by bonding a left panel and a right panel together along a length direction, where the left panel and the right panel are molded into a predetermined shape, including: a battery housing unit and a reinforcement panel having a housing unit, wherein a battery is inserted into the housing unit, and wherein edges of the reinforcement panel are bonded to the left panel and the right panel.

An electric motorbike has a metal frame made of stainless steel that is folded and mechanically fastened together. The electric motorbike includes an electric motor assembly that is comprised of interconnected parts including an electric motor, swing arms, and a belt assembly which connects the electric motor and swing arms to a rear wheel assembly of the bike. A removable battery housing is configured to store a battery module within the battery housing. The battery housing and the electric motor are situated on the lower portion of the electric motorbike which lowers the center of gravity of the bike. A seat adjustment actuation system enables the adjustment of the seat via a push button system while a rider is seated on the bike.

An electric motorbike has a metal frame made of stainless steel that is folded and mechanically fastened together. The electric motorbike includes an electric motor assembly that is comprised of interconnected parts including an electric motor, swing arms, and a belt assembly which connects the electric motor and swing arms to a rear wheel assembly of the bike. A removable battery housing is configured to store a battery module within the battery housing. The battery housing and the electric motor are situated on the lower portion of the electric motorbike which lowers the center of gravity of the bike. A seat adjustment actuation system enables the adjustment of the seat via a push button system while a rider is seated on the bike.