Electric saddle riding vehicle

A saddle riding vehicle, comprising:

• a frame having at least one side tube extending in a lengthwise direction;
• a handlebar rotatably coupled to the frame and configured to facilitate a steering of the saddle riding vehicle;
• a seat mounted on the frame to facilitate a seating of a rider;
• at least one electrical energy storage unit;
• at least one traction motor operatively coupled to a rear wheel of the saddle riding vehicle and configured to rotate the rear wheel;
• a cover structure covering a portion of the at least one side tube extending between the handlebar and the seat in the lengthwise direction of the vehicle and defining a central cavity;
• a cap structure removably engaged to the cover structure and including
• a first structure disposed inside the central cavity and defines an opening, and
• a second structure extending vertically from the first structure and removably coupled to the frame, wherein the second structure is arranged underneath the cover structure;
• and
• a key switch coupled to the first structure and extending through the opening,
• wherein the key switch is configured to electrically connect and disconnect the at least one electrical energy storage unit to the at least one traction motor.

A saddle riding vehicle, comprising:

• a frame having at least one side tube extending in a lengthwise direction and a bracket structure extending vertically from the at least one side tube;
• a handlebar rotatably coupled to the frame and configured to facilitate a steering of the saddle riding vehicle;
• a seat mounted on the frame to facilitate a seating of a rider;
• at least one electrical energy storage unit;
• at least traction motor operatively coupled to a rear wheel of the saddle riding vehicle and configured to rotate the rear wheel;
• a cover structure covering a portion of the at least one side tube extending between the handlebar and the seat in the lengthwise direction of the vehicle and defining a central cavity, wherein the bracket structure is arranged underneath the cover structure;
• a cap structure removably engaged to the cover structure and including
• a disc structure disposed inside the central cavity and defining an opening, and
• a leg structure extending vertically from the disc structure and removably coupled to the bracket structure, wherein the leg structure is arranged underneath the cover structure;
• and
• a key switch coupled to the disc structure and extending through the opening,
• wherein the key switch is configured to electrically connect and disconnect the at least one electrical energy storage unit to the at least one traction motor.