Abstract: A windshield structure for a saddle-ride type vehicle to enhance a windshield effect by reducing a vacuum behind a leg shield and in the lateral center of the vehicle. The windshield structure for the saddle-ride type vehicle includes a front storage box that may be opened and closed that is provided in a surface of the leg shield on a side of a seat. A bottom covering portion is formed integrally with the leg shield and is formed to cover the front storage box from below. The bottom covering portion for covering the front storage box from below is formed with air discharge ports for releasing a flow of air from a front side of a vehicle body to a rear side of the leg shield.

Abstract: A windbreak structure for a saddle type vehicle to provide an increase in the windshield effect behind a leg shield. Exhaust ports for letting a flow of air from the front of a vehicle body rearwardly are provided at a side end portion of a leg shield. Further, sideward covering portions are provided that serve as exhaust air guide portions that extend rearwardly on the inner side in a vehicle widthwise direction of the exhaust port.

Abstract: An air guide structure for a saddle type vehicle for reducing the influence of a negative pressure on a rider. In an air guide structure for a motorcycle wherein a windscreen for the protection against air is provided on a front cover provided at a front portion of a vehicle body such that air is guided to the rear of the windscreen on the vehicle body to reduce a negative pressure to be generated behind the windscreen, an inlet port is provided between a central portion of a front end of the windscreen and the front cover. Further, a stepped portion that is formed stepwise in the forward and backward direction on an upper face of the front cover in the inside of the inlet port is provided, and a sectoral recessed portion is provided at a central portion of the stepped portion in the vehicle widthwise direction.

Abstract: A body cover structure for saddle-ride type vehicles that enables enhancement of the user's comfort while increasing the rigidity of covering members constituting a center tunnel part. Step floors are configured of forward inclined parts disposed ahead of the floors in a forward rising shape, horizontal parts disposed either substantially horizontally or in a rearwardly rising shape behind these forward inclined parts, and bent parts connecting the forward inclined parts and the horizontal parts. The middle covers are provided on the lower edges thereof with downwardly extending parts extending toward the bent parts.

Abstract: A windshield structure for a saddle-ride type vehicle to enhance a windshield effect by reducing a vacuum behind a leg shield and in the lateral center of the vehicle. The windshield structure for the saddle-ride type vehicle includes a front storage box that may be opened and closed that is provided in a surface of the leg shield on a side of a seat. A bottom covering portion is formed integrally with the leg shield and is formed to cover the front storage box from below. The bottom covering portion for covering the front storage box from below is formed with air discharge ports for releasing a flow of air from a front side of a vehicle body to a rear side of the leg shield.

Abstract: A body cover structure for saddle-ride type vehicles that enables enhancement of the user's comfort while increasing the rigidity of covering members constituting a center tunnel part. Step floors are configured of forward inclined parts disposed ahead of the floors in a forward rising shape, horizontal parts disposed either substantially horizontally or in a rearwardly rising shape behind these forward inclined parts, and bent parts connecting the forward inclined parts and the horizontal parts. The middle covers are provided on the lower edges thereof with downwardly extending parts extending toward the bent parts.

Abstract: An air guide structure for a saddle type vehicle for reducing the influence of a negative pressure on a rider. In an air guide structure for a motorcycle wherein a windscreen for the protection against air is provided on a front cover provided at a front portion of a vehicle body such that air is guided to the rear of the windscreen on the vehicle body to reduce a negative pressure to be generated behind the windscreen, an inlet port is provided between a central portion of a front end of the windscreen and the front cover. Further, a stepped portion that is formed stepwise in the forward and backward direction on an upper face of the front cover in the inside of the inlet port is provided, and a sectoral recessed portion is provided at a central portion of the stepped portion in the vehicle widthwise direction.

Abstract: A windbreak structure for a saddle type vehicle to provide an increase in the windshield effect behind a leg shield. Exhaust ports for letting a flow of air from the front of a vehicle body rearwardly are provided at a side end portion of a leg shield. Further, sideward covering portions are provided that serve as exhaust air guide portions that extend rearwardly on the inner side in a vehicle widthwise direction of the exhaust port.