Fairing for a motorcycle

A fairing for a motorcycle comprising:

• a fairing cover extending from a front end of a frame for a motorcycle rearwardly to cover both sides of an engine operatively mounted adjacent to the front end of the frame of the motorcycle;
• an outlet for air exhausted from a radiator operatively connected to said engine being provided adjacent to a radiator side of the motorcycle;
• an inner duct provided to project inwardly to said frame of the motorcycle to communicate with said outlet, said inner duct having a plurality of small air flow apertures formed therein;
• and
• a plurality of air flow apertures provided in said fairing for reducing air resistance during cornering of the motorcycle, a surface area occupied by the plurality of the air flow apertures is more than approximately seventeen percent of the entire surface area of the fairing.

A fairing for a motorcycle comprising:

• a fairing cover extending from a front end of a frame for a motorcycle rearwardly to cover both sides of an engine operatively mounted adjacent to the front end of the frame of the motorcycle;
• an outlet for air exhausted from a radiator operatively connected to said engine being provided adjacent to a radiator side of the motorcycle;
• an inner duct provided to project inwardly to said frame of the motorcycle to communicate with said outlet, said inner duct having a plurality of small air flow apertures formed therein;
• and
• a plurality of air flow apertures provided in said fairing for reducing air resistance during cornering of the motorcycle, an opening edge of said plurality of air flow apertures is formed as a cutting edge.

A fairing for a motorcycle comprising:

• a fairing cover extending from a front end of a frame for a motorcycle rearwardly to cover both sides of an engine operatively mounted adjacent to the front end of the frame of the motorcycle;
• a plurality of air flow apertures provided in said fairing for reducing air resistance during cornering of the motorcycle;
• and
• an outlet for air exhausted from a radiator operatively connected to said engine is provided adjacent to a radiator side of the motorcycle and an inner duct is provided being in communication with said outlet to project inwardly to said frame of the motorcycle, a plurality of air flow apertures being formed in said inner duct, said radiator is constructed to include two divided upper and lower radiators and said outlet is disposed to correspond to each of said radiators.

A fairing for a motorcycle comprising:

• a fairing cover extending from a front end of a frame for a motorcycle rearwardly to cover both sides of an engine operatively mounted adjacent to the front end of the frame of the motorcycle;
• an outlet for air exhausted from a radiator operatively connected to said engine being provided adjacent to a radiator side of the motorcycle;
• an inner duct provided to project inwardly to said frame of the motorcycle to communicate with said outlet, said inner duct having a plurality of small air flow apertures formed therein;
• and
• a plurality of air flow apertures provided in said fairing for reducing air resistance during cornering of the motorcycle, a predetermined number of said plurality of air flow apertures being selectively controlled for opening and closing.