Precision, airborne deployed, GPS guided standoff torpedo

A method of remotely deploying a torpedo to a remote location without exposing personnel to risk at said remote location comprising the steps of:

• mounting a torpedo on a rigid winged unmanned aircraft;
• flying said torpedo to said remote location on said rigid winged unmanned aircraft;
• generating control signals in response to entered GPS coordinate signals representative of said remote location and impinging GPS signals representative of the location of said rigid winged unmanned aircraft;
• steering said rigid winged unmanned aircraft to said remote location in response to said control signals;
• and
• releasing said torpedo from said rigid winged unmanned aircraft in response to GPS signals representative of at least an acceptable proximity of said remote location.

A method of deploying a torpedo to a remote location without exposing personnel to risk at said remote location comprising the steps of:

• mounting a torpedo attached to a parachute on a guided wing having rigid wings pivoted to laterally extend therefrom;
• entering GPS coordinate signals in said guided wing representative of said remote location;
• carrying said guided wing and torpedo aloft on a conventional aircraft;
• releasing said guided wing from said conventional aircraft while aloft;
• receiving GPS signals in said guided wing representative of the location of said guided wing as it glides toward said remote location;
• generating control signals in said guided wing in response to said GPS coordinate signals and said GPS signals;
• piloting said guided wing to said remote location in response to said control signals;
• dropping said torpedo from said guided wing in response to GPS signals representative of at least an acceptable proximity of said remote location;
• and
• slowing the decent of said torpedo with said parachute in said acceptable proximity of said remote location.