Aerodynamically improved and dynamically stabilized bullet

An aerodynamically stabilized bullet that is propelled away from a bullet case upon an explosive discharge of a propellant inside the bullet case caused by a firing of a firearm, said bullet comprising:

• a body member having a rear portion and a front portion coupled to and extending forwardly from the rear portion therefrom, the rear portion having a generally cylindrical configuration defining a longitudinal axis and the front portion having a forwardly converging outer wall that forms an apex defining an aperture;
• wherein said rear portion and said front portion of said body member, together, define an interior area;
• wherein said rear portion has a rear end that is coupled to an upper end of the bullet case prior to the discharge;
• a chute positioned in said interior area of said body along said longitudinal axis, said chute having an inlet end adjacent and in communication with the rear end of the rear portion of the body member and an outlet end downstream from said inlet end;
• and
• a piston rod having a cylindrical, linear, and elongate configuration includes a piston at an upstream end and a rod tip at a downstream end opposite said piston, said rod being slidably movable in a downstream direction from a retracted configuration at which said piston is adjacent said inlet end of said chute and a deployed configuration at which said piston is adjacent said outlet end;
• wherein said rod tip is substantially inside said interior area of said body member at said refracted configuration and said rod tip is substantially outside said interior area at said deployed configuration.