Ballistic recovery system

A ballistically deployed parachute recovery apparatus adapted to be attached to an air vehicle such as a glider, hang glider or ultralight, comprising

• a. a parachute container;
• b. a parachute normally folded within said parachute container and adapted to be secured to an air vehicle;
• c. a projectile housing and an explosively activated projectile contained within said housing, said projectile being attached to said parachute for pulling said parachute from the parachute container when ballistically discharged at approximately 300 feet per second;
• d. a mechanically activated first explosive cartridge within said projectile housing, adapted to explode upon mechanical activation and drive said projectile from said housing at approximately 300 feet per second;
• e. means for manually exploding said first cartridge and driving said projectile from said housing to deploy said parachute;
• f. an electrically activated explosive second cartridge effectively within said projectile housing, adapted to explode upon receiving an electrical charge having an amperage greater than a predetermined firing amount and adapted not to explode if said charge is less than said predetermined amount as when the electrical circuitry is being tested by an operator, upon said second cartridge exploding, said projectile is then driven from the projectile housing at approximately 300 feet per second;
• g. a battery;
• h. an electrical switch electrically connected between said second cartridge and said battery to permit the operator of the vehicle to selectively activate and explode said second cartridge and thus deploy said parachute;
• and
• i. a test circuit connected to said battery and said second cartridge to allow an operator to selectively pass an electrical charge, less than said predetermined firing amount, through said second cartridge to check the electrical connections and operative status of said recovery apparatus without exploding said second cartridge.