Abstract: (FIG. 1) Shows the Pack attached to a Man in a free fall state until the remote radio transmitter sends a signal to disengage the parachute deployment pin (5), opening the parachute door (6), releasing the parachute as seen in (FIG. 2). In (FIG. 3) the parachute is seen fully deployed. (FIG. 4) shows a cross sectional view of the radio compartment of the parachute pack. The right and left turn servo (E) is shown attached to the parachute control lines (A) and (B). When the remote radio transmitter signals to turn left the receiver (G) tells the servo (E) to pull down on control cable (A) causing a left turn to be executed. The right turn signal works in a similar way. When a flare signal is sent, receiver (G) tells the flair servo (F) to pull down on control cable (D). This pulls down on the right and left side of the Parachute simultaneously which decreases the rate of decent.