A system for ejecting a bale from a baler using a substantially automatic ejection procedure with input from a remote operator located on a tractor, wherein the baler includes a forming chamber containing the bale and having a discharge outlet, a chute located adjacent to the discharge outlet, and a plurality of ejector teeth operable to selectively retract from and project into the forming chamber, the system comprising: an electronic control unit operable to receive input signals and send control signals and thereby control the substantially automatic ejection procedure; the electronic control unit being further operable to send a first control signal to cause one or more of the plurality of ejector teeth to project into the forming chamber to engage the bale, the electronic control unit being further operable to send a second control signal to cause the one or more of the plurality of ejector teeth to move from a back position toward the discharge outlet, wherein this movement of the one or more of the plurality of ejector teeth engaging the bale causes the bale to move toward and through the discharge outlet and through the chute; the system characterised in that it further comprises a bale chute sensor operable to provide a first input signal to the electronic control unit regarding a position of the chute, wherein the electronic control unit determines whether the chute is in a proper chute position, and if the chute is not in the proper chute position, the electronic control unit sends a third control signal to cause the chute to move to the proper chute position; and a drop sensor operable to provide a second input signal to the electronic control unit regarding whether the bale has been fully ejected from the chute, and if the bale has been fully ejected from the chute, the electronic control unit sends a fourth control signal to cause the one or more of the plurality of ejector teeth to return to the back position and stop, and if the bale has not been fully ejected from the chute, the electronic control unit sends the fourth control signal to return the one or more of the plurality of ejector teeth to the back position and then resends the second control signal. an electronic control unit operable to receive input signals and send control signals and thereby control the substantially automatic ejection procedure; the electronic control unit being further operable to send a first control signal to cause one or more of the plurality of ejector teeth to project into the forming chamber to engage the bale, the electronic control unit being further operable to send a second control signal to cause the one or more of the plurality of ejector teeth to move from a back position toward the discharge outlet, wherein this movement of the one or more of the plurality of ejector teeth engaging the bale causes the bale to move toward and through the discharge outlet and through the chute; the system characterised in that it further comprises a bale chute sensor operable to provide a first input signal to the electronic control unit regarding a position of the chute, wherein the electronic control unit determines whether the chute is in a proper chute position, and if the chute is not in the proper chute position, the electronic control unit sends a third control signal to cause the chute to move to the proper chute position; and a drop sensor operable to provide a second input signal to the electronic control unit regarding whether the bale has been fully ejected from the chute, and if the bale has been fully ejected from the chute, the electronic control unit sends a fourth control signal to cause the one or more of the plurality of ejector teeth to return to the back position and stop, and if the bale has not been fully ejected from the chute, the electronic control unit sends the fourth control signal to return the one or more of the plurality of ejector teeth to the back position and then resends the second control signal.