a seat base;

a seat back;

a seat spring configured to rotate the seat back from an upright position to a folded position relative to the seat base;

a latch having a released position and retained position, the retained position corresponding with retaining the seat back in the upright position and the released position corresponding with permitting the seat spring to rotate the seat back to the folded position; and

a trigger assembly configured to actuate the latch from the retained position to the released position so as to control movement of the seat back from the upright position to the folded position, wherein the trigger assembly is connected to the latch and actuatable from a loaded position to a fired position, the loaded position corresponding with the trigger assembly preventing release of kinetic energy stored within the trigger assembly and the fired position corresponding with releasing the stored kinetic energy, wherein the releasing of the stored kinetic energy causes the trigger assembly to actuate the latch from the retained position to the released position;

wherein the trigger assembly comprises:

a reference plate having one or more apertures for receiving a ball bearing;

a trigger plate configured to rotate about one side of the reference plate;

a power plate connected to the latch and configured to rotate about an opposite side of the reference plate;

a chaser spring connected to the reference plate and the trigger plate, the chaser spring configured to rotate the trigger plate in a locking direction;

a power spring connected to the reference plate and power plate, the power spring configured to rotate the power plate in an actuation direction so as to actuate the latch from the retained position to the released position;

wherein each of the trigger plate and power plate include apertures corresponding with the apertures of the reference plate such that ball bearings received within the apertures are free to move therebetween;

wherein the apertures in the trigger plate and power plate each include an incline to force at least part of the ball bearings out of the apertures of the same;

wherein the trigger plate and power plate are moveable between loaded and fired positions, the loaded position corresponding with the ball bearings being positioned within the apertures such the ball bearings are located within a portion of the apertures of the power plate that prevents the power spring from rotating the power plate in the actuation direction, the fired position corresponding with the ball bearings traveling along the incline of the apertures of the power plate to a position within the apertures of the trigger plate that permits the power spring to rotate the power plate in the actuation direction; and

wherein the chaser spring rotates the trigger plate in the locking direction from the fired position to the loaded position such that the ball bearings travel along the incline of the apertures of the trigger plate to the position within the apertures of the power plate that prevents the power spring from rotating the power plate in the actuation direction if the power plate is reset.