A rail drive assembly for a vehicle seat configured to travel along a fixed long rail, the rail drive assembly comprising: an upper channel configured to be transposable along the fixed long rail; a loop latch operatively coupled to the upper channel, the loop latch including a latch retainer having a first release trigger spaced apart from a second release trigger, the latch retainer repositionable between a locked position wherein the rail drive assembly is interlocked with the fixed long rail preventing movement of the rail drive assembly and an unlocked position wherein the rail drive assembly is transposable along the fixed long rail; and a loop latch release system operatively coupled to the upper channel, the loop latch release system comprising: an actuator cam rotatable about an axis of rotation between a home rotational position and a latch release rotational position, and the actuator cam having a cam surface; a dual plunger having a first plunger spaced apart from a second plunger with the first and second plungers (440, 448) projecting from a cross piece, the dual plunger repositionable between a retracted position wherein each of the first and second plungers (440, 448) is spaced apart from the latch retainer and an extended position wherein each of the first and second plungers (440, 448) is engaged with a respective one of the first and second release triggers (310A, 310B); and a return spring configured to spring-bias the cross piece of the dual plunger towards an engaged position defining a contact point between the cross piece and the cam surface of the actuator cam; wherein when the contact point is aligned with the home rotational position of the cam surface, rotating the actuator cam in a first rotational direction such that the contact point is aligned with the latch release rotational position of the cam surface repositions the dual plunger between the retracted position and the extended position; and wherein when the dual plunger is in the extended position, the first and second plungers (440, 448) engage and actuate the first and second release triggers (310A, 310B) moving the latch retainer to the unlocked position, and when the dual plunger is in the retracted position, the loop latch automatically locks with the fixed long rail. an upper channel configured to be transposable along the fixed long rail; a loop latch operatively coupled to the upper channel, the loop latch including a latch retainer having a first release trigger spaced apart from a second release trigger, the latch retainer repositionable between a locked position wherein the rail drive assembly is interlocked with the fixed long rail preventing movement of the rail drive assembly and an unlocked position wherein the rail drive assembly is transposable along the fixed long rail; and a loop latch release system operatively coupled to the upper channel, the loop latch release system comprising: an actuator cam rotatable about an axis of rotation between a home rotational position and a latch release rotational position, and the actuator cam having a cam surface; a dual plunger having a first plunger spaced apart from a second plunger with the first and second plungers (440, 448) projecting from a cross piece, the dual plunger repositionable between a retracted position wherein each of the first and second plungers (440, 448) is spaced apart from the latch retainer and an extended position wherein each of the first and second plungers (440, 448) is engaged with a respective one of the first and second release triggers (310A, 310B); and a return spring configured to spring-bias the cross piece of the dual plunger towards an engaged position defining a contact point between the cross piece and the cam surface of the actuator cam; an actuator cam rotatable about an axis of rotation between a home rotational position and a latch release rotational position, and the actuator cam having a cam surface; a dual plunger having a first plunger spaced apart from a second plunger with the first and second plungers (440, 448) projecting from a cross piece, the dual plunger repositionable between a retracted position wherein each of the first and second plungers (440, 448) is spaced apart from the latch retainer and an extended position wherein each of the first and second plungers (440, 448) is engaged with a respective one of the first and second release triggers (310A, 310B); and a return spring configured to spring-bias the cross piece of the dual plunger towards an engaged position defining a contact point between the cross piece and the cam surface of the actuator cam; wherein when the contact point is aligned with the home rotational position of the cam surface, rotating the actuator cam in a first rotational direction such that the contact point is aligned with the latch release rotational position of the cam surface repositions the dual plunger between the retracted position and the extended position; and wherein when the dual plunger is in the extended position, the first and second plungers (440, 448) engage and actuate the first and second release triggers (310A, 310B) moving the latch retainer to the unlocked position, and when the dual plunger is in the retracted position, the loop latch automatically locks with the fixed long rail.