during spin mode the spin torque applied to the agitator collar is interrupted the basket engagement spring 350 will unwind releasing the basket collar 330 and the agitator collar 320 at the same time the outer diameter of the basket engagement spring 350 increases so that it comes into contact with the inner surface of the brake engagement spring 360 the basket engagement spring 350 continues to spin because it is rotationally fixed with a tang 352 to the basket collar 330 which continues to spin from the rotational inertia of the basket 130 the rotational inertia of the basket 130 thus produces a torque which is applied to the bottom of the brake engagement spring 360 by friction with the expanded rotating basket engagement spring 350 the friction that develops between the basket engagement spring 350 and the brake engagement spring 360 begins to wind the brake engagement spring 360 more tightly around the basket collar 330 and the brake collar 340 the top of the brake engagement spring 360 includes a tang 362 which resides in the brake collar 340 to rotationally fix the brake engagement spring 360 to the brake collar 340 the tang 362 holds the top of the brake engagement spring stationary while the bottom of the brake engagement spring 360 is tightened by the expanded rotating basket engagement spring 350 the friction between.