in all well - made spinning type fishing reels , the rotors are well balanced and revolve freely about the central shaft when rotated by the crank - gear assembly . normally , the better the spinning sytle fishing reel , the smoother the rotational action of the crank in conjunction with the rotor as it winds line about the spool . these better reels are touted for their very low internal gear and winding friction . although a pleasure to use , such fishing reels with very smooth and low frictional revolving rotors have also proven to be very annoying to fishermen . when the bail is placed in the open casting position , the rotor can freely rotate , and , as quite frequently happens , causes the bail trip mechanism to permit the bail to snap to the retrieve position before or during casting . this undesirable characteristic of fine fishing reels has been eliminated by the invention comprehended herein . in a preferred embodiment of the invention , the front face 25 of the reel housing 10 includes a circular brake drum 27 having an inner surface 31 and an exterior surface 32 . a face cam 26 on the face 25 is coaxial with the drum 27 . the rotor 230 is coaxially mounted in the front of the housing 10 on pinion assembly 60 with the rotor 230 surrounding the external surface 32 of the stationary brake drum 27 . mounted on the central deck 236 of the rotor 230 is the trip lever 220 with cam follower 222 . positioned on the trip lever 220 in a hole ( hidden from view ) is a rotor brake 370 with an elongated bar 379 and a central gripping area 375 . the bar 379 is divided into first and second resilient cantilevered spring arms 371 and 372 . brake shoes 373 and 374 are located at the distal ends of the arms 371 and 372 . in the embodiment shown in fig3 the gripping means 375 comprises a pair of prongs 376 each with resilient locking darts 377 . the darts 377 are pushed into a hole 282 in the lever 220 with brake 370 being locked therein . the relative position of the brake 370 and the lever 220 is shown in fig4 and 6 . an elongated slot 360 in deck 236 provides clearance for prongs 376 and darts 377 as a trip lever 220 slides back and forth . when the bail 270 is in the retrieving position , as shown in fig5 it is very desirable that the rotor 230 rotate freely and easily about the axis 2 . as little internal friction as possible should exist between the crank 40 and the line roller 272 . the cam follower 222 of the trip lever 220 is radially outwardly projected from the axis 2 and does not contact the cam 26 . the rotating brake 370 is secured to the lever 220 and withdrawn from any contact with the stationary drum 27 permitting unhampered rotation of the rotor 230 . cocking the bail 270 to the casting position causes the cam follower 222 of lever 220 to shift closer to axis 2 , as shown in fig6 . with the bail 270 in the casting position , the brake shoes 373 and 374 come into contact with and bear against the inner surface or wall 31 of the brake drum 27 . the flexible cantilever spring arms 371 and 372 force the brake shoes 373 and 374 firmly against the drum 27 . the pressure of the shoes 373 and 374 rubbing on the drum 27 essentially eliminate any relative movement between the rotor 230 and the housing 10 when the bail is in the casting position . therefore , the fisherman is free of the annoying problem of the inadvertent bail trip caused by the free rotation of the rotor . in the embodiment of the invention shown in fig3 the brake 370 is a molded plastic part made from any suitable resilient plastic material . the stationary brake drum is depicted as being formed as an integral part of the housing 10 ; however , it is fully contemplated that a separate brake drum could be secured to the reel face by a number of different means in order to simplify die casting of the reel housing and to reduce the cost of manufacturing . in an alternative embodiment of the invention shown in fig7 - 9 , a thin piece of flat metal spring stock is fashioned with two cantilever resilient spring arms 371a and 372a and brake shoes 373a and 374a at the distal ends thereof . a pair of gripping jaws 378 are bent such that they can fit onto undercut slots 221a of the modified trip lever 220a , shown in fig1 . it has been found advantageous to coat the brake shoes 373a and 374a with a poor sliding material . this has been accomplished by dip coating a plastic material or placing a heat shrinkable plastic tubing 380 on the brake shoes 373a and 374a as shown in fig8 . contrary to most brake shoe - brake drum arrangements , the brake drum 27 is stationary and the shoes 373 and 374 rotate . the degree of braking power or effectiveness is a combination of ( 1 ) the resiliency of the material used , ( 2 ) the size of the shoes and the cantilever arms , ( 3 ) the material used to make the drums and shoes and the coefficient of friction therebetween , and ( 4 ) the force exerted by the drum on the shoes . it should be understood , of course , that the specific forms of the invention illustrated and described herein are intended to be representative only , as certain changes and modifications may be made without departing from the scope of the teachings herein disclosed . accordingly , reference should be made to the appended claims in ascertaining the full scope of the invention .
this invention comprehends a unique braking mechanism for a spinning style fishing reel rotor . this brake mechanism prevents the fishing reel rotor from inadvertently or accidentally revolving when the bail is in the casting position . the braking means is provided by a removable brake shoe and a stationary brake drum .