Triplane biblade perdurable ice skating channel paradigm which provides an intrinsically stable ice contact plane from which the launching into and landing from complex aerial and nonaerial ambulatory ice skating maneuvers, may be achieved. With integral facillities for enhancing skating maneuvers in both the aerial and nonaerial ice skating repertoire

Abstract

In providing longitudinal bilateral support for the talocrural joint with two explicitly stabilized blades, the arrangement can be exploited by ice skaters to achieve an eclectic range of aerial, nonaerial, complex or routine ambulatory ice skating maneuvers. This novel aid to dynamic stability with its' auto correcting moment has the capability for extending a skater's performance repertoire that is, independent of technique, not a function of a skater's intrinsic endowments or specialized skating equipment for the support of the ankle/foot combination. This arrangement of ice skating blades can be ingeniously exploited by ice skaters to achieve panoplies of aerial, nonaerial, complex or routing dynamic ambulatory ice skating maneuvers. This enhanced talocrural joint support will bring the plenteous benefits of ice skating to a new group of participants, who until now, lack the intrinsic talent or dexterity to execute the ice skating repertoire range.

What I claim as my invention is:  
     
         1 . A perdurable triplane biblade ice skating channel with a series of cutouts (B), to accommodate belts or straps to lock pedal equipment into a stable position upon the center plane.  
     
     
         2 . A perdurable triplane biblade ice skating channel with multiple provisions (D), for locking pedal equipment into a monostable position, with hardware, i.e. screws, washers, and nuts upon the center plane.  
     
     
         3 . A perdurable triplane biblade ice skating channel with integral saw tooth blade brakes (E).  
     
     
         4 . A perdurable triplane biblade ice skating channel with provisions (C), and (G), for mounting blade stabilization beams, with the elongated mounting slots rotated by ninety degrees to each other for the mounting of each end of the stabilization beams.  
     
     
         5 . A perdurable triplane biblade ice skating channel (A), which has a center plane with dual mutually parallel planes orthogonally connected at its' transverse extremities which provide the blades for ice contact (F), intrinsic structural integrity for ice skating, attaching pedal equipment  1 ,  2 , saw tooth braking geometry  3 , and ice blade stabilization beams  4 .