Shoe Brake Mechanism Free 3D model

cgtrader

Cycling Enthusiast Develops Ingenious Foot-Binding Brake Solution For cyclists who find it essential to ride securely while conserving leg energy, inventor Bob Jenkins designed a new foot-operated bicycle brake mechanism that effectively combines functionality and safety. Conventional brake levers connected to rim brakes may cause the rider to shift his weight or adjust posture, both of which can result in lost control and speed. Furthermore, cyclists may experience back strain when pulling the conventional handbrakes vigorously. The cycling enthusiast envisioned an ingenious solution – an easy-to-operate shoe pedal with built-in mechanism allowing the foot to release tension gradually and steadily, similar to hand brakes. While other bike systems utilize toe or pedal straps for stability and safety measures during travel, Jenkins opted for an entirely separate system tied directly into each pedal using thin stainless steel rod linkages connecting from one foot crank's pivot axis to its respective front shoe binding anchor at the toe-end. This approach creates tension via simple mechanical leverage based upon turning motion at one end connected closely near each toe piece providing maximum sensitivity allowing cyclists quick stop times with excellent grip control on various road types. Bob designed it to allow easy, convenient installation directly beneath the bicycle seat with compact construction which fits into minimal spaces and utilizes lightweight durable stainless steel and aluminum materials minimizing overall bike weight. By integrating an efficient ergonomic handlebar- mounted lever release switch, this smart safety mechanism makes sure that whenever stopping speed becomes dangerous - whether on road climbs steep slopes downhill grades through curves near intersections or any critical turning point riders want immediate response with secure feeling over entire journey duration regardless distance.