Can it be argued that incorporating single-leg pedaling drills into tempo efforts, where the rider alternates legs at high cadences (120+ RPM) and moderate to high intensities (zone 4-5), would actually increase the risk of overuse injuries and diminish neuromuscular efficiency in the long run, particularly if the drills are performed on a consistent basis without adequate recovery time?
Wouldnt the constant stress of high-cadence, single-leg pedaling on the muscular and connective tissues of the legs lead to an increased incidence of overtraining, IT band syndrome, and patellar tendonitis, especially if the riders core and upper body are not adequately stabilized to compensate for the asymmetrical pedaling motion?
Furthermore, doesnt the emphasis on single-leg pedaling drills during tempo efforts potentially neglect the development of bilateral strength, coordination, and pedaling technique, which are critical components of efficient and effective cycling?
Can proponents of single-leg pedaling drills during tempo efforts provide empirical evidence to support the notion that this type of training leads to significant improvements in cycling performance, and if so, what specific protocols and progressions would be recommended to minimize the risk of injury and maximize the benefits of this type of training?
Wouldnt the constant stress of high-cadence, single-leg pedaling on the muscular and connective tissues of the legs lead to an increased incidence of overtraining, IT band syndrome, and patellar tendonitis, especially if the riders core and upper body are not adequately stabilized to compensate for the asymmetrical pedaling motion?
Furthermore, doesnt the emphasis on single-leg pedaling drills during tempo efforts potentially neglect the development of bilateral strength, coordination, and pedaling technique, which are critical components of efficient and effective cycling?
Can proponents of single-leg pedaling drills during tempo efforts provide empirical evidence to support the notion that this type of training leads to significant improvements in cycling performance, and if so, what specific protocols and progressions would be recommended to minimize the risk of injury and maximize the benefits of this type of training?