Is the conventional wisdom on indoor cycling sprint intervals - that shorter intervals with longer recoveries are more effective for improving sprint performance - still valid when considering the unique physiological demands of indoor cycling, where factors such as lack of wind resistance, reduced rolling resistance, and altered kinematics may alter the traditional sprint interval paradigm?
Furthermore, do the findings from traditional outdoor sprint interval studies - which often rely on longer, more intense efforts to account for the increased energy expenditure associated with overcoming aerodynamic and rolling resistance - still apply to indoor cycling, where the energy expenditure profile may be significantly different?
Additionally, how do the differing physiological responses to indoor cycling - such as reduced muscle activation, altered movement patterns, and increased reliance on cardiovascular fitness - impact the design and implementation of effective sprint interval workouts?
Should indoor cyclists prioritize shorter, more intense intervals with reduced recoveries to better simulate the unique demands of indoor cycling, or should they adhere to traditional sprint interval protocols developed from outdoor cycling research?
Furthermore, do the findings from traditional outdoor sprint interval studies - which often rely on longer, more intense efforts to account for the increased energy expenditure associated with overcoming aerodynamic and rolling resistance - still apply to indoor cycling, where the energy expenditure profile may be significantly different?
Additionally, how do the differing physiological responses to indoor cycling - such as reduced muscle activation, altered movement patterns, and increased reliance on cardiovascular fitness - impact the design and implementation of effective sprint interval workouts?
Should indoor cyclists prioritize shorter, more intense intervals with reduced recoveries to better simulate the unique demands of indoor cycling, or should they adhere to traditional sprint interval protocols developed from outdoor cycling research?