Tag: FLO Research & Development

When we discuss aerodynamic performance in cycling, we often isolate individual components—the frame, handlebars, helmet, or wheels. However, cycling aerodynamics is inherently complex, involving intricate interactions between multiple components. Among these interactions, one frequently overlooked phenomenon is how the airflow created by your front wheel influences the aerodynamic performance of your rear wheel. At FLO…

Every competitive cyclist or triathlete knows the critical role aerodynamics play in cycling performance. Reducing aerodynamic drag translates directly into saved watts, higher speeds, and improved race times. Traditionally, wind tunnels have been the gold standard for measuring aerodynamic performance. But while incredibly valuable, wind tunnels primarily provide steady-state data—conditions seldom replicated in real-world cycling.…

Every dedicated cyclist understands the value of watts. From professional road racers to gravel adventurers, efficiently converting your hard-earned watts into forward motion is crucial. While factors such as aerodynamics and rolling resistance rightly dominate conversations, one essential aspect often overlooked is how carbon wheels influence power transfer and riding efficiency. As wheel engineers at…

Every cyclist has experienced the remarkable sensation when their bike feels perfectly responsive—accelerating effortlessly, handling confidently, and comfortably absorbing road vibrations. Behind this ideal ride is one crucial and often misunderstood factor: wheel stiffness. At FLO Cycling, as wheel engineers, we design our wheels to achieve an optimal balance of stiffness and compliance, knowing precisely…

We commonly hear the phrase “be aero” in the cycling world, but what does it really mean? The quick answer, “being aero” is when the watts you put into the pedals are used to move you forward and not used to overcome drag, therefore making you faster. We already know that being aero is important;…