FLO Cycling Releases Podcast About Rolling Resistance

Las Vegas, Nevada -

FLO Cycling, a bicycle wheel designer and manufacturer, recently released a new episode of their podcast Faster, where they interview industry experts to help listeners in the cycling community be educated, challenged, and inspired to change the way they train so they can become even faster cyclers. A recent episode, episode 58, is about rolling resistance and bike wheels. Rolling resistance is the amount of resistance a wheel has to rolling - how much is a wheel prevented from turning and thus moving forward. Because of rolling resistance, the amount of effort a cyclist puts into pedaling a bike won’t all be translated to the forward motion of the bicycle.

One of the reasons for this apparent loss of energy is because of the small amount a bicycle wheel is deformed where it is in contact with the ground. Because of the gravity from the bicycle and its rider pushing down on the bicycle and its wheel, there is a small flat “contact patch” on the bottom of the wheel. As the wheel turns, the bit of the wheel that is touching the ground is constantly changing, with the back of the contact patch leaving the ground and becoming wheel-shaped, and more of the wheel being flattened at the front of the contact patch. The flattening of the wheel takes more energy than the wheel springing back into place generates, so that entire process causes a small amount of energy loss. Among other things, this shows the reason why keeping wheels and tires properly inflated improves performance, whether that’s the speed of a bicycle being pedaled or the gas mileage of an automobile.

Because of this energy loss from the rolling resistance, it’s very helpful for cyclists to think about how they can optimize their bikes to minimize the amount of energy lost while they are cycling. The most important factor in reducing rolling resistance in a bicycle is tire selection. Tires can be made in a number of different ways, which will change how a wheel performs. They can be made from different kinds of rubber, or use different casings and other materials. There’s several properties a person might want to consider when selecting a tire, such as durability, and how aerodynamic a tire is, and each of these factors can also impact the rolling resistance of a tire. Some very durable tires can withstand all kinds of abuse, but the design decisions that help them be durable lead to very poor rolling resistance. The professionals at FLO Cycling know all about rolling resistance, information they are sharing via their podcast and other methods, because they have been working on designing some of the fastest bicycle wheels in the world.

FLO Cycling was founded on the idea that aerodynamically tested bicycle wheels with engineering and design for speed could also be produced in ways that made them affordable for the bicycling masses. After finding an investor who was interested in their idea, the team researched business plans, patents and production methods. After many years of research, development, and improvements to their products, FLO Cycling now sells a variety of wheels with different specifications so people from many cycling disciplines have a viable selection from which to choose. They also continue to provide information to the public about their products and bicycle wheels in general, such as a previous article about road bike spokes, which explains the function and physics of the spokes on a bike wheel.

Readers who are interested in learning more about FLO Cycling can head to their website to listen to their podcast, browse the bicycle wheels they have available for sale, or read an extensive history of the company and their products. They have blog posts explaining many different facets of the physics of biking and wheel aerodynamics and are proud to sell affordable performance tires for any cyclists with a need for speed.

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For more information about FLO Cycling, contact the company here:

FLO Cycling
Jon Thornham
702-518-2998
admin@flocycling.com
FLO Cycling Headquarters
Las Vegas, NV 89135

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