By:
On:
In: Biomechanics, Cadence, Power, OCD - Obsessed with Cycling Drills
With: 8 Comments

This drill is perfect for those who are just learning how to teach with power. It shows your riders very clearly how heart rate response can be very different at different cadences, even when output is the same. This drill may become a “light bulb moment” for your riders and their understanding of how power—and their body—works! For that reason, it may be the most important educational drill in your repertoire.Read more…

By:
On:
In: Biomechanics, Cadence, Power, Free Articles
With: 5 Comments

Unfortunately, many instructors and participants are intimidated by power at first because they think it’s too technical, too complicated, or only useful for “serious” cyclists. But once you understand the basics, it’s actually a very straightforward tool, and a great way to challenge and engage participants, regardless of whether they ride outside or not. Here are five ways teaching with power will be a game changer in your teaching.Read more…

By:
On:
In: Biomechanics, Cadence, Power, General Fitness, Physiology, Heart Rate & RPE
With: 10 Comments

With the New Year upon us, you will be getting a LOT of questions about calories burned in your cycling class. How much do you know about the calorie estimates you see on your heart rate monitor, computer console, or power meter? Are these estimates accurate? Here is everything you need to understand how the wrong information—or faulty understanding of the data—can lead you or your riders to believe they did more work than they actually did. Read more…

By:
On:
In: Biomechanics, Cadence, Power, Class Profiles
With: 8 Comments

After almost six years from its creation, this profile is still being requested by riders. It includes five original songs by Tom Scotto specifically created to challenge leg speed like never before. Download the PDF for this profile AND the five original tracks and let the fun begin!

RPMx is designed to help riders adapt to higher legs speeds and promote a higher average cadence. The adaptation to higher cadences is developed through neuromuscular training, muscle activation, and relaxation.Read more…