How to Make Your Position More Aerodynamic – Ask a Cycling Coach Podcast 188

TL;DR

Dropping into aerodynamic positions, especially on the drops, can significantly improve speed and efficiency on road bikes.

Transcript

what's average like if I'm on the hoods versus the drops how many how many watts do I save getting the drops on average so before I jump into the answer there one thing I will preface it's kind of like our like caveat that I always preface these things with is um anything to do with position is always it depends because we literally so kind of like... Read More

Key Insights

• 🥺 Dropping into aerodynamic positions on road bikes can lead to significant watt savings.
• ❓ Narrowing handlebars may not always improve aerodynamic efficiency, depending on individual biomechanics.
• 🐲 Minimizing lateral movement while riding can impact aerodynamic drag.
• 🤕 Head position plays a crucial role in reducing drag and improving aerodynamic efficiency.
• 🚲 Frequency of lateral movement affects aerodynamic efficiency on road bikes.

Questions & Answers

Q: How much can dropping into aerodynamic positions like the drops improve speed?

Dropping into aerodynamic positions, especially on the drops, can lead to significant watt savings, ranging from 20 to 50 watts, depending on the baseline position.

Q: Is narrowing handlebars always beneficial for aerodynamics?

Narrowing handlebars may not always increase speed, as changes in shoulder placement and head position can sometimes increase drag rather than improve efficiency.

Q: What is the optimal head position for aerodynamic efficiency on a road bike?

Mimicking a time trial-like head position, where the head is lowered to reduce the frontal area, can improve aerodynamic efficiency while still allowing visibility on the road.

Q: How does lateral movement affect aerodynamic efficiency on a road bike?

Lateral movement can impact aerodynamic efficiency, with frequency of movement playing a role. Choppy movements may increase drag if they significantly alter the rider's frontal area.

Summary & Key Takeaways

• Dropping into aerodynamic positions, like the drops, can result in significant watt savings, up to 20-50 watts depending on baseline position.

• Narrowing handlebars may not always lead to increased speed; it depends on the individual's position and biomechanics.

• Minimizing lateral movement while riding can impact aerodynamic efficiency, with choppy movements potentially increasing drag.