How to Effectively Modify Your Training and Racing as You Age, with Rebecca Rusch
Age is just a number. Few athletes know that better than Rebecca Rusch, who joins us to discuss how to adapt and perform at the highest levels of sport as you age.
Subtopic Filter
- Aerobic Threshold
- Aging
- Altitude Training
- Anaerobic Capacity
- Base Training
- Beyond the Basics
- Bike Fit
- Bikepacking
- Biomarkers
- Cadence
- Cardiovascular Drift
- Climbing
- Concussion
- COVID-19
- Cramping
- Cyclocross
- Detraining
- Endurance Coaching
- Endurance Performance Data Analysis
- Endurance Training
- Environmental Physiology
- Exercise in Cold Weather
- Exercise in the Heat
- Fasted Training
- Fatigue
- Female Athletes
- Functional Threshold Power
- Gear and Tech
- Goal Setting
- Gravel Cycling
- Heart Rate
- HIT
- Hour Record
- Hydration
- Illness
- Indoor Cycling
- Inflammation
- Injury
- INSCYD
- Interval Workouts
- Lab Tests
- Lactate
- Long Slow Distance
- Managing Athletes and Service Providers
- Mental Toughness
- Mountain Biking
- N1 Challenge
- Nerd Lab
- Nutrition Strategies
- Overreaching and Overtraining
- Pacing
- Pain
- Peaking
- Pedaling
- Periodization
- Planning Your Season
- Polarized Training
- Power
- Power Profiling
- Pro Athletes
- Race Planning and Preparation
- Race Tactics
- Recovery
- Recovery Techniques
- Respiration
- Running
- Skiing
- Skills and Technique
- Sleep
- Sport Psychology & Mental Training
- Sports Medicine
- Sports Nutrition
- Strength Training
- Stretching
- Supplements
- Technique
- Testing
- Threshold
- Time Trial
- Track Cycling
- Training Concepts
- Training Zones
- Training-Life Balance
- Triathlon
- Ultra-cycling
- VLamax
- VO2max
- Whoop
- Workouts
- Youth Development
- Zwift
Fast Talk Podcast > Aging
The Secrets to Staying Strong as You Age, with Ned Overend
Maintaining strong training on the bike while aging isn’t as difficult as it may seem, as guest MTB champion Ned Overend illustrates.
We will delineate what age effects truly exist — for example, a drop in maximum heart rate — and others that have been traditionally attributed to aging that now appear to be trainable, such as a loss in fast-twitch muscle fiber strength.