Lifetime Training Hours & Long-Term Aerobic Development: How to Reach Your Potential in Triathlon
The podcast delves into how many lifetime aerobic hours a triathlete needs to unlock true performance potential. Host Michael Ericson and coach Carson Christristen discuss the classic 10,000‑hour rule, recent Norwegian research, and personal data to frame a realistic training horizon. Key insights include elite athletes typically accumulating 600‑1,200 hours per year over 8‑10 years, while seasoned amateurs may need upwards of 45,000‑46,000 total hours to reach about 95% of their genetic ceiling. The conversation stresses that training volume, not just intensity, matters, and that a balanced weekly template—roughly two hard sessions per discipline—prevents the pitfalls of over‑training or excessive low‑intensity overload. Carson cites Malcolm Gladwell, the 2025 Sandbeck Norwegian study, and his own 46,000‑hour training record as benchmarks. He warns self‑coached athletes to supplement AI‑driven plans with local peer or coach feedback, highlighting the danger of ego‑driven intensity spikes or the opposite extreme of all‑day zone‑2 work. For athletes and coaches, the takeaway is clear: set multi‑year goals, adopt a measured intensity schedule, and treat training as a long‑term investment rather than a series of short‑term hacks. This approach maximizes performance while minimizing injury and burnout.
How to Use Heart Rate Drift to Monitor Training Adaptations #triathlon #ironman
The video explains how athletes can use heart‑rate drift during structured workouts to gauge physiological adaptations, a technique especially relevant for triathletes and Ironman competitors. By comparing heart‑rate responses across repeated intervals, riders and runners can detect subtle changes in...
False Positives in Wearable Technology for Endurance Athletes #triathlon #ironman #sportsscience
Endurance athletes are grappling with the Oura ring’s AI health alerts, which frequently flag potential illness despite normal biometrics. The speaker, an avid user, reports roughly a 70% false‑positive rate, prompting concerns about the algorithm’s specificity. The discussion highlights a core...
How To Manage Intensity For Masters Athletes #triathlon #ironman
The video addresses how masters athletes—typically over 35—should recalibrate their training intensity to stay competitive without overtaxing recovery systems. While younger athletes could sustain daily hard sessions across swim, bike, and run, older competitors must prioritize volume and aerobic work...
Triathlon Training for Masters Athletes - Maximise Performance in Your 50s and Beyond
The Triathlon Show episode focuses on how athletes over 35 can optimise performance and longevity in triathlon, covering equipment tweaks, injury‑prevention habits, and the physiological realities of aging. Host Michael Ericson and guest Jack Hutchins discuss practical adjustments—from adopting 160 mm...
WorldTour Cycling Coach: "Spend More Time Pushing the Pedals Hard!" #triathlon #cycling #ironman
The coach argues that cyclists can extract substantially more physical work from a training session than runners, making the bike a strategic focus for triathletes seeking higher intensity without excessive injury risk. He notes that a hard 20‑minute run often equates...
The Ironman Training Deep Dive: What Triathletes Need to Know
The podcast episode dives into the fundamentals of training for a full Ironman, exploring who should consider the 140.6‑mile challenge and what baseline experience is essential. Hosts Michael Ericson and Jack Hutchkins emphasize that athletes need a solid triathlon background—ideally...
Why Doing 98% Low-Intensity Training (Below VT1) Works for Long Endurance Events #triathlon #cycling
The video argues that long‑distance athletes should base the bulk of their training—about 98%—at intensities below the first ventilatory threshold (VT1), reserving only roughly 2% for high‑intensity VO2max work. The presenter deliberately avoids threshold sessions, claiming they add little to...
Evidence-Based Training for Cycling and Triathlon Performance
The podcast episode, hosted by Michael Ericson and featuring sport‑science professor Sebastian Sitko, explores how evidence‑based research can be translated into practical training for cyclists and triathletes. Sitko outlines his dual role as an academic and a coach, emphasizing the...
Training Adjustments For Fast Twitch Dominant Athletes #triathlon #triathlontraining
The video addresses how coaches should modify training plans for athletes whose physiology leans toward fast‑twitch muscle dominance, a common profile among competitive triathletes. It argues that these athletes accumulate fatigue more rapidly than their slow‑twitch counterparts, demanding a distinct...
Physiological Profiling: The Triathlete's Guide to Smarter Training
The episode introduces physiological profiling as a systematic way to map a triathlete’s power‑duration and speed‑duration curves, linking those curves to underlying muscle‑fiber composition. By categorising athletes as fast‑twitch dominant, slow‑twitch dominant, or somewhere in between, coaches can align training...
Cadence Optimisation for Road Cycling Vs. Ironman #cycling #triathlon #ironman
The video examines how cyclists should modulate cadence during road races versus Ironman triathlons, emphasizing the trade‑off between pedaling efficiency and the subsequent marathon leg. It argues that while group riding rewards a low RPM to save energy, the bike‑run...
How to Use Cadence and Torque to Improve Cycling Power
In this episode of That Triathlon Show, sports scientist Peter Leo explains how torque and cadence interact to shape cycling power across the power‑duration curve. He outlines the physiological limits each variable imposes and provides concrete workout examples for track, road,...