The Paul Weber Podcast

Paul Weber

Every Thursday, I will be covering training, nutrition and lifestyle for fitness, hybrid and tactical athletes.

  1. 5D AGO

    142 Consistency and Athletic Progress

    Send us a text Skill-intensive sports vs. Training-intensive sports Skill-intensive sports (e.g. golf, basketball) Competition conditions are less predictable (nearly impossible to replicate perfectly in training)Performance is more difficult to quantifyPerformance depends on precise motor control under pressureGreater physiological capacity and effort do not always translate into better resultsPerformance in training not as predictive of performance in competitionTraining-intensive sports (e.g. strength sports, endurance sports, fitness sports) Train and compete under consistent conditions Performance is quantifiablePerformance depends highly on effort and trainable characteristics"Did you see what he/she just did in training?"Performance in competition will closely resemble performance in training"How do we become trained?" Biological organisms adapt slowly The human body is a biological organism, it changes slowly over long periods of time. When it comes to the body, meaningful change is measured in months and years, not days. This consistency over long periods of time is what creates noticeable athletic progress. Whatever keeps us from training consistently is what stunts athletic progress. Injury and sickness: the killers of consistency We've all felt the disappointment of lost potential due to injury. Whether it's a minor setback that forces you to modify training for a week, or a major surgery, we've all felt some degree of that frustration.  The same goes for sickness. We've all had to step back from training at some point whether it's due to a common cold or a chronic disease.  Many of you have probably had a major, 6-12 month setback. At times, the feeling of lost potential has been enough to bring me to tears. This makes me fascinated by preserving consistency. If we can minimize our risk of injury and sickness, we can maximize our long term athletic progress. Rules of Consistency Train just beyond your current ability.Only increase training load by ~5-10% per week.Prioritize financial security.Remember you don’t have to do this alone - invest in supportive relationships.Prioritize sleep and circadian rhythm.Ensure adequate nutrition and hydration.Practice food and sleep hygiene.Get sun exposure daily when possible.Downregulate (breath, stretch, read).Focus on what you can control.Accept that you can’t control everything.Resources [1] A Biopsychosocial Model for Understanding Training Load, Fatigue, and Musculoskeletal Sport Injury in University Athletes: A Scoping Review ​https://journals.lww.com/nsca-jscr/fulltext/2024/06000/a_biopsychosocial_model_for_understanding_training.24.aspx​ [2] Allostatic Load and Its Impact on Health: A Systematic Review ​https://karger.com/pps/article-abstract/90/1/11/294736/Allostatic-Load-and-Its-Impact-on-Health-A?redirectedFrom=fulltext​ [3] Exercise and gene expression: physiological regulation of the human genome through physical activity ​https://pmc.ncbi.nlm.nih.gov/articles/PMC2290514/

    37 min
  2. 12/04/2025

    139 Long Term Conditioning

    Send us a text To excel at a multiday fitness competition, you need to be prepared for an immense workload. Athletes who may perform incredibly on Event 1 are gassed by Event 8. While every athlete must be powerful, having so many events over multiple days gives an advantage to the athletes who recover the fastest. By the final day, it may be less about who can perform the best fresh, and more about who is the least tired. The greater your cardiorespiratory fitness, the faster you recover from all types of exercise. High CRF is associated with improved autonomic nervous system function, which has been linked to humans' ability to control inflammation, preserve immunity, and even recover our ability to produce maximum voluntary force.[1,2,3,4] The fitter you are, the faster you can recover, and the closer you can stay to your peak performance through a multiday fitness comp. The game of fitness can be summarized as: Chronically increase training load. This requires that we: have an idea what our training load isavoid big fluctuationsincrease it incrementally over months and yearsFor athletes who want to join a long term approach to fitness sport, I'm designing the first in a series of programs: Offseason Level 1. Offseason training for beginner and intermediate fitness athletesFoundational strength training, conditioning and skill acquisitionTraining PrioritiesBasic Strength and Functional HypertrophyOlympic Weightlifting SkillGymnastic StrengthEssential MobilityAerobic Endurance and PacingTap here to join the waitlist: ​https://paul-b-weber.kit.com/105c01429d References [1] The Relation between High Cardiorespiratory Fitness and Low Inflammation is Mediated by Autonomic Nervous System Function ​https://www.ahajournals.org/doi/10.1161/circ.118.suppl_18.S_1158-c?doi=10.1161/circ.118.suppl_18.S_1158-c​ [2] Parasympathetic Nervous Activity Mirrors Recovery Status in Weightlifting Performance After Training https://www.researchgate.net/publication/49791584_Parasympathetic_Nervous_Activity_Mirrors_Recovery_Status_in_Weightlifting_Performance_After_Training​ [3] Recovery of central and peripheral neuromuscular fatigue after exercise ​https://journals.physiology.org/doi/full/10.1152/japplphysiol.00775.2016​ [4] Effects of Exercise Training on the Autonomic Nervous System with a Focus on Anti-Inflammatory and Antioxidants Effects ​https://pmc.ncbi.nlm.nih.gov/articles/PMC8868289/

    41 min
  3. 11/27/2025

    138 Long Term Gymnastics Development

    Send us a text Gymnastics in Fitness Sport When you do gymnastics, you are exercising in what exercise physiologists call the extreme intensity domain, with very few exceptions. The most notable exceptions are the burpee and box jump over, which I train with a conditioning perspective, rather than the approach I'll describe below. For almost every other gymnastics movement, the time to exhaustion is less than two minutes. Exercise that exhausts you this fast is very intense. At these intensities, performance seems to be limited by: Neuromuscular factorsPerception of effortMetabolic fitnessIn light of this, worthy training goals are to: Increase top end neuromuscular ability (get stronger)Move more efficiently (make the movement feel easier)Improve fitnessCommon practice vs. a complete approach to gymnastics development Most athletes work hard on their fitness, and do way less work on getting gymnastically stronger and moving better. In gymnastics-heavy workouts, fitness helps you recover faster when you break, but it isn't the reason you break in the first place. You don't break because of your "breathing" or "heart rate" as much as you break because of neuromuscular factors. Fitness is still important because you want to recover fast when you break. And the fitter you are, the faster you recover. But, if you want to win gymnastics workouts, instead of working solely on how fast you recover when you break, it also makes sense to train to...well, not break. To not break, you need to build gymnastic strength and learn to move more efficiently. Long Term Gymnastics Development In light of these performance limitations, here's how I train my athletes, both in the context of the season and the career: Gymnastic StrengthMovement EfficiencyVolumeDensityIntensityFor athletes who want to join this long term approach, I'm designing the first in a series of programs: Offseason Level 1. Offseason training for beginner and intermediate fitness athletesFoundational strength training, conditioning and skill acquisitionTraining PrioritiesBasic Strength and Functional HypertrophyOlympic Weightlifting SkillGymnastic StrengthEssential MobilityAerobic Endurance and PacingTap here to join the waitlist: https://paul-b-weber.kit.com/105c01429d

    40 min
  4. 11/20/2025

    137 Long Term Strength Development

    Send us a text Strength adaptations come from morphological effects and neural effects. Morphological effects (mainly muscle growth) are why strength sports have weight classes. Assuming similar training styles, the more muscular athlete usually lifts more. However, neural effects are why world class female lifters are stronger than most men, despite having way less muscle. Neural effects are also why powerlifters aren't good at snatching, and weightlifters aren't good at jiu-jitsu. Neural effects make strength context-specific. Training for Muscle Growth When training for muscle growth, the key ingredient is enough mechanical tension. For most fitness athletes, this means training with: Proximity to failure (0-2 RIR)3-8RMExercise selection specific-enough to primary lifts (supertotal)More sets = more mechanical tension = more muscle growth Training for Neural Effects When training for neural effects, the key ingredients are high muscle activity and force production. For most fitness athletes, this means training with: Maximal intent to potentiate the nervous systemEnough specificity in the program to master the primary liftsLow enough volume-load to keep neural fatigue lowFewer sets = less neural fatigue = higher muscle activity and force production Which should you train for? Effective long term strength development will involve training for both morphological and neural effects.  Most athletes should avoid extremes - going all in on one and neglecting the other. Take an approach that addresses both. Elite fitness athletes are really jacked. For most people, being a fitness athlete is going to mean trying to get as muscular as possible without neglecting the other aspects of your training. Very gifted athletes (top 5% in muscle mass) may be able to just train for neural adaptations and keep their muscle mass without dedicated hypertrophy training. Long Term Strength Development For beginners, I suggest the following approach to long term strength development: Functional HypertrophyBasic StrengthOlympic Weightlifting SkillStrength and PowerBatteryThis approach front loads: extensive trainingattributes with late peak biological ages and long residualshonoring pre-requisitesFor athletes who want to join this long term approach, I'm designing the first in a series of programs: Offseason Level 1. Offseason training for beginner and intermediate fitness athletesFoundational strength training, conditioning and skill acquisitionTraining PrioritiesBasic Strength and Functional HypertrophyOlympic Weightlifting SkillGymnastic StrengthEssential MobilityAerobic Endurance and PacingTap here to join the waitlist: https://paul-b-weber.kit.com/105c01429d Notes Morphological Effects Muscle hypertrophyFast-twitch fiber adaptation - shift to Type IIAIncreased bone densityIncreased tendon strength and stiffnessNeural Effects Increased motor unit recruitmentIncreased firing rate (rate coding)Improved motor unit synchronizationReduced antagonist muscle activationEnhanced intermuscular coordinationDisinhibition of inhibitory mechanisms

    45 min

Ratings & Reviews

5
out of 5
9 Ratings

About

Every Thursday, I will be covering training, nutrition and lifestyle for fitness, hybrid and tactical athletes.

You Might Also Like