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High Performance Hub

Technical articles written by head coaches and exercise physiology researchers. Functional training, Olympic weightlifting, sports nutrition, and biometrics. Zero filler.

20 artículos

Biomechanical Efficiency in Wall Balls and Thrusters: Breathing Cadence, Hip Extension, and Energy Conservation
Ergometers & Pacing
Biomechanical Efficiency in Wall Balls and Thrusters: Breathing Cadence, Hip Extension, and Energy Conservation
Biomechanical analysis to master high-volume Wall Balls (9kg/6kg) and Thrusters. Respiratory decoupling, explosive hip extensions, and movement economy.
Nutrition and Glycogen Resynthesis Strategies for Athletes Training Two Sessions Per Day
Nutrition & Supplements
Nutrition and Glycogen Resynthesis Strategies for Athletes Training Two Sessions Per Day
Technical guide to maximizing muscle glycogen resynthesis (1.2g/kg/h), glucose:fructose ratios (1:0.8), and nutrient timing between morning and evening sessions.
Mastering the HYROX Sled Push: Biomechanics of 125kg/175kg Pushes, Body Angle, and Shoe Traction
HYROX & Racing
Mastering the HYROX Sled Push: Biomechanics of 125kg/175kg Pushes, Body Angle, and Shoe Traction
Kinematic analysis of the 125kg (Women) and 175kg (Men) HYROX Sled Push. 45° push angles, short stride frequencies, and post-running lactate clearing.
The Science of EMOMs: How to Structure Every Minute on the Minute Workouts for Aerobic Capacity and Power
Sports Science
The Science of EMOMs: How to Structure Every Minute on the Minute Workouts for Aerobic Capacity and Power
Physiological study of EMOM (Every Minute on the Minute) training. Work density, incomplete recovery bioenergetics, and maintaining steady wattage.
Handstand Push-Up (HSPU) Biomechanics: Scapular Alignment, Head-Hand Tripod, and Impingement Prevention
Strength & VBT
Handstand Push-Up (HSPU) Biomechanics: Scapular Alignment, Head-Hand Tripod, and Impingement Prevention
Biomechanical breakdown of Strict and Kipping HSPUs. 45° elbow tucks, serratus anterior activation, and cervical alignment to protect the glenohumeral joint.
Anhydrous Caffeine in High-Intensity Sports: Optimal Dosing (3-6mg/kg), CYP1A2 Genotype, and Pre-WOD Timing
Nutrition & Supplements
Anhydrous Caffeine in High-Intensity Sports: Optimal Dosing (3-6mg/kg), CYP1A2 Genotype, and Pre-WOD Timing
Scientific review of anhydrous caffeine. Adenosine A1/A2A receptor antagonism, fast (AA) vs. slow (AC/CC) metabolizer genetics, and central fatigue attenuation.
Designing and Equipping a Professional Functional Fitness Home Gym: Technical Buyer's Guide
Equipment & Home Gym
Designing and Equipping a Professional Functional Fitness Home Gym: Technical Buyer's Guide
Technical breakdown of high-density rubber flooring (15-20mm), self-standing rigs, density-graded plyo boxes, and vulcanized rubber hex dumbbells.
Double Unders Biomechanics: Grip Mechanics, Wrist Frequency, and Movement Economy in Jump Ropes
Ergometers & Pacing
Double Unders Biomechanics: Grip Mechanics, Wrist Frequency, and Movement Economy in Jump Ropes
Kinematic analysis of Double Unders. 2.5mm vs 3mm coated steel cables, high-speed ball bearings, tangential speed physics, and shoulder relaxation techniques.
The ACWR Ratio (0.8-1.3): The Science-Backed Formula to Prevent Injuries in CrossFit & Functional Fitness
Sports Science
The ACWR Ratio (0.8-1.3): The Science-Backed Formula to Prevent Injuries in CrossFit & Functional Fitness
Scientific literature review on post-workout cold therapy. Blunting of p70S6K and mTORC1 signaling after strength sessions vs. strategic use in multi-day events.
Daily Undulating Periodization (DUP) Applied to High-Performance CrossFit and Functional Training
Sports Science
Daily Undulating Periodization (DUP) Applied to High-Performance CrossFit and Functional Training
Methodological guide to Daily Undulating Periodization. Alternating Hypertrophy (70-75%), Max Strength (85-90%), and Power/Speed (50-60%) days without CNS burnout.
How to Optimize Stroke Rate (s/m) and Power W/kg on Rowing Ergometers for High-Intensity WODs
Ergometers & Pacing
How to Optimize Stroke Rate (s/m) and Power W/kg on Rowing Ergometers for High-Intensity WODs
Complete technical guide to mastering stroke rate (24-32 s/m), Drag Factor (125-135), and maximizing watts per kilo on rowing ergs during long WODs.
Ecdysterone Cycles, Beta-Alanine, and Creatine Gummies in High-Intensity Training: What Science Really Says
Nutrition & Supplements
Ecdysterone Cycles, Beta-Alanine, and Creatine Gummies in High-Intensity Training: What Science Really Says
In-depth scientific review of Ecdysterone (20-Hydroxyecdysone), Beta-Alanine buffering (3.2g/day), and Creatine gummy bioavailability in elite athletes.
HYROX Sled Pull Mechanics: Rope Technique, Pull Angle, Friction Dynamics, and Footwear Selection
HYROX & Racing
HYROX Sled Pull Mechanics: Rope Technique, Pull Angle, Friction Dynamics, and Footwear Selection
Biomechanical breakdown of 103kg & 153kg HYROX Sled Pull. Turf friction coefficients, 30-40° optimal rope angle, and footwear selection.
Velocity-Based Training (VBT) in Functional Weightlifting: Why the Traditional 1RM is Dead
Strength & VBT
Velocity-Based Training (VBT) in Functional Weightlifting: Why the Traditional 1RM is Dead
Complete guide to Velocity-Based Training (VBT) for Snatch, Clean & Jerk, and Front Squat. m/s velocity zones, velocity loss thresholds, and linear encoders.
The Biochemistry of the 10-Second Rest: Phosphocreatine Resynthesis in Tabata Intervals
Sports Science
The Biochemistry of the 10-Second Rest: Phosphocreatine Resynthesis in Tabata Intervals
Deep biochemical analysis of phosphocreatine (PCr) resynthesis during Tabata's 10-second rest. Hyperventilation strategies and VO2 max dynamics.
Ring Muscle-Up Biomechanics: Mastering the False Grip and Transition Seamlessly
Strength & VBT
Ring Muscle-Up Biomechanics: Mastering the False Grip and Transition Seamlessly
Kinematic analysis of the Ring Muscle-Up. How False Grip eliminates 15cm of pull distance in transition, with a risk-free 8-week progression.
Intra-WOD Osmolality & Hydration: The Science of the Sodium-Potassium Ratio in Long Endurance Workouts
Nutrition & Supplements
Intra-WOD Osmolality & Hydration: The Science of the Sodium-Potassium Ratio in Long Endurance Workouts
Technical guide to plasma osmolality (275-295 mOsm/L), sodium-to-potassium ratios, and preventing hyponatremia during 60+ min WODs.
Olympic Barbells (190,000 PSI) & Bumper Plates Technical Buyer's Guide for Home Gyms
Equipment & Home Gym
Olympic Barbells (190,000 PSI) & Bumper Plates Technical Buyer's Guide for Home Gyms
Technical analysis of Tensile Strength (PSI), Shore A durometer ratings for bumper plates, and needle bearings vs bronze bushings for CrossFit home gyms.
The ACWR Ratio (0.8-1.3): The Science-Backed Formula to Prevent Injuries in CrossFit & Functional Fitness
Sports Science
The ACWR Ratio (0.8-1.3): The Science-Backed Formula to Prevent Injuries in CrossFit & Functional Fitness
Learn how to calculate the Acute:Chronic Workload Ratio using the EWMA model and protect your body from overtraining injuries.
Morning HRV & rMSSD: The Biological Signal That Should Autoregulate Your Daily WOD
Sports Science
Morning HRV & rMSSD: The Biological Signal That Should Autoregulate Your Daily WOD
How to use Heart Rate Variability (HRV) and rMSSD metrics to make data-driven daily intensity decisions for optimal recovery and performance.
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