Biomechanics
13 articles
GearNovember 14, 2026 · 9 MIN
Running Sock Fiber Science: How Material Choice Prevents Blisters and Manages Moisture
Running sock fiber composition determines blister rates and moisture management during endurance events. Learn how merino wool, synthetic blends, and fiber density affect your feet over 30+ km distances.
GearNovember 9, 2026 · 9 MIN
Trail Shoe Stack Height vs Stability: Finding the Right Balance for Technical Terrain
Trail shoe stack height directly affects ankle stability, ground feel, and injury risk on technical terrain. Understanding the biomechanical tradeoffs helps you pick the right shoe for rocky singletrack versus groomed fire roads — and avoid the costly mistake of racing in the wrong stack for the course profile.
GearNovember 4, 2026 · 9 MIN
The Science Behind Cycling Bib Shorts and Chamois Pad Technology
Cycling chamois technology has evolved from simple leather padding to multi-layer foam systems engineered to reduce saddle pressure by 30-50% over long efforts. Understanding chamois pad density, layer construction, and antibacterial treatments separates a four-hour comfort ceiling from an eight-hour one. This guide covers the biomechanics and materials science behind what sits between you and your saddle.
GearNovember 1, 2026 · 10 MIN
Custom Insoles and Orthotics for Running Biomechanics
Over-the-counter insoles start at $30 while custom orthotics can exceed $400 — but do you actually need them? The evidence on overpronation correction is surprisingly mixed, and understanding arch support types, pressure mapping, and break-in protocols can save you money and miles.
GearOctober 23, 2026 · 9 MIN
High-Impact Sports Bra Guide for Endurance Athletes
Breast tissue moves up to 15cm during running without support. This guide covers encapsulation vs compression design, band and strap mechanics, fabric science, and fit criteria specific to endurance athletes training 5–20+ hours per week.
GearOctober 21, 2026 · 8 MIN
Trail Shoe Outsole Guide: Grip, Traction, and Lug Patterns Explained
Trail shoe grip depends on lug depth, spacing, rubber compound, and pattern geometry. This guide explains how outsole design affects traction on mud, rock, and mixed terrain, with specific recommendations for different trail conditions.
GearOctober 15, 2026 · 9 MIN
Carbon-Plated Racing Shoes: Science of the Super Shoe Effect
Carbon-plated racing shoes have rewritten the record books, delivering a verified 4% improvement in running economy that translates to roughly 2 minutes off a 3:30 marathon. Understanding the biomechanics behind the carbon plate, PEBA foam, and rocker geometry helps you choose the right super shoe and use it strategically. Here is what the peer-reviewed research actually says.
TrainingAugust 3, 2026 · 7 MIN
Heel Strike vs Midfoot vs Forefoot Running: What the Evidence Actually Says
The debate over foot strike pattern has generated strong opinions and weak evidence. Here is what peer-reviewed research actually shows about injury risk, running economy, and whether you should try to change how your foot lands.
TrainingJuly 26, 2026 · 8 MIN
Running Form Drills: 6 Exercises to Improve Running Economy and Reduce Injury Risk
Running form drills are neuromuscular exercises that reinforce efficient movement patterns, improve coordination, and build the specific strength that sustains good form under fatigue. They take 10 minutes and pay dividends across every training run.
TrainingJuly 22, 2026 · 8 MIN
Running Shoe Selection Guide for Endurance Athletes
The wrong running shoe doesn't just cause blisters — it alters your biomechanics and contributes to chronic injury. This evidence-based guide explains the key variables that matter when selecting running shoes for long-distance training.
TrainingJuly 21, 2026 · 8 MIN
Running Gait Analysis: How Biomechanics Drives Injury Risk and Performance
Up to 79% of recreational runners sustain an injury each year. Running gait analysis identifies the specific biomechanical patterns that predispose to injury — and the targeted interventions that reduce injury risk while improving running economy.
TrainingJuly 8, 2026 · 7 MIN
Running Cadence: The Science of Stride Rate and Why 180 Steps per Minute Is Misunderstood
Running cadence affects ground contact time, vertical oscillation, and injury risk — but the oft-cited 180 spm target is a misread of the original research. Here's what the data actually says and how to optimise your cadence.
TrainingJune 15, 2026 · 8 MIN
Running Economy: Why Two Runners With the Same VO2max Run Different Times
Running economy — the oxygen cost at a given pace — varies by up to 20% between runners of equal aerobic capacity. Here's what drives those differences and what you can actually change.