Biomechanics & Functional Movement
How the body actually moves under load — squat, hinge, press, pull, carry. The physics, the joint mechanics, and the training implications without the influencer hype.
What this pillar covers
Most fitness writing about biomechanics is recycled from a handful of textbooks and Instagram videos. We work directly from the primary literature: McGill on the spine, Schoenfeld on hypertrophy mechanisms, Frost on athletic transfer. Every article links its claims to a specific paper. If a position is contested, we present both sides.
Subjects threaded through this pillar
- Squat mechanics
- Hinge mechanics
- Pressing mechanics
- Pulling mechanics
- Asymmetry correction
- Mobility under load
Articles in this pillar
12 published article(s) matched. Browse the full library →
AI Fitness Apps vs. Personal Trainers
AI coaching has improved fast, but the evidence still favours in-person trainers for most adults - primarily through adherence and…
TrainingAcclimating from AC gyms to outdoor heat: the research-backed protocol
Heat-acclimation physiology, the 7-14 day adaptation curve, and the early-warning signs that distinguish real progression from hea…
TrainingActive Pet Play and Daily Movement
Dog ownership is associated with a 24% reduction in all-cause mortality - not because dogs are magic, but because they force daily…
TrainingAnimal Flow Workouts: What They Are, Who They’re For
Ape walks, beast holds, scorpion reaches, transitions strung to music. Animal Flow draws from gymnastics, parkour, and yoga. The p…
MobilityBalance and Proprioception: The Evidence on Falls Prevention and Athletic Performance
Balance training reduces falls 24 percent in older adults and ankle injuries ~30 percent in athletes. The dose-response, the proto…
TrainingBarefoot Running: Evolutionary Advantage or Fast Track to Injury
Lieberman’s 2010 Nature paper made barefoot running a movement. The biomechanics are real - but the injury data are complica…
TrainingBarefoot lifting vs beach training: what each surface trains
Why barefoot lifting on a stable floor is not the same biomechanical input as barefoot training on sand, and where each genuinely …
TrainingBeach calisthenics: pull-ups on the boardwalk
Why outdoor calisthenics builds different strength than gym pulldowns, the bar-availability hack, and a progression that gets adul…
PostureBeach reading posture: protecting the cervical spine on a towel
The neck-load mechanics of horizontal reading, the under-recognised chronic-strain pattern in summer beach use, and the practical …
TrainingBeach tennis agility: what the lateral-cutting research supports
Why beach tennis approximates the multi-directional demands of court sport, the ankle-load research, and a beach-tennis conditioni…
MobilityBeach walking for hip mobility
Why uneven sand surfaces produce greater hip range of motion than treadmill walking, the gait-cycle research, and a 30-minute mobi…
MobilityBeach yoga: what unstable surfaces train
Sand recruits stabilizers continuously and raises postural sway 35-50% on single-leg balance postures. The benefit is real, the de…
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