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.
Educational journalism, not medical advice. This pillar curates The Beachside Reader's reporting on the subject — general information, not specific to your situation. For health decisions, talk to your own clinician. How we work →
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 →
A 15-minute bodyweight routine for the cottage week — no equipment, full body
Cottage weeks reset routines and break momentum. A 15-minute bodyweight sequence on the dock or beach maintains the work you did a…
TrainingAI 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 on the Shore: The Safest Transition Surface and the Dose-Response Rule
Damp, firm sand at the waterline biases the gait toward forefoot striking without the impact transient of pavement - the most forg…
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 Area 1 to Area 6: A 14 km Soft-Sand Route for Beginner Joggers
The longest contiguous soft-sand walking and jogging route in Ontario. Where to start, how to build into it, and the biomechanics …
TrainingBeach Volleyball as Cardio: The HIIT Workout Hiding in a Recreational Sport
Time-motion analysis shows competitive 2-hour beach matches produce 140-180 jumps, 75-85% max heart rate average, and natural 30-6…
TrainingBeach Volleyball at Wasaga: Pickup Play, Leagues, and the Local Scene
One of Ontario’s premier beach volleyball venues. Pickup play protocols, league structures, the cardiovascular case, and a c…
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