Guides

Fitness & Health

Conditioning built around the demands of fencing, plus nutrition, hydration, and the overuse injuries fencers actually get.

12 guides

Why crunches and back extensions aren't the key to a strong core: the difference between phasic and tonic muscles, and how to train the deep stabilizers.

How to identify and treat sprains and strains common in fencing: grading the severity, applying the PRICE protocol, and progressing through rehab stages safely.

What causes fencer's elbow, patellar tendinitis, and patellofemoral pain: how these overuse injuries develop, plus treatment and prevention.

What injured athletes should eat to heal faster: calorie and protein needs, anti-inflammatory foods, supplements, and weight-gain myths debunked.

How to periodize a fencing conditioning plan: building a base, developing specific strength, training for power, and peaking for chosen tournaments.

Why fencers need physical training, not just tactics: strength, speed and flexibility work, faster recovery, and what cross-training adds to your fencing.

How much protein athletes actually need: daily intake targets, food sources, vegetarian options, and whether protein bars or drinks help recovery.

How to choose and use a rowing machine: resistance types, proper catch-drive-recovery technique, common mistakes, and workout progression tips.

Why planned training beats cramming before a tournament: how season-long conditioning and the Control-Plan-Trust approach outperform last-minute practice.

What plyometric training does for young fencers: ACSM guidance on using jump exercises to build explosive power, speed, and injury resistance in kids.

What hydration does for athletic performance: how water intake, sweat loss, and electrolyte balance affect strength, endurance, and mental focus during fencing.

How to structure a fencer's weight training: building base strength with multi-joint lifts, then shifting to power and interval work as season nears.