Скалолазание и гипертрофия: как стать сильнее | HT х Егор Крячков

Telegram channel: https://t.me/Egorkryachkovsocial App: https://climbest.app Boosty: https://boosty.to/egorkryachkovpodcast Support me on Patreon:   / egorkryachkov   My Instagram:   / egorkryachkov   My VKontakte: https://vk.com/egorkryachkov 0:00 - Introduction 0:25 - I create personalized training plans and provide consultations 0:40 - Introductory information 4:18 - Trip to Morocco for bouldering: May holidays and October 2026 4:47 - General information about hypertrophy 11:22 - Hypertrophy for bouldering 13:54 Comparison of hypertrophy for bouldering and difficulty 15:15- Hypertrophy for Difficulty 18:27 - What is Load Index? What is hypertrophy and why strength doesn't grow without it Hypertrophy is the structural strengthening of muscles and tendons under load. It's not just "muscle growth," but the strengthening of the tissue that creates and transmits force. Initially, progress is driven by the nervous system—the brain learns to recruit more fibers and maintain a stable grip. But eventually, this resource is exhausted. If the structure doesn't change, strength stops growing, no matter how hard you train. Two Types of Hypertrophy That Really Work in Climbing 1. Tendon Hypertrophy Consolidation and thickening of the collagen fibers that make up tendons. This makes the "muscle-tendon-bone" system stiffer and more reliable. Without it, strength simply "leaks away"—the muscle tenses, but the finger won't hold. 2. Myofibrillar Hypertrophy: The growth of the strength proteins themselves—actin and myosin. It increases Fmax and turns "almost holding" into "holding confidently." This is a slow adaptation, but it creates real strength gains that last. What isn't hypertrophy? The "pump," the feeling of fullness, temporary volume—this is sarcoplasmic adaptation. It's necessary for endurance, but it doesn't provide an increase in Fmax. For bouldering and strength cycles, it's unnecessary stress. Why strength isn't consolidated without hypertrophy The nervous system can learn to engage maximum strength, but if the tissue can't handle the effort, progress stalls. Without structural restructuring, you're simply forcing neural adaptations through old tendons. Hypertrophy is the foundation upon which strength is built. Without it, training produces a temporary effect. With it, the body truly restructures: tendons strengthen, muscles become denser, and strength ceases to be random, becoming stable. #climbing #bouldering #training