How Crawling Transforms the Human Physique.

Quick Overview

Crawling, as advocated by the 'Original Strength' philosophy, transforms the human physique by strengthening the core, shoulders, and wrists, decompressing the spine, and improving athletic movement patterns, which can lead to healing from back/hip/knee issues and increased intelligence.

Key Points: Crawling strengthens the core, shoulders, and wrists, and decompresses the spine, promoting natural, functional movement patterns. Research shows 85% of infants crawl before walking, indicating its foundational role in development and injury prevention. The exercise promotes cross-lateral coordination by triggering both brain hemispheres to work together, enhancing problem-solving and creativity. The author challenged himself to crawl 5 minutes daily for 365 days, which helped resolve significant back pain, hip issues, and a torn meniscus. Crawling is a potent conditioning tool that burns calories and boosts metabolism more effectively than traditional exercises like lifting heavy weights or sled drags. A recommended simple routine involves 10 steps forward and 10 steps backward while crawling, repeated for 1 to 5 sets daily. The movement encourages a natural, upright posture (unlike the military-style chest-puffed posture) and improves ankle mobility (shown with a 69-degree angle measurement).

Context: The video advocates for incorporating animal movements, specifically crawling, into one's fitness routine, drawing inspiration from the book "Original Strength" by Tim Anderson and Geoff Neupert. The presenter contrasts the benefits of this primal movement pattern against traditional weightlifting culture, citing personal history of back, hip, and knee injuries that were resolved after adopting crawling and focusing on developmental movements.

Detailed Analysis

The video argues that crawling is a transformative exercise that goes beyond muscle building, offering holistic benefits rooted in developmental movement science, referencing the book "Original Strength." Crawling strengthens the core, shoulders, and wrists while actively decompressing the spine and restoring natural, functional movement patterns that modern upright living often neglects. The presenter notes that 85% of infants crawl before walking, suggesting this movement is crucial for healthy development and preventing issues like back pain, hip problems, and knee injuries—issues the presenter personally experienced before adopting this practice. Furthermore, crawling enhances bilateral coordination by forcing the left and right brain hemispheres to communicate, leading to increased intelligence and creativity. It is also presented as an excellent conditioning tool that burns significant calories and boosts metabolism, superior to heavy lifting or sled drags. The presenter suggests a simple integration protocol: 10 steps forward and 10 steps backward while crawling, performed for 1 to 5 sets daily. A visual anatomical diagram highlights the activation of the serratus anterior muscle, crucial for scapular mobility, and another graphic shows the deep squat position achieved through crawling, noting a 69-degree ankle mobility measurement, indicating better range of motion than typical Western upright posture allows.