A Simple Morning Routine to Maintain Mobility and Joint Health
A Simple Morning Routine to Maintain Mobility and Joint Health

One of the most effective habits you can build into your day is a short, intentional mobility routine. In this video, I demonstrate a full-body Controlled Articular Rotations (CARs) sequence—a cornerstone of Functional Range Conditioning (FRC)—that I regularly use as part of my morning routine.
Controlled Articular Rotations are slow, deliberate movements that take each joint through its full available range of motion. The primary goal is not to stretch aggressively or fatigue the muscles, but to allow the nervous system to safely experience and control the outer ranges of each joint. This is essential for maintaining joint health, resilience, and long-term function.
Functional Range Conditioning places a strong emphasis on mobility health. When your joints can move well and your nervous system feels confident in those ranges, your body recovers better, holds less unnecessary tension, and functions more efficiently as a whole. Many people focus heavily on strength training at the gym—and while strength is important, it is only one piece of the puzzle. It is very common to see strong individuals who train hard but feel constantly sore, stiff, or restricted.
Mobility work helps balance this out. When mobility is neglected, the body often compensates, leading to persistent tightness, discomfort, and a higher risk of injury. By “banking time” in your mobility, you support your strength work, improve recovery, and move with greater ease both in training and in everyday life.
A routine like this doesn’t need to be long. Done consistently, full-body CARs can help maintain joint capacity, improve body awareness, and leave you feeling noticeably better—more open, less tense, and more prepared for the day ahead.
If your goal is to move better, feel better, and keep your body functioning well long term, Functional Range Conditioning and daily CARs are an excellent place to start.
Watch the full routine here:
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