Mobility and Flexibility Training: Why Should You Add It to Your Workout Plan?

Joint range of motion isn't a fixed trait of the body — it's a parameter that gradually narrows without regularly using the full range of motion. A sedentary lifestyle, hours spent working in one position, and training limited to a narrow range of motion (for example, always the same, partial reps at the gym) lead to an adaptive "shrinking" of the available range — both at the level of the connective tissue surrounding the joint and at the level of the nervous system, which stops generating muscle tension in rarely visited positions.

This process intensifies with age for several overlapping reasons: a natural decrease in connective tissue elasticity, loss of muscle mass and strength (sarcopenia, which we cover in more depth in our entry on resistance training), and the accumulation of small, unnoticed movement restrictions that were never deliberately addressed over the decades. In practice, this means that without conscious work on range of motion, mobility in the hips, ankles, and shoulders will gradually worsen over time regardless of overall physical activity level — simply having movement present in daily life doesn't guarantee preserving full range if that movement always occurs within the same, limited set of positions.

The practical takeaway from this meta-analysis can be surprising for people used to thinking of stretching as the only path to better flexibility: resistance training performed through a full, controlled range of motion — not just a comfortable, partial arc — improves range of motion to a degree comparable to classic stretching. The review's authors suggest that separate stretching before or after resistance training isn't necessarily required to gain a flexibility improvement, if the training itself uses the full range of motion available in a given exercise.

In older adults, limited mobility — particularly at the ankle and foot — isn't just an inconvenience; it's a documented risk factor for falls, which in turn are a leading cause of loss of independence and hospitalization in this age group.

Putting these two studies together shows a consistent picture: limited ankle and foot range of motion is a measurable, independent fall-risk factor, and movement interventions combining several elements — not just stretching, but also strength and control — provide the largest, best-documented benefit. This is one of the few mobility-training areas where the evidence goes beyond simply measuring range of motion and shows a hard, clinical endpoint: fewer falls.

None of these methods is universally "best" — their usefulness depends on the goal. Someone preparing for a maximal squat attempt will benefit differently than someone whose goal is simply to squat comfortably without knee pain during daily tasks. In practice, the most durable results come from a combination: regular, full-range-of-motion resistance training as the foundation, supplemented with targeted work on specific, identified restrictions (e.g., tight hips after years of sedentary work).

Mobility training doesn't have to mean a separate, time-consuming routine tacked onto a training plan. For most people, the most efficient starting point is simply performing resistance exercises through a full, safe range of motion — that alone functions as mobility training, as confirmed by the 2023 meta-analysis. Targeted work on specific restrictions — tight hips after years of sitting, limited ankle dorsiflexion — makes sense as a complement, not a replacement, for this foundation.

In older adults, mobility stops being an aesthetic or athletic topic and becomes an element of fall prevention — with real, hard data confirming that regular, multi-component movement reduces fall risk by ten to several tens of percent. This is one of the few areas of functional training where investing a few minutes a day has documented translation into something beyond well-being — into independence in old age.