You finish the day tired after hours of sitting, moving and scrolling. Your shoulders remain slightly lifted. Your jaw is still tight. Even lying down, your lower back doesn’t fully settle into the mattress.

The fatigue is real. The tension remains.

Chronic muscle tightness is often treated as a flexibility problem. Many people stretch regularly and remain active, yet neck stiffness, shoulder tension or lower back tightness return within hours. When relief fades quickly, the issue may not be range of motion or strength. It may reflect how effectively the nervous system regulates muscle contraction and release. Somatic exercises are built around that distinction.

What are somatic exercises?

The term “somatic” comes from the Greek soma, meaning the living body. In practice, it refers to movement systems that prioritise internal sensation and voluntary motor control over visible performance. Movements are slow and deliberate, often small in range. A sequence may involve gently contracting a muscle, pausing, then releasing it gradually while observing subtle shifts in effort.

Established systems include Thomas Hanna’s clinical somatics, Moshe Feldenkrais’s Feldenkrais Method and Mabel Todd’s Ideokinesis. Though structured differently, they share a common premise: persistent muscle tension can reflect learned motor patterns rather than tissue damage.

When contraction becomes the baseline

Muscles contract in response to stress, posture, repetitive tasks and previous strain. With repetition, partial contraction can become habitual. The nervous system adapts to this baseline and gradually reduces conscious awareness of it.

This helps explain why tightness returns shortly after stretching. If low-level contraction remains the default, lengthening tissue alone may not restore full relaxation. Many people only realise how tense they are when someone says, “Relax,” and discover they were already trying.

A jaw that never quite unclenches. A breath that doesn’t fully expand the ribs. A lower back that stays subtly braced even at rest. Somatic approaches focus on improving voluntary control over contraction and release. The aim isn’t greater range, but better regulation.

EXPERT INSIGHT

Ash, a qualified dance movement therapist, explains that somatic exercises work differently from conventional muscle-based approaches because they engage the nervous system rather than just the muscles. One phrase she frequently shares with clients is, “the issue is not in the tissue.”

Chronic muscular tension is rarely just a muscle issue, she notes. More often, it reflects a nervous system pattern. Muscles can only contract, so when the nervous system remains in a state of threat or protection, those muscles stay chronically activated. Even after the original cause has passed, this ongoing state of alert can continue to generate tension or pain.

Somatic exercises help people become aware of these patterns, allowing the brain to recognise tension as a signal rather than something to override. This awareness is the first step towards unwinding it. The aim is to reconnect the mind and body by building sensory awareness and interoception, rather than trying to force release, creating the conditions for the nervous system to settle and muscles to soften naturally.

Traditional workouts vs somatic exercises

Strength training increases force output. Cardiovascular training improves endurance. Stretching increases passive range. These methods build capacity.

Somatic exercises address how efficiently muscles activate and deactivate. The pace is slower because the goal is sensory clarity. The range is smaller because precision matters more than intensity. When activation remains slightly elevated across the day, strain accumulates through joints and connective tissues. Persistent tightness may reflect incomplete release rather than weakness.

Why we overtrain but under-regulate

Modern fitness culture rewards visible output. Sweat, load and repetition can be measured and displayed. Baseline muscle activation can’t.

Over time, we strengthen muscles that never fully disengage. Tightness is met with more stretching or more load. When it returns, the solution is usually greater intensity. Persistent stiffness despite consistent exercise is common. Many people stretch in the late afternoon, feel brief relief, then notice tension return by evening. Others finish a workout exhausted but realise their shoulders are still slightly elevated when they sit down to eat.

The body never fully switches off.

Repetitive positioning, cognitive load, habitual movement patterns and protective guarding can all reinforce low-level contraction. Stress contributes, but so do long commutes, screen time and asymmetric training habits. We measure strength gains carefully. We rarely assess whether a muscle can fully relax. Somatic movement shifts attention to this neglected skill. Refining release capacity may reduce accumulated tension, ease end-of-day fatigue and improve efficiency during strength work.

In practical terms, this may mean sitting through a long meeting without constantly shifting your neck, finishing a workout without lingering shoulder tightness, or lying in bed without feeling your lower back subtly braced against the mattress.

EXPERT INSIGHT

Persistent stiffness, even among people who stretch or exercise regularly, is largely determined by the nervous system rather than the muscles alone. When the nervous system senses threat, such as instability, weakness, or poor control, it may limit how much range a muscle can access. In these situations, no amount of passive stretching is enough to create lasting change.

Everyday factors including repetitive postures, prolonged sitting, ongoing stress, past injuries, trauma, and habitual breathing patterns can keep the nervous system in a state of protection. Over time, this can reduce flexibility or create a persistent sense of tightness. Stretching may temporarily change how the body feels, but it doesn’t always change how the body is organising movement beneath the surface.

Somatic movement works differently by asking the brain to stay present with movement in real time. This helps people notice where tension is being held and gives the nervous system the opportunity to shift towards more efficient, less effortful movement patterns.

Stress and muscle guarding

Stress and anxiety can increase muscle guarding. Jaw clenching, elevated shoulders and shallow breathing are common responses. When alertness remains high, muscles may stay partially activated longer than necessary.

Persistent tension, however, isn’t purely psychological. Mechanical habits and learned movement patterns often play an equally significant role. Awareness-based movement may help identify unnecessary activation regardless of its origin. These approaches don’t treat anxiety disorders or trauma directly. When symptoms are severe or persistent, appropriate mental health care remains essential.

Is it stress, or is it anxiety: Untangling the web of anxiety: Finding calm in the chaos

Posture is dynamic, not static

Posture is often framed as alignment. From a motor control perspective, it reflects ongoing muscle activity. Limited variability and difficulty releasing sustained contraction often matter more than exact position. A body that moves fluidly in and out of positions is typically more adaptable than one that rigidly maintains an ideal shape. Improving release capacity can reduce strain accumulation during long meetings, extended screen time or travel.

EXPERT TIP

Many people worry about having “bad posture,” but from a somatic perspective, posture is understood less as something to correct and more as something the body is constantly organising in response to sensory input. Ash explains that while posture can shift biomechanically, it can also change through sensory interventions such as foot massage, eye exercises, balance work, and, importantly, breathing.

The idea of a single, fixed “perfect” posture is outdated. The body is designed to keep adjusting, adapting, and sensing. When new sensory information is introduced, the body has an opportunity to self-assess and readjust, rather than being forced into position. For everyday strain, Ash’s advice is simple: breathe.

One accessible way to support this process is diaphragmatic breathing, which can help reduce tension and subtly influence posture by calming the nervous system and improving sensory awareness.

Diaphragmatic breathing (guided awareness):

Sit, lie down, or stand comfortably. Place one hand on your sternum and the other on your belly. Inhale gently through your nose and notice where the breath moves. Observe whether the sternum lifts slightly, or whether the belly softens and expands. There’s no need to force the breath. Simply observe it. Exhale slowly through the nose. As you repeat this, you may begin to sense the breath reaching further into the body, including a gentle sideways expansion of the ribs. This reflects the diaphragm, the body’s primary breathing muscle, doing the job it was designed to do.

Clinical context and boundaries

Evidence specific to branded somatic systems remains limited. Awareness-based motor control retraining, however, is established in physiotherapy, particularly in chronic low back pain and posture-related disorders.

Chronic low back pain is consistently ranked among the leading causes of disability worldwide, affecting hundreds of millions of people at any given time. In many cases, pain persists even when imaging shows no clear structural damage. This has shifted clinical focus toward motor control, coordination and nervous system regulation rather than strength alone. Low-load approaches are sometimes dismissed, yet coordination directly influences how force is distributed across joints and tissues, especially when baseline tension remains elevated.

EXPERT INSIGHT

Somatic exercises are often misunderstood as being too gentle to be effective, largely because many people equate effectiveness with intensity. In reality, subtle, low-effort movements can influence coordination, pain perception, and body awareness, particularly for people living with persistent pain or long-standing movement habits.

Moving slowly allows the mind to stay present, rather than drifting away from bodily sensations. This sustained attention supports learning and change at the nervous system level. Increasingly, research points to the importance of sensory feedback and nervous system regulation in improving movement quality and comfort, rather than focusing solely on strength or flexibility.

A step-by-step somatic example

The focus isn’t how high the shoulders lift, but whether they fully soften on the way down.

EXPERT INSIGHT

Somatic exercises are best used as one tool alongside other movement modalities and forms of exercise, rather than on their own. Ash explains that many forms of movement can be approached somatically. While there are exercises that sit clearly within somatic practice, approaches such as Pilates or even strength training can also be done with a somatic focus.

At its core, somatic is about becoming aware and attuned to the body through movement, rather than disconnecting from sensation in order to push through it. The emphasis is on how movement is experienced, not just what movement is performed.

There are situations where somatic exercises may not be sufficient on their own. When they’re used in the context of trauma, it’s generally best to begin with the support of a trained professional. Ash also highlights the importance of recognising professional boundaries, noting the need to refer clients to clinical or medical professionals when concerns fall outside the scope of movement-based work.

Reframing the question

Persistent tightness is frequently attributed to ageing, posture or insufficient stretching. In some cases, those explanations overlook regulation.

Before adding more load or repetition, it may be worth asking whether the muscle can fully disengage. Stretching increases length and strength training increases force, yet both build capacity. Regulation determines how long that capacity can be sustained.

EXPERT CONTRIBUTOR
Ash Berry
Owner & Dance Movement Therapist
Movementality Pilates, Australia
Instagram: @movementality_aus