Reformer Pilates to Improve Balance and Coordination

Balance is not a fixed trait you are born with or lose for good. It is a physical capacity that can be trained, maintained and recovered at any age. And Reformer Pilates is one of the most complete methods for doing so, precisely because it turns every exercise into a stability challenge.

This article explains why balance deteriorates, why it matters more than most people think, how the Reformer works on this capacity specifically and which exercises are the most effective. You will also find information on how this applies to different groups: older people, athletes and those recovering from an injury.

Why Balance Deteriorates

Balance depends on three systems working in parallel: the vestibular system (inner ear), the visual system and the proprioceptive system (the information that comes from muscles, tendons and joints). When any of these systems fails or weakens, balance suffers.

A Sedentary Lifestyle Reduces Proprioception

Proprioception is the nervous system’s ability to detect the position and movement of the body in space. This information is generated by specialised receptors distributed throughout the joints, muscles and connective tissue. If those receptors are not stimulated regularly, their response becomes slower and less precise. A sedentary life, with many hours sitting and little variety of movement, progressively impoverishes this system.

Ageing Affects All the Balance Systems

From the age of 40, the body begins to gradually lose muscle mass if it is not trained. Proprioceptive receptors become less sensitive. Nerve conduction speed decreases. Vision may deteriorate. The inner ear loses some of its precision. All of this adds up and explains why the risk of falling increases markedly with age. Those who exercise regularly slow this decline considerably.

Loss of Core Strength Compromises Stability

The core, made up of the transversus abdominis, the multifidus, the diaphragm and the pelvic floor, acts as the central postural control system. When these deep muscles weaken, the body loses its base of stability and every movement becomes a greater coordination effort. The usual result is a compensated posture, less efficient movements and a higher risk of injury.

Why Balance Matters at Every Age

Older People: Fall Prevention

In Spain, falls are the leading cause of serious injury in people over 65. A single fall can lead to a hip fracture with consequences that go far beyond the broken bone: prolonged hospitalisation, loss of independence, isolation. Most of those falls are preventable with appropriate training of balance and muscle strength.

Athletes: Performance and Injury Prevention

In sport, balance is not a secondary add-on. It is a basic condition for performing any technical movement effectively. A runner with better ankle proprioception absorbs impacts better. A tennis player with greater hip stability generates more power and protects the knee. A swimmer with a coordinated core holds the hydrodynamic position better. Balance training improves performance and reduces the likelihood of overuse injuries or injuries from poorly controlled movements.

Everyday Functional Movement

Climbing stairs, getting off a moving bus, picking something up from the floor, walking on an uneven surface. All of these movements require balance and neuromuscular coordination. Losing this capacity not only increases the risk of falling, but limits independence and reduces quality of life in concrete ways.

How the Reformer Trains Balance Specifically

The Reformer is not a static machine. The carriage moves on rails and its springs offer a resistance that changes according to position and load. This controlled instability is exactly what makes it such an effective tool for balance training.

The Moving Carriage Creates a Constant Proprioceptive Challenge

When you position yourself on a carriage that moves, your nervous system has to process information in real time and activate the stabilising muscles to maintain control. This stimulus is qualitatively different from what static floor exercises offer. It forces the brain to constantly recalibrate the body’s position and respond quickly, which is exactly what the proprioceptive system needs in order to improve.

Unilateral Work Exposes Imbalances

Single-leg or single-arm exercises reveal differences in strength and coordination between the two sides. On the floor, the dominant side can compensate for the weakness of the other. On the Reformer, that compensation is much harder to maintain. The body has to work more honestly and resolve its own imbalances, which produces more symmetrical adaptations.

Standing Exercises Amplify the Challenge

Some Reformer exercises are performed standing on the carriage while it moves. The level of proprioceptive demand in that position is considerable. The body has to integrate signals from the ankle, knee, hip and trunk simultaneously in order to stay stable.

The Connection between Core and Balance

As explained in detail in the article on core and abdominals, the deep core is the origin of postural control. On the Reformer, every exercise requires these muscles to activate before and during the movement. Over time, that activation becomes automatic and balance improves as a direct consequence.

6 Reformer Exercises to Improve Balance

1. Single Leg Footwork

Performed lying on your back with the feet on the footbar, but working with one leg only. The other stays in the air, with the knee bent or extended depending on the level. Pushing the carriage with a single leg intensely activates the stabilising muscles of the hip, knee and ankle. It is an excellent exercise for detecting and correcting asymmetries between the two sides and for developing the unilateral strength that supports balance in everyday life.

2. Standing Work on the Reformer

Standing work on the Reformer is one of the highest proprioceptive challenges this machine offers. The practitioner stands on the carriage with the hands in the straps or free, and performs controlled movements while the carriage moves. The demand on the ankle, hip and core is very high. This type of work transfers especially well to everyday activities because it replicates the situation of moving on an unstable surface.

3. Skating

The Skating exercise mimics the lateral movement of skating. With one foot on the carriage and the other on the fixed platform, the practitioner pushes the carriage sideways in a movement pattern that requires precise coordination between the hips, core and shoulders. It improves lateral hip stability and trunk control in the frontal plane, which is one of the most neglected in conventional training.

4. Side Splits

Side Splits are performed standing, with each foot on a different part of the machine. The carriage moves away from the footrest while the practitioner stays upright and controls the return. The demand on the adductors, glutes and lateral core is considerable. The base of support is wide but unstable, which forces the nervous system to work actively to maintain balance.

5. Kneeling Series

Exercises performed kneeling on the carriage remove the foot as a base of support and concentrate the stabilising demand on the hip and trunk. Working with the straps or ropes while the carriage moves, the body has to stay upright without the usual reference of the floor. This work is especially useful for those with lumbopelvic control problems or for athletes looking to improve trunk stability in less conventional positions.

6. Tree

The Tree is a classic exercise from the Reformer Pilates repertoire. It is performed with one leg resting on the footbar and the other extended upwards, while the trunk moves through flexion and extension on the carriage. The combination of asymmetry, spinal mobility and the need for core control makes it a very complete exercise for balance and coordination. It requires a prior level of practice and is usually introduced at intermediate or advanced stages.

Pilates and Balance in Specific Groups

Older People: Slowing Decline and Preventing Falls

For people over 50, balance training is a health priority. A study published in the Journal of Aging and Physical Activity found that Pilates programmes produce significant improvements in static and dynamic balance in older adults, with effects comparable to specific balance-training programmes. On the Reformer, the pace adapts to each person and the springs offer a resistance that can be increased or reduced to adjust the difficulty. The result is effective training that involves no unnecessary risk.

Athletes: Transfer to Performance

For a runner, a tennis player or a footballer, balance is not just a safety capacity. It is part of performance. Proprioceptive training on the Reformer improves joint stability, especially in the ankle and hip, and reduces the risk of sprains and overuse injuries. The coordination developed through unilateral work transfers directly to sporting movements. Many elite athletes include Reformer Pilates as a regular part of their physical preparation.

Injury Recovery: Re-educating the Proprioceptive System

After a joint injury, especially to the knee, ankle or hip, the proprioceptive system is altered. The receptors in that area have been damaged and their response becomes less reliable. The Reformer allows proprioception to be worked on progressively, from safe positions with controlled load through to more demanding challenges. This speeds up functional recovery and reduces the risk of relapse, which is especially high in ankle sprains that are not fully rehabilitated.

Scientific Evidence on Pilates and Balance

The volume of research on Pilates and balance has grown considerably in recent years. The results are consistent:

A meta-analysis published in Archives of Gerontology and Geriatrics (2015) analysed several clinical trials and concluded that Pilates improves balance and functional mobility in older adults to a statistically significant degree.

A 2019 study in the Journal of Bodywork and Movement Therapies compared a group of older women who practised Pilates for 12 weeks with a control group, and found clear improvements on the Berg Balance Scale and in functional gait tests in the Pilates group.

Research specific to the Reformer, although less abundant than research on Pilates in general, shows that the instability of the carriage activates the stabilising muscles of the trunk and hip to a greater degree than floor work, which translates into greater proprioceptive adaptations.

Frequently Asked Questions about Pilates and Balance

How long does it take to notice improvements in balance with Reformer Pilates?

The first changes are usually noticed between 4 and 8 weeks of regular practice. Many people say that even in the first sessions they are more aware of how they distribute their weight and how they engage their core. The most solid improvements in dynamic balance consolidate from 3 months of continued training.

Is Reformer Pilates safe for older people with balance problems?

Yes, as long as it is done with a qualified instructor and in small groups. The Reformer allows the resistance and position to be adjusted so that each person works within their real capabilities. At Pinar Pilates groups have a maximum of 8 people, which guarantees that the instructor can attend to each practitioner individually.

Is Reformer Pilates useful for improving balance if I already do another type of exercise?

Yes. The proprioceptive work of the Reformer complements any other activity, including running, strength training or yoga. Many people who already exercise regularly find that the Reformer adds a dimension of physical work that their other activities do not cover.

Can I start balance work on the Reformer if I am a beginner?

Balance work on the Reformer is introduced progressively. The most demanding exercises, such as Standing Work or the Tree, are worked on once the practitioner has a foundation of core control and knows the machine. In the first sessions the focus is on learning to activate the deep muscles and control the carriage. Progression is gradual and adapted to each person.

What is the difference between mat Pilates and the Reformer for balance work?

Mat Pilates works on balance with the body on a stable surface. The Reformer adds the instability of the carriage, which forces the proprioceptive system to work more actively and continuously. This does not mean the mat is not useful, but the Reformer offers a qualitatively different proprioceptive stimulus that produces faster adaptations in the balance system.

Pinar Pilates: Training with Real Attention

At Pinar Pilates, in Madrid’s Salamanca district, groups have a maximum of 8 people. That means that in every class there is an instructor who can see what you are doing, correct your position and adjust the exercise to what your body needs at that moment. That individual attention makes the difference, especially when the goal is to improve balance and coordination, two capacities that require precise feedback and well-calibrated progression.

With more than 490 Google reviews (average 4.9 out of 5) and more than 40 classes a week, the studio is at Calle del Pinar 8, 28006 Madrid. You can call +34 611 994 729 with any questions.

If you want to know what the process is like from the beginning, the article on the first Reformer Pilates class has all the information.

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