Shoulder health for swimmers is something everyone who swims regularly has to think about sooner or later. The reason is simple arithmetic: in a 1,500-metre session, a single shoulder works hundreds of times in the same plane of movement. If the muscular balance around the shoulder and control of the shoulder blade (scapula) are not adequate, this number of repetitions raises the risk of discomfort. In this article we share where shoulder load in swimming comes from, what scapular control means and a preventive dry-land programme that can be done in the strength and functional areas of O'Wellness Beytepe. As our club does not have a pool, you can continue your swim sessions at a pool of your choice in Ankara and do the complementary work in Beytepe. This article offers general information; if you have existing pain or an injury, be sure to consult a health professional.

Where does shoulder load in swimming come from?

The shoulder is the body's most mobile joint and therefore the one that needs the most stabilisation. The head of the upper arm bone sits in a fairly shallow socket; the joint's stability comes largely from the surrounding muscles and ligaments.

In freestyle, the arm passes overhead with every pull, moves into internal rotation and produces a powerful push with the back muscles. When this pattern is repeated thousands of times, three typical situations can arise:

Internal rotator dominance: the chest and front shoulder muscles get stronger while the external rotators lag behind.
Scapular dyskinesis: when the shoulder blade does not rotate in sync with the arm, the space inside the shoulder narrows.
Thoracic stiffness: when the upper back cannot rotate enough, the shoulder and neck are overworked to take a breath.

What is scapular control?

When the arm is raised overhead, the shoulder blade does not stay put; it rotates upwards, slides slightly to the side and tilts back. This coordinated movement is called scapulohumeral rhythm. When the rhythm is disrupted, the space between the upper arm bone and the shoulder blade narrows and mechanical friction on the tendons increases.

The main muscles that provide scapular control

Serratus anterior: holds the shoulder blade against the ribcage and rotates it upwards; it is one of the muscles most often weak in swimmers.
Lower trapezius: draws the shoulder blade down and in, preventing the shoulder from hiking up.
Middle trapezius and rhomboids: draw the shoulder blade inwards and support posture.
Rotator cuff group: supraspinatus, infraspinatus, subscapularis and teres minor; keeps the head of the arm centred in the socket.

Preventive exercise programme

The programme below can be completed twice a week in 15-20 minutes, after swimming or on a separate day. All movements are done with low load and a focus on technique; the goal is to build control, not muscle size.

1. Band external rotation

Elbow bent at 90 degrees and close to the body. Rotate the band outwards, hold for 2 seconds and return under control. 3 x 12-15 reps per arm.

2. Face pull

Pull the band or cable machine at eye level, elbows high and shoulder blades drawn together. Targets the middle and lower trapezius. 3 x 12-15 reps.

3. Scapular push-up

In a plank position with elbows locked, simply draw the shoulder blades together and apart. A fundamental exercise for the serratus anterior. 3 x 10-12 reps.

4. Wall slide

Forearms on the wall, elbows at shoulder height. As you slide your arms up, take care not to shrug your shoulders towards your ears. 3 x 8-10 reps.

5. Prone Y and T

Lie face down and raise your arms in a Y and a T shape, holding for 2 seconds. Works the upper back and lower trapezius. 2 x 10 reps per position.

6. Band pull-apart

Arms straight out in front; pull the band apart to the sides. Builds the habit of drawing the shoulders back. 3 x 15-20 reps.

7. Thoracic rotation

On all fours with one hand behind your head, rotate your torso upwards. Improves upper-back mobility, making breathing easier. 2 x 8 reps per side.

Technique fixes: reducing load in the water

Just as important as dry-land exercise is swimming technique itself. Three technical errors noticeably increase shoulder load.

Dropped-elbow pull

When the elbow moves back before the hand, propulsion efficiency drops and extra strain is placed on the shoulder. Fingertip drag and fist swimming drills help correct this pattern.

Crossing the midline on entry

When the hand crosses the body's midline as it enters the water, the shoulder joint is forced into a closed angle. The entry point should be kept in line with the shoulder.

One-sided breathing

Always breathing to the same side exaggerates the rotation pattern on that side and creates asymmetrical loading. A habit of bilateral breathing every three strokes supports symmetry.

Managing training volume

Even the best exercise programme cannot make up for excessive volume. Practical rules for a shoulder-friendly week:

Increase weekly distance gradually: an increase of more than 10-15 percent from one week to the next is considered risky.
Limit paddle use: paddles significantly increase pulling load; using them for a small part of weekly volume is recommended.
Vary your strokes: breaststroke and backstroke spread the shoulder load of freestyle.
Balance overhead lifting: in heavy swimming weeks it makes sense to reduce shoulder press volume.
Bias the pull-push ratio towards pulling: keeping weekly back work above chest work supports shoulder balance.

Warning signs

In the following situations, you should get an assessment rather than continue training:

Recurring sharp pain at a certain angle when raising the arm overhead.
Discomfort that wakes you at night when lying on the shoulder.
A noticeable reduction in arm strength.
Pain that starts in the first 100 metres of a session and builds over the distance.
A catching or locking sensation in the shoulder.

In these cases, rather than assuming "it will pass once I warm up", the right step is to reduce load and get expert advice; the sports physiotherapist among O'Wellness Beytepe's special services can be the first stop for this assessment.

Recovery and supporting practices

Sleep: the most decisive factor in tissue recovery; duration and quality should be prioritised in heavy training periods.
Mobility routine: 5-8 minutes of gentle daily work for the chest, front shoulder and thoracic region.
Foam rolling and stretching: light foam rolling and stretching for the shoulder and upper-back muscles after a session can support relaxation.
Reformer Pilates: because it focuses on scapular stabilisation and controlled range of motion, it fits well into a swimmer's programme.
Protein and overall nutritional balance: tissue repair requires adequate energy and protein intake.

Sample weekly integration

Monday: 1,200 metres of swimming (freestyle and backstroke) at your preferred pool in Ankara + shoulder programme (session 1).
Wednesday: pull-focused strength training at O'Wellness Beytepe + thoracic mobility.
Friday: 1,000 metres of technique-focused swimming + shoulder programme (session 2).
Weekend: Reformer Pilates or a Mobility & Stretching class; recovery with light stretching.

Conclusion

Shoulder health in swimmers is the result not of a single exercise but of managing three components together: targeted dry-land work that develops scapular control, technique fixes that reduce shoulder load and training volume that progresses gradually. A 15-minute preventive programme done twice a week directly affects the years you will spend in the water. Planning a short session with our coaches or Athletic Performance team in Beytepe is the most practical way to assess your shoulder balance and personalise your dry-land programme; for your swimming technique, keep working with your coach at the pool.

Shoulder Health for Swimmers: Scapular Control and Preventive Exercises