The pole dancer’s guide to rotator cuff related shoulder pain part 1 – causes, risk factors and diagnosis

Shoulder pain is the most commonly reported injury in pole dancers. The instinct to rest completely, push through or jump straight to imaging is understandable, but rarely optimal. Understanding what’s actually happening in the shoulder, why pole dancers are particularly vulnerable and how the condition is properly identified is the foundation for managing it well.

This is Part 1 of a 2 part guide (here’s part 2) to rotator cuff related shoulder pain (RCRSP) in pole dancers. It covers what RCRSP is, the anatomy behind it, why pole places the shoulder at risk, and how it’s diagnosed. Part 2 covers treatment, phased rehabilitation and return to pole.

What is rotator cuff related shoulder pain

RCRSP is a broad clinical term describing non-traumatic pain linked to the structures in and around the subacromial space (the area on top of your shoulder). This umbrella term includes rotator cuff tendinopathy, subacromial bursitis, partial and full thickness tendon tears and irritation of the long head of the biceps tendon.

You may have previously heard the term shoulder impingement. However, this label has been largely retired from clinical use because it implies a mechanical pinching of tissue that research has not consistently supported as the primary mechanism. RCRSP or subacromial pain syndrome (SAPS) is now the preferred term, reflecting that the condition involves a complex interaction of load, tissue capacity, movement patterns and individual factors, rather than a straightforward structural compression.

The role of the rotator cuff

The rotator cuff is a group of four muscles that work as a coordinated unit to keep the humeral head (the ball of the upper arm) centred in the glenoid (the socket of the shoulder blade) during movement.

Their specific roles:

• Infraspinatus and teres minor – external rotation
• Subscapularis – internal rotation
• Supraspinatus – contributes to stabilisation and prevents the humeral head migrating upward during arm elevation

During flexion, supraspinatus and infraspinatus prevent the humeral head gliding forward, during extension, subscapularis prevents backward glide and during abduction, external rotation helps increase the subacromial space.

These muscles are extremely important in pole because they are working constantly. Many pole-specific positions load the internal rotators (subscapularis, pecs and lats) relative to the external rotators. Over time, without deliberate counterbalancing work, this can create rotator cuff imbalances that reduce the shoulder’s ability to maintain optimal positioning of the shoulder under load.

The below videos give you a more detailed and visual demonstration.

Signs and symptoms

RCRSP typically presents as pain or weakness when lifting the arm overhead. The pain is felt at the top or outside of the shoulder, around the deltoid area, sometimes radiating down the upper arm. It may be present during training, afterwards or both. Difficulty sleeping on the affected side is common in more significant presentations.

RCRSP rarely has a single precipitating event. It tends to develop gradually, often following a change in training load, frequency or type that asked the rotator cuff to do more than it was conditioned to handle.

How common is it

Shoulder pain is the third most common musculoskeletal complaint in primary care. Up to 70% of people will experience it at some point in their lives. RCRSP accounts for up to 80% of those presentations. It most commonly affects people aged 45-55, though younger active adults, particularly overhead athletes are affected at a higher rate.

Shoulder injuries in pole dancers

While pole-specific research is limited, here’s what we know so far:

• Shoulder injuries are the most common injury in pole dancers
• 62-75% of all pole injuries are acute
• 21-54% are overuse injuries
• 48-80% are chronic
• Loaded internal rotation of the shoulder, like in twisted grip, accounts for around 33% of shoulder injuries according to a study
• The risk of injury increases with experience and skill level
• My own dissertation research found consistent results, with higher injury rates also linked to age and training frequency and duration. If you’d like a copy, get in touch.

How shoulder injuries happen in pole

Shoulder injuries in pole fall into two broad categories. Traumatic injuries from falls onto an outstretched arm, unexpected force during a move or shoulder dislocation. These are sudden onset events and are less common but significant when they occur.

The more prevalent category is atraumatic. These are injuries that develop gradually through repetitive microtrauma, sudden increase in load, compensatory movement patterns and inadequate recovery. Most RCRSP falls into this category, overuse, not a one off event.

Several aspects of pole training create conditions for this type of injury:

Pole doesn’t naturally follow progressive overload principles. Unlike structured strength training, pole sessions often involve repeating tricks for extended periods, often on the same side, without objective tracking of volume or intensity. The challenge that makes pole skill learning immersive also makes it easy to accumulate load without noticing. It’s easier to put an extra plate on a barbell than progressively load a skill.

Unilateral training bias is common. Research indicates that approximately 70% of pole dancers predominantly train their ‘good’ side. Over time this creates asymmetries in shoulder strength, control and tissue loading that increase injury risk on both sides, the stronger side through overuse, the weaker side through compensatory demand.

Many pole dancers begin without a strength training foundation. Pole attracts a large number of participants who come to the sport as adults without prior experience and foundation of resistance training, joint stability, mobility or movement mechanics. The strength and neuromuscular control that pole demands takes time to develop. Doing too much too soon creates increased injury risk.

Training culture can work against injury prevention. The pole community celebrates persistence and is often ambiguous about pain. Bruises are normalised, pole kisses are synonymous with pride, training through pain is common and recovery is seen as a weakness. While resilience has value, ignoring warning signs consistently accelerates the progression from minor niggle to significant injury. However, as a personal observation, in more recent years it appears that there is more awareness around sustainable training habits.

Risk factors in pole dancers

Pole places a huge demand on the musculoskeletal system, especially the shoulders and wrists. Shoulder injuries are rarely caused by a single factor. The following contributors are consistent across the research in overhead sports, with pole-specific context where relevant:

Sudden increases in training load, frequency or type – the most modifiable and consistently identified risk factor across sports. Tissue doesn’t adapt instantaneously to increased demand, rapid load changes can exceed capacity leading to injuries.

Repetitive overhead movements – pole’s fundamental movement pattern places the shoulder into sustained overhead positions increasing the need for strong rotator cuff musculature and scapular stability to control the humeral head in those vulnerable positions.

Rotator cuff weakness and imbalance – particularly between external and internal rotators.

Poor scapular stability – the scapula is the base on which shoulder movement occurs and poor scapular control can lead to compensations and imbalances.

Weakness in the kinetic chain – trunk stability, hip strength and thoracic mobility all influence the demand placed on the shoulder during pole movement. This is discussed in more detail in part 2.

Instability – repetitive loading, being hypermobile or previous dislocation or subluxation increases your risk of excess laxity around the shoulder which can lead to instability causing pain, weakness, apprehension, recurrent subluxations or dislocations and longer term problems.

Limited or excessive range of motion – restricted overhead mobility increases compensations and hypermobility without adequate active control creates a different but equally significant vulnerability.

Previous injury – prior shoulder problems are a consistent predictor of future injury, even after apparent recovery, due to residual deficits in strength, control and neuromuscular timing.

Fatigue and inadequate recovery – the shoulder’s capacity to maintain safe mechanics under load diminishes with fatigue. Training at high intensity or volume without sufficient recovery can exceed the capacity of what the shoulder can do.

Psychological stress, lifestyle factors (poor sleep, smoking, alcohol) and systemic conditions like diabetes or thyroid dysfunction also have documented associations with shoulder pain presentation and recovery.

How RCRSP is diagnosed

RCRSP is diagnosed through clinical history and physical assessment. There is no single definitive test. Diagnosis is based on the combination of pain pattern, symptom behaviour, history of onset, movement assessment and load response. Common clinical features include pain or weakness during resisted shoulder abduction and external rotation, pain with specific overhead positions and a history consistent with load change or overuse.

A scan is not usually needed to diagnose RCRSP. Imaging findings frequently don’t correlate with symptoms. Rotator cuff changes are common in pain-free, high-performing athletes and are more common with age. Imaging is appropriate when there has been significant trauma, when serious pathology is suspected or when symptoms are not responding as expected to appropriate rehabilitation. This topic is covered in more detail in Pole Meets Science #3, which looks specifically at the evidence around shoulder imaging decisions.

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Make sure you have a look at part 2 of this guide, which covers treatment, rehabilitation, kinetic chain considerations, prevention strategies and return to pole criteria.

Have you been managing shoulder pain in your pole training? This is one of the most common topics in the pole community. The forum is a good place to share experiences and ask questions. And if you know someone who’d find this useful, spread the word!

We offer virtual physiotherapy, strength coaching and personalised training programs tailored to pole dancers whether you’re injured, want to avoid getting injured or want to get stronger and achieve your pole goals.

💻 Book your appointment or message us here or on Instagram @polisthenics!

Disclaimer: This post is for educational purposes and should not replace professional medical advice. Always consult with a healthcare provider for diagnosis and treatment tailored to your needs.

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