Understanding shoulder movement, rotator cuff function and how chiropractic care can help you keep training confidently.
You've been working hard at the gym. Your strength is improving, you're becoming more consistent with your training and you're starting to feel the benefits. But recently, something has changed.
Perhaps your shoulder hurts when you bench press. Maybe you experience a sharp pinch when lifting your arm overhead, or a dull ache develops after push-ups. You might notice discomfort reaching behind your back, stiffness when getting dressed or soreness when lying on one shoulder at night.
Shoulder pain during exercise is something we commonly see in active adults, particularly those who regularly perform pressing, pulling, throwing or overhead movements. And while it's tempting to push through the discomfort or simply avoid the exercise altogether, recurring shoulder pain deserves a closer look.
Your shoulder is designed for movement, strength and adaptability. When discomfort develops, understanding how the joint functions is an important step towards getting back to the activities you enjoy.
At Nomad Chiropractic in Mosman, we look beyond the painful area to understand how your shoulder, shoulder blade, spine, muscles and nervous system work together.
Because strong, healthy shoulders aren't just about how much you can lift. They're about having the movement, strength and control to keep doing what you love.
Why Does My Shoulder Hurt During Exercise?
Shoulder pain during exercise can develop when the physical demands of training exceed the capacity of the muscles, tendons and joints supporting your shoulder.
Common contributing factors include:
Irritation of the rotator cuff muscles or tendons.
Sudden increases in training weight or volume.
Reduced muscular strength or endurance.
Limited or uncomfortable shoulder movement.
Changes in shoulder blade movement and control.
Fatigue affecting lifting technique.
Previous shoulder injuries.
Pain referred from the cervical spine.
Insufficient recovery between demanding workouts.
Sometimes discomfort reflects temporary muscular soreness following a challenging session. Other times, repeated pain during pressing, pulling or overhead movements may indicate a shoulder condition that would benefit from assessment and rehabilitation.
The important question isn't simply which exercise hurts. It's why your shoulder is struggling with that particular movement or load.
Your Shoulder Is Designed for Movement
Your shoulder is one of the most mobile regions of your body. It allows you to reach overhead, lift, throw, push, pull and move your arms in multiple directions.
Unlike your hip, which has a relatively deep socket, your shoulder relies heavily on coordinated muscular activity to maintain control while allowing extensive movement.
The shoulder complex includes several interconnected structures.
> The Glenohumeral Joint
This is the ball-and-socket joint most people think of as the shoulder. It's formed by the head of your upper arm bone, the humerus, and the glenoid of your shoulder blade. Its structure allows considerable movement in multiple directions.
> The Shoulder Blade
Your scapula, or shoulder blade, provides a moving foundation for your arm. As you raise your arm, the scapula rotates and changes position along your rib cage, helping position the shoulder joint for movement and force production.
> The Rotator Cuff
Your rotator cuff consists of four muscles: the supraspinatus, infraspinatus, teres minor and subscapularis. These muscles help control movement and maintain the position of your upper arm within the shoulder joint. They're particularly important during lifting, throwing and overhead activities.
> The Thoracic Spine
Your upper back contributes to shoulder positioning, trunk rotation and overhead movement. When you lift your arm, your thoracic spine and rib cage provide an important foundation for coordinated movement.
Healthy shoulder function depends on these structures working together, rather than any one muscle or joint functioning independently.
1. Your Rotator Cuff May Be Struggling With Training Load
One of the most common causes of exercise-related shoulder pain is rotator cuff tendinopathy. This refers to pain and reduced load tolerance involving one or more of the rotator cuff tendons.
Rotator cuff-related pain may develop gradually, particularly when training demands increase. Perhaps you've recently increased your bench press weight, added more overhead exercises, started training your shoulders more frequently or returned to the gym after a break.
Your rotator cuff muscles and tendons need time to adapt to these demands. If your training increases faster than your current capacity, the shoulder may become painful or sensitive.
What Does Rotator Cuff Pain Feel Like?
Common symptoms include:
Pain around the front or outside of the shoulder.
Discomfort when lifting your arm.
Pain during overhead pressing.
Soreness after bench presses.
Difficulty lying on the affected shoulder.
Reduced strength during certain movements.
A 2025 clinical practice guideline published in the Journal of Orthopaedic & Sports Physical Therapy supports individualised rehabilitation, including progressive strengthening and movement-control exercises, for people experiencing rotator cuff tendinopathy.
The guideline also recognises spinal and upper limb manual therapy as options for short-term pain management, providing support for a combined approach that considers both the irritated tissues and the movement demands contributing to symptoms.
Your shoulder doesn't necessarily need complete rest. It needs the right amount of movement and loading to rebuild its capacity.
2. Your Shoulder Blade Plays a Bigger Role Than You Might Think
Your shoulder blade isn't fixed in one position. It moves continuously as you raise, lower and rotate your arm.
This coordinated relationship between your upper arm and shoulder blade is called scapulohumeral rhythm. During overhead movement, the scapula rotates upwards and changes position against your rib cage, helping maintain efficient shoulder movement.
What Happens When Shoulder Blade Control Changes?
Sometimes the muscles controlling the scapula aren't coordinating effectively for the demands of a particular activity. This may be influenced by muscular fatigue, changes in serratus anterior or trapezius activity, previous injuries, pain or reduced shoulder strength.
You might notice your shoulders shrugging excessively during pressing exercises or difficulty controlling your arm as you lower a weight.
Researchers Kibler and Sciascia have explored the role of scapular movement in overhead athletes. Their work highlights the importance of the shoulder blade in transferring forces through the upper body and coordinating movement during sport.
However, shoulder blades naturally move differently between individuals. A variation in scapular movement isn't automatically abnormal or responsible for pain.
The more useful question is whether improving strength, movement control or exercise technique helps your shoulder tolerate activity.
Why This Matters During Overhead Lifting
Imagine performing a dumbbell shoulder press. Your upper arm needs to move upwards while your shoulder blade rotates to support the movement. Your rotator cuff helps control the shoulder joint, while your upper back and trunk provide a strong, adaptable foundation.
If one component becomes fatigued, your body may change its movement strategy. This can influence how comfortable or controlled the exercise feels.
Your shoulder doesn't work alone. Effective movement depends on coordination between your shoulder joint, shoulder blade, spine and surrounding muscles.
3. Your Upper Back and Neck Can Influence Shoulder Function
Your shoulder doesn't work independently from your spine. The cervical and thoracic regions contribute to upper body positioning, movement and sensory information.
For example, when you raise your arm overhead, your thoracic spine may extend slightly to help accommodate the movement. Your rib cage, shoulder blade and upper arm coordinate throughout the exercise.
If your upper back feels restricted or your neck is uncomfortable, you may notice changes in how you perform overhead movements.
This doesn't mean every shoulder problem originates in the spine. However, examining spinal function is an important part of understanding the broader movement picture.
Why Thoracic Mobility Matters
Your thoracic spine contributes to overhead reaching, trunk rotation, shoulder blade positioning and movements involved in swimming, throwing, golf and tennis.
For some people, improving upper back mobility can make overhead exercises feel more comfortable. For others, the priority may be strengthening the shoulder rather than increasing spinal mobility.
At Nomad Chiropractic, we assess both areas to understand how they may be contributing to your symptoms.
4. Your Nervous System Coordinates Shoulder Movement
Every movement you make depends on communication between your brain and body.
When you lift your arm, your nervous system receives information from sensory receptors in your muscles, tendons and joints. These receptors provide information about movement, muscle tension and joint position, helping your brain coordinate muscular activity.
This process involves proprioception, your body's awareness of position and movement.
Why Proprioception Matters for Your Shoulder
Think about throwing a tennis ball. Your brain needs to coordinate shoulder rotation, elbow movement, wrist position and trunk movement in a fraction of a second.
During a bench press, it coordinates muscular activity as the weight moves towards and away from your body. When you lower a dumbbell from overhead, your nervous system helps regulate the speed and control of the movement.
Your shoulder needs sufficient strength, but it also needs coordinated movement.
What Does Chiropractic Neuroscience Tell Us?
Research by neuroscientist and chiropractor Dr Heidi Haavik and colleagues has investigated the neurological effects of spinal manipulation.
A 2012 review by Haavik and Murphy examined how spinal manipulation influences sensory processing, motor output and sensorimotor integration. Their research describes measurable changes in aspects of nervous system activity following spinal manipulation.
Further research by Lelic and colleagues has identified changes in brain activity associated with sensorimotor integration following spinal manipulation.
These findings are relevant to chiropractic because spinal joints contribute sensory information used by the nervous system. They demonstrate that spinal manipulation can influence neurological processes beyond the local movement of a joint.
Researchers are continuing to explore how these changes relate to longer-term improvements in movement and physical performance.
Your shoulder needs more than strong muscles. It needs a nervous system capable of coordinating those muscles effectively.
At Nomad, we consider this relationship between spinal function, proprioception and movement control when assessing musculoskeletal complaints.
5. Why Does My Shoulder Hurt During Bench Presses?
Bench pressing places considerable demands on your shoulder joint, rotator cuff and surrounding muscles. Your upper arm position, grip width, the weight you're lifting and your available movement all influence the forces experienced by your shoulder.
Common contributing factors include increasing the load too quickly, performing more pressing volume than your shoulder currently tolerates, using an uncomfortable grip width, lowering the bar into a painful position or muscular fatigue affecting movement control.
Previous shoulder injuries or rotator cuff irritation may also contribute.
What Can Help?
Consider temporarily reducing the weight or total number of sets. You may find that modifying your grip width or using dumbbells allows a more comfortable movement.
A neutral-grip dumbbell press can be useful for some people because it allows greater freedom to adjust arm position. You could also try a floor press, which limits how far your upper arm moves behind your body.
The goal isn't to avoid pressing forever. It's to find a variation your shoulder can tolerate while you rebuild strength.
6. Why Does My Shoulder Hurt During Overhead Presses?
Overhead pressing requires coordinated movement through your shoulder joint, scapula and upper back. Your rotator cuff helps control the position of your upper arm while your deltoid muscles produce much of the force needed to raise it.
Shoulder pain during overhead pressing may develop from rotator cuff irritation, reduced load tolerance, muscular fatigue, restricted or painful movement, previous injuries or changes in scapular control.
For some people, a landmine press is a useful alternative. Because your arm moves forwards and upwards along an angled path, it may allow pressing within a more comfortable range.
Other modifications include reducing the weight, using dumbbells or temporarily limiting your range of motion.
As symptoms improve, overhead loading can be gradually reintroduced.
7. Why Does My Shoulder Hurt During Push-Ups?
Push-ups require strength and coordination through your shoulders, chest, arms and trunk. Your shoulder blades also move around your rib cage as you lower and push your body away from the floor.
Shoulder pain during push-ups may occur when your current strength is insufficient for the exercise volume, the depth of the movement aggravates your symptoms, your hand position is uncomfortable or your rotator cuff becomes fatigued.
What Helps?
Try performing push-ups against a wall or an elevated surface. This reduces the amount of body weight passing through your arms.
As your strength improves, gradually lower the surface until you're comfortable returning to floor push-ups.
The same principle applies to many exercises.
You can maintain movement while adjusting the difficulty to suit your current capacity.
8. Does Shoulder Pain Mean You Have a Rotator Cuff Tear?
Not necessarily. Shoulder pain can develop without a significant structural injury.
Rotator cuff tendinopathy, muscular fatigue, joint irritation and other musculoskeletal conditions can produce discomfort during lifting.
However, some symptoms deserve particular attention. A sudden injury followed by significant weakness, an inability to lift your arm or marked loss of function may indicate a more substantial injury.
Persistent night pain, progressive weakness or symptoms that fail to improve also warrant assessment.
A clinical examination can help determine whether imaging or specialist referral is appropriate. For many gradual-onset shoulder complaints, conservative care and progressive rehabilitation are suitable starting points.
How Sports Chiropractic Can Help Shoulder Pain During Exercise
Sports chiropractic considers the interaction between joint function, muscular control, spinal movement and the physical demands of exercise.
The International Federation of Sports Chiropractic (FICS) provides advanced postgraduate education in sports injury assessment, extremity care, joint manipulation, soft tissue techniques and rehabilitation.
This broader approach is particularly relevant for shoulder complaints because shoulder movement depends on several interconnected structures.
At Nomad Chiropractic, we assess your shoulder as part of your overall musculoskeletal and neurological function.
What We Assess at Nomad
Your chiropractor may examine:
Shoulder range of motion: How comfortably you can lift, rotate and move your arm.
Rotator cuff strength: How the muscles surrounding your shoulder respond to resistance.
Scapular movement: How your shoulder blade contributes to upper limb movement.
Cervical and thoracic spine: Whether neck or upper back movement contributes to your symptoms.
Neurological function: Relevant nerve function, particularly where symptoms involve radiating pain, tingling or weakness.
Functional movement: Exercises such as pressing, reaching or lifting that reproduce your symptoms.
Training history: Recent changes in exercise, training volume and recovery.
The goal is to understand the factors contributing to your discomfort and develop a plan that addresses both your symptoms and your movement goals.
Chiropractic Adjustments
The 2025 rotator cuff clinical practice guideline recognises spinal and upper limb manual therapy as options for short-term pain management.
At Nomad, chiropractic adjustments may form part of a broader management plan that also includes exercise and rehabilitation.
Lets stimulate the brain. One Adjustment at a time.
Soft Tissue Therapy ± Dry Needling
Soft tissue techniques may help address muscular discomfort and sensitivity around your shoulder, neck and upper back. Where appropriate, dry needling may be included to help manage muscle-related pain and tension.
Exercise Rehabilitation
Progressive strengthening is central to improving shoulder load tolerance. Depending on your findings, exercises may focus on rotator cuff strength, scapular control, shoulder mobility, trunk strength and exercise-specific movement patterns.
Training Modifications
We consider the exercises you want to return to and how your training programme can be adjusted while your shoulder recovers.
The goal isn't simply to reduce symptoms.
It's to improve your shoulder's capacity to tolerate the activities you enjoy, so you can return to training with confidence.
Five Exercises That May Help Shoulder Pain During Exercise
These exercises can help develop movement, strength and control around your shoulder. Start with a comfortable resistance and range of motion, then gradually progress as your capacity improves.
1. Wall Slides
Focus: Shoulder mobility and scapular control
Stand facing a wall with your forearms resting against it. Slowly slide your arms upwards while maintaining a comfortable position, then return to the starting position.
Try: 2 sets of 8 to 10 repetitions.
Why it helps: Encourages coordinated movement between your shoulder blades and upper arms.
2. Resistance Band External Rotation
Focus: Rotator cuff strength
Stand with your elbow bent to approximately 90 degrees and positioned close to your side. Hold a light resistance band and slowly rotate your hand outwards while keeping your elbow near your body. Return with control.
Try: 2 sets of 10 to 12 repetitions.
Why it helps: Strengthens the external rotator muscles of your shoulder, including the infraspinatus and teres minor.
3. Thoracic Rotation
Focus: Upper back mobility
Begin on your hands and knees. Place one hand behind your head and slowly rotate your upper back, directing your elbow towards the ceiling. Return to the starting position.
Try: 8 repetitions per side.
Why it helps: Encourages thoracic movement that contributes to upper body mobility.
4. Serratus Wall Push
Focus: Shoulder blade control
Stand facing a wall with your hands resting against it. Keep your elbows relatively straight and gently push your upper back away from the wall by allowing your shoulder blades to move forwards around your rib cage. Return with control.
Try: 2 sets of 10 repetitions.
Why it helps: Activates the serratus anterior, an important muscle involved in scapular movement and overhead shoulder function.
5. Light Dumbbell Scaption
Focus: Rotator cuff and shoulder strength
Stand holding a light dumbbell in each hand. Raise your arms approximately 30 degrees forwards from directly out to your sides, with your thumbs pointing upwards. Lift only as high as feels comfortable, then lower slowly.
Try: 2 sets of 8 to 10 repetitions.
Why it helps: Develops controlled shoulder elevation while progressively loading the muscles surrounding the joint.
Should You Keep Exercising If Your Shoulder Hurts?
For many people with mild, gradual-onset shoulder pain, maintaining appropriate activity is beneficial.
You may need to temporarily reduce the weight, repetitions or range of motion. If bench pressing aggravates your shoulder, try a lighter dumbbell variation. If overhead pressing is uncomfortable, consider a landmine press. If floor push-ups are painful, try incline push-ups.
You can often continue training other muscle groups while your shoulder recovers.
The key is choosing exercises your shoulder can tolerate without repeatedly provoking worsening symptoms.
If you experience sudden significant weakness, severe pain following trauma, visible deformity or a substantial loss of movement, arrange prompt medical assessment.
You don't necessarily need to stop training. You need to find the right amount of movement and loading for your shoulder's current capacity.
When Should You See a Chiropractor for Exercise-Related Shoulder Pain?
Consider booking an assessment if:
Your shoulder hurts during bench presses or overhead lifting.
Pain returns whenever you increase your training.
Your shoulder feels persistently stiff or restricted.
You experience discomfort reaching overhead.
Pain is affecting your sleep or daily activities.
You've stopped certain exercises because of shoulder discomfort.
You're returning to training following a previous injury.
You want guidance on improving shoulder strength and movement.
You dont need to be in pain to have an assessment —> optimise your performance with maintenance care. Be proactive about your health. And prevent the injury from happening in the first place!
Understanding what's contributing to your symptoms can help you make more informed decisions about treatment, rehabilitation and returning to exercise.
Strong Shoulders Need More Than Strong Muscles
Your shoulders are designed to move, lift, reach and adapt to physical demands. But shoulder function depends on more than muscular strength alone.
Your rotator cuff, shoulder blades, spine and nervous system work together to coordinate movement and manage load. When discomfort develops, understanding how these structures interact can help guide a more effective recovery plan.
At Nomad Chiropractic in Mosman, we support active adults, gym-goers and recreational athletes throughout Mosman, Cremorne, Neutral Bay, Northbridge and Sydney's Lower North Shore.
Whether you're returning to overhead lifting, building strength or simply wanting to exercise without shoulder pain, we're here to help you move with greater comfort and confidence.
Strong shoulders aren't just about how much you can lift. They're about having the movement, strength and control to keep doing what you love.
Frequently Asked Questions
1. Why Does My Shoulder Hurt When Lifting Weights?
Shoulder pain during weightlifting can develop from rotator cuff irritation, sudden increases in training load, muscular fatigue or reduced tolerance for particular movements. Exercises such as bench presses, overhead presses and lateral raises place different demands on the shoulder joint and surrounding muscles. Pain doesn't always indicate a significant injury, but recurring symptoms deserve assessment. A chiropractor can examine shoulder movement, rotator cuff strength, spinal function and exercise-related factors to identify an appropriate management approach.
2. Can Chiropractic Adjustments Help With Shoulder Pain?
Yes. Chiropractic care may help manage certain types of shoulder pain, particularly when combined with exercise rehabilitation. The 2025 clinical practice guideline for rotator cuff tendinopathy recognises spinal and upper limb manual therapy as options for short-term pain management. At Nomad Chiropractic, treatment may include spinal or extremity adjustments, joint mobilisation, soft tissue techniques and strengthening exercises depending on your examination findings and individual needs.
3. Why Does My Shoulder Hurt During Bench Presses but Not Other Exercises?
Bench pressing places specific demands on shoulder positioning, muscular strength and load tolerance. The depth of movement, grip width, weight and total training volume may influence symptoms. If bench pressing is uncomfortable but other exercises aren't, it may indicate sensitivity to a particular movement or loading pattern. Adjusting your grip, reducing the weight or trying dumbbell or floor press variations may help while you gradually rebuild strength.
4. Should I Stop Overhead Pressing if I Have Shoulder Pain?
Not necessarily. Mild shoulder pain can often be managed by temporarily adjusting the weight, range of motion or exercise variation. Some people find landmine presses or neutral-grip dumbbell presses more comfortable than traditional overhead presses. Progressive strengthening can help improve shoulder load tolerance over time. However, significant weakness, sharp worsening pain or major movement limitations warrant clinical assessment before returning to demanding overhead exercises.
5. How Can I Prevent Shoulder Pain From Returning During Exercise?
Gradual training progression, sufficient recovery and appropriate shoulder strength are important. Include exercises that develop rotator cuff strength, scapular control and general upper body capacity. Avoid sudden increases in pressing volume or weight, and pay attention to recurring symptoms. If shoulder pain continues despite modifying your training, a chiropractic assessment may help identify contributing movement limitations, strength deficits or other musculoskeletal factors requiring attention.
Key Takeaways: Shoulder Pain During Exercise
Shoulder pain during exercise can develop from rotator cuff irritation, training overload, muscular fatigue, movement limitations or changes in shoulder blade control.
Your rotator cuff matters. These four muscles help control your shoulder joint during lifting, pressing and overhead movement.
Your shoulder blades matter. Scapular movement provides an important foundation for coordinated shoulder function.
Your spine matters. Cervical and thoracic movement can influence upper body function and shoulder mechanics.
Your nervous system matters. Proprioception and muscular coordination help control shoulder movement.
Chiropractic can help. Spinal and extremity adjustments, joint mobilisation and soft tissue therapy can form part of a comprehensive approach to managing shoulder discomfort.
Strengthening is important. Progressive resistance training helps improve shoulder strength and tolerance for physical activity.
You don't always need to stop exercising. Appropriate modifications can help you remain active while rebuilding capacity.
At Nomad Chiropractic in Mosman, we assess shoulder movement, spinal function, muscular strength and neurological findings to help active adults manage exercise-related shoulder pain and return to training confidently.
Want to learn more? Book a FREE 15min discovery call with an experienced Sports Chiropractor on the North Shore: Book HERE
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Desmeules, F., Roy, J. S., Lafrance, S., et al. (2025). Rotator cuff tendinopathy diagnosis, nonsurgical medical care, and rehabilitation: A clinical practice guideline. Journal of Orthopaedic & Sports Physical Therapy, 55(4), 235–274. https://doi.org/10.2519/jospt.2025.13182
Kibler, W. B., & Sciascia, A. (2019). Evaluation and management of scapular dyskinesis in overhead athletes. Current Reviews in Musculoskeletal Medicine, 12(4), 515–526. https://doi.org/10.1007/s12178-019-09591-1
Schwank, A., Blazey, P., Asker, M., et al. (2022). 2022 Bern consensus statement on shoulder injury prevention, rehabilitation, and return to sport for athletes at all participation levels. Journal of Orthopaedic & Sports Physical Therapy, 52(1), 11–28. https://doi.org/10.2519/jospt.2022.10952
Haavik, H., & Murphy, B. (2012). The role of spinal manipulation in addressing disordered sensorimotor integration and altered motor control. Journal of Electromyography and Kinesiology, 22(5), 768–776. https://doi.org/10.1016/j.jelekin.2012.02.012
Lelic, D., et al. (2016). Manipulation of dysfunctional spinal joints affects sensorimotor integration in the prefrontal cortex: A brain source localization study. Neural Plasticity, 2016, 3704964. https://doi.org/10.1155/2016/3704964
International Federation of Sports Chiropractic (FICS). International Certificate in Sports Chiropractic: Education and Clinical Competencies. FICS Sports Chiropractic Education
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This article provides general educational information and does not replace individual healthcare advice, diagnosis or treatment. Shoulder pain can have several causes, including muscular, tendon, joint and neurological conditions. Chiropractic adjustments, manual therapy and rehabilitation exercises should be tailored to your medical history, symptoms and clinical examination findings. Seek appropriate assessment for severe, persistent or worsening symptoms, particularly following trauma or when significant weakness or neurological changes occur. Individual responses to chiropractic care and exercise rehabilitation vary.
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