Athena Vale
The overhead squat is an advanced squat exercise that works muscle groups throughout the body. It is a full-body exercise that develops strength, muscle mass, and overall athleticism. The overhead squat is a great exercise for anyone interested in Olympic weightlifting as it teaches important movement patterns involved in the snatch and clean and jerk. The exercise requires you to lift a weighted bar overhead while lowering into a squat position. This movement works the muscles in your upper back, shoulders, arms, chest, and back, as well as your lower body, including your hamstrings, adductors, quadriceps, and lower back muscles.
| Characteristics | Values |
|---|---|
| Muscle Groups | Upper body: triceps, deltoids, lats, shoulders, upper back (latissimus dorsi), erector spinae, rotator cuff, chest, arms, core (rectus abdominis, obliques, transverse abdominis, rectus abdominals, internal and external obliques, lower back), abdominals |
| Lower body: hamstrings, glutes, adductors, quadriceps, pelvis, midsection musculature, hips | |
| Benefits | Increased overall strength, enhanced mobility (ankle, hip, shoulder), improved core engagement, improved squat form, versatility, balance, stability, muscle growth, athleticism, coordination, body awareness |
| Equipment | Barbell, kettlebell, dumbbell, medicine ball, resistance bands, yoga balls |
| Technique | Feet together with slightly bent knees, engage abs, extend knees to unrack barbell, step back, bend knees, push-press barbell overhead, brace core, descend |
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Shoulder girdle and shoulder stabilisers
The shoulder girdle and shoulder stabilisers are essential components of the shoulder complex, which is responsible for the impressive range of motion and stability of the shoulder joint. The shoulder girdle consists of the GH (glenohumeral), AC (acromioclavicular), SC (sternoclavicular), and ST (scapulothoracic) joints, which collectively link the upper extremity to the axial skeleton at the thorax.
The shoulder complex is a dynamic structure comprising bones, ligaments, bursae, tendons, and muscles. The stability of the shoulder joint relies on the coordination of both static and dynamic stabilisers. Static stabilisers include the joint labrum, capsuloligaments of the glenohumeral joint, and fascia tissues, while dynamic stabilisers include contractile tissues such as tendons, muscles, and tendon-muscular junctions.
The rotator cuff muscles, including the supraspinatus, infraspinatus, subscapularis, and teres minor, are crucial dynamic stabilisers of the shoulder complex. They control the fine-tuning movements of the humeral head within the glenoid fossa, maintaining its centralised position during static postures and dynamic movements. This helps prevent biomechanical impingement of soft tissues under the subacromial arch. Additionally, the rotator cuff muscles abduct the shoulder and contribute to its stability during overhead activities.
The deltoid muscle is another important dynamic stabiliser of the shoulder complex. It is the primary muscle responsible for arm abduction from 15 to 90 degrees and acts as a powerful abductor and elevator of the shoulder joint. During overhead activities, the deltoid muscle works synergistically with the rotator cuff muscles to maintain the proper position of the humeral head.
Overall, the shoulder girdle and shoulder stabilisers play a critical role in maintaining shoulder stability and mobility, allowing for a wide range of motion while protecting the joint from injury.
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Core muscles
The overhead squat is a challenging exercise that targets multiple muscle groups, including the core. The core muscles play a crucial role in maintaining stability and balance during the overhead squat movement.
During an overhead squat, the core muscles engage to stabilise the spine and maintain a neutral head position. The deep core structures and spinal erectors undergo strong contractions to maintain thoracic extension as the arms are fully extended overhead. This elongates the torso, shifting the centre of gravity higher, which increases the demand on the core to keep the body balanced and the spine in alignment.
The core muscles that are specifically targeted during overhead squats include the rectus abdominis, internal and external obliques, transverse abdominis, and erector spinae. These muscles work together to create intra-abdominal pressure, providing structural stability and allowing for adequate shoulder flexion and stability.
The overhead squat is an excellent exercise for improving core strength and stability. It challenges the body's balance and coordination, enhancing proprioception and overall body control. By incorporating this exercise into a training program, individuals can develop power, stability, and flexibility, leading to improved athletic performance and a reduced risk of injuries.
Additionally, the overhead squat can help correct posture issues when performed with proper form and appropriate weight selection. The frequent engagement of the core muscles during this exercise strengthens the muscles responsible for maintaining good posture.
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Upper back
The overhead squat is a highly technical exercise that can be challenging to learn. It is an excellent way to build muscle in the upper and lower body and increase overall body strength.
To perform an overhead squat, you must first place a barbell across your back, resting it on your shoulders. Stand with your feet slightly wider than shoulder-width apart and rotate your shoulders outward to engage your lats. Your elbows should be pointed toward the floor. Pre-tension your shoulders and hips, and engage your core. Push the barbell overhead by pushing through your legs and shoulders, keeping your chest high and knees slightly bent. Push your hands toward the ceiling, so your arms are long and elbows fully extended. Your shoulders and upper back should support the barbell in this position.
The upper back is a key area that supports the barbell in the overhead position. The upper back musculature is engaged during the overhead squat, and this movement can help improve shoulder mobility. The overhead squat is a great way to build muscle in the upper back, and it also targets the deltoids and triceps.
The overhead squat can be a useful assessment to identify any muscle or joint issues. For example, if a client's knees bow in during the squat, this may indicate a poor range of motion in the ankle or weak hip flexor muscles. If the client's lower back arches, this could be due to tight lats or a weak core. Therefore, the overhead squat can provide insight into what corrective exercises may improve a client's movement and mobility.
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Lower back
The lower back is a critical component of the body's core, which provides stability and balance during dynamic movements such as squats. During an overhead squat, the lower back muscles engage to maintain spinal stability and prevent excessive trunk flexion. This helps to protect the spine and back tissues from potential overload.
The erector spinae, a muscle that runs along the spine, is particularly active during overhead squats. Maintaining a neutral pelvic tilt during the squat increases the activity of the erector spinae, helping to provide optimal support for the spine and reducing the risk of low back injury. Additionally, the lumbar paraspinal muscles, including the quadratus lumborum, play a crucial role in stabilising the trunk and counterbalancing unwanted trunk motion during the squat.
Weakness in the lower back musculature can lead to excessive trunk flexion, where the trunk collapses downward during the squat. This can negatively impact the spine's ability to bear load and increase the potential for injury. Therefore, it is essential to focus on engaging the lower back muscles during overhead squats to maintain a rigid and stable torso position.
To effectively engage the lower back during overhead squats, it is important to maintain a neutral spine position and avoid hyperextension. This can be achieved by keeping the abs engaged and activated throughout the movement. Additionally, focusing on core stability exercises and improving overall core strength can help to support the lower back and enhance spinal stability during overhead squats.
Overall, the lower back plays a crucial role in the overhead squat movement, contributing to spinal stability, balance, and injury prevention. By engaging the lower back muscles and maintaining a rigid torso, individuals can optimise their performance, improve their core strength, and reduce the risk of back-related injuries.
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Quadriceps
The quadriceps are the primary muscle group worked during overhead squats. They make up the front of our thighs and produce knee extensions (leg straightening).
The overhead squat requires you to remain more upright during each set, which means you can't rely on hip extension as much. This forces your quadriceps to work harder to produce knee extension, allowing you to complete each repetition.
The quadriceps are also engaged when bringing yourself to the top of a squat. Elevating the heels during squatting increases the demand on the quadriceps. This is known as a sissy squat, which can be weighted to increase the challenge.
The degree of foot rotation during squatting can be achieved by hip external rotation, knee external rotation, or a combination of both. However, studies have shown that rotating the foot outward 30 degrees has no effect on quadricep activation. Similarly, varying rotations of the tibia and femur from 30 degrees inward to 80 degrees outward also have no effect on quadricep activity.
Overall, the overhead squat is an excellent exercise for strengthening the quadriceps and improving overall athleticism.
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Frequently asked questions
Overhead squats work all muscle groups from head to toe, including your core, back, quadriceps, shoulders, arms, chest, hamstrings, adductors, deltoids, glutes, hips, and lower back muscles.
Overhead squats improve whole-body strength, balance, muscle growth, and athleticism. They also help to correct your squat form and improve your mobility.
To perform an overhead squat, start with an empty barbell placed at collarbone height on a squat stand. Stand in front of the bar and grip it with your hands apart. Keep your head tucked and your upper back against the barbell. Engage your core, breathe, and push the barbell into an overhead position. Descend into a squat, keeping your core braced.
Some common errors with overhead squats include the natural forward lean, caving knees, unstable elbows, and improper squatting form. To correct the forward lean, focus on your upper body mobility and sit back into your heels as you squat. To prevent caving knees, strengthen your glutes and improve your ankle mobility. Ensure your elbows are stable and maintain good technique throughout the exercise.
Overhead squats can be performed with a barbell, dumbbell, medicine ball, or kettlebell. You can also try a single-leg variation or use resistance bands or a yoga ball for added challenge.
