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Seated military shoulder press

The overhead press, also known as the shoulder press, strict press or military press, is an upper-body weight training exercise in which the trainee presses a weight overhead while seated or standing. It is mainly used to develop the anterior deltoid muscles of the shoulder.[1]

The lift is set up by taking either a barbell, a pair of dumbbells or kettlebells, and holding them at shoulder level. The weight is then pressed overhead.[2] While the exercise can be performed standing or seated, standing recruits more muscles as more balancing is required in order to support the lift.[3] Other variations of the exercise include the push press, a similar movement that involves an additional dipping motion in the legs to increase momentum.[1] An overhead press may also be performed unilaterally, with the lift being performed one handed; or in an alternating fashion with both hands holding a dumbbell or kettlebell, and then pressing with one arm and then the other.[4]

In strength sports

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Weightlifting

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The standing version was once a component of the sport of Olympic weightlifting as part of the clean and press movement, but was removed in 1972 due to difficulties in judging proper technique.[5]

Strongman

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In the sport of strongman, overhead presses are quite frequent where athletes are required to press implements such as logs and axles in addition to standard barbells. Strict presses, push presses and push jerks are often incorporated.[6]

Bodybuilding

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Bodybuilders have also been using overhead presses as a staple to develop their shoulders. They primarily focus on strict presses to isolate the deltoids.

See also

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References

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Further reading

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Revisions and contributorsEdit on WikipediaRead on Wikipedia

Overhead press

View on Grokipedia
from Grokipedia
The overhead press, also referred to as the military press or shoulder press, is a fundamental compound exercise in that involves pressing a weighted , dumbbells, or other resistance directly overhead from shoulder height while standing or seated, primarily targeting the upper body musculature. This movement emphasizes strict form, with the bar path traveling vertically from the collarbone to full arm extension above the head, and it has been a staple in programs since the early 20th century. The overhead press primarily engages the deltoid muscles (anterior, lateral, and posterior portions), brachii, and upper , while also recruiting the , serratus anterior, and core stabilizers such as the abdominals and erector spinae to maintain posture and balance during the lift. In standing variations, it further activates the , glutes, and lower back for stability, making it a full-body exercise that enhances overall upper-body strength, shoulder mobility, and core endurance. Key benefits include increased in the shoulders and , improved performance in compound lifts like the , greater from weight-bearing stress, and enhanced functional capacity for overhead activities in daily life or sports. Variations of the overhead press allow for progression and adaptation, including the dumbbell overhead press for unilateral work and improved , the seated overhead press to reduce lower-body involvement, the that incorporates leg drive for heavier loads, and the behind-the-neck press for targeting rear deltoids, among others like the press, banded press, and . Historically, overhead pressing derivatives originated in early 20th-century and military training, with the strict standing press serving as a competitive lift in from 1928 until its removal in 1972 due to judging inconsistencies, after which ballistic variations like the and jerk persisted in training protocols to develop power and technique. Today, it is commonly used in training for strength sports such as , , and , with proper execution crucial to avoid strain.

Definition and History

Description

The overhead press is a fundamental pushing movement in resistance training, involving the lifting of a weight—typically a or dumbbells—from height to full arm extension overhead while maintaining a stable . This multi-joint exercise primarily engages the deltoid muscles of the s, triceps brachii, and upper portion of the , promoting overall upper-body strength and power development. Variations include standing and seated executions, with the standing form demanding greater core engagement for postural stability compared to the seated version, which reduces lower-body involvement and allows for heavier loads focused on the upper body. Free-weight options like the military press or press emphasize balance and stabilizer activation, whereas machine-based types, such as the or lever press, offer guided paths to minimize setup complexity and enhance safety for beginners. Safe execution of the overhead press requires adequate shoulder mobility to achieve overhead alignment without compensatory strain and sufficient , particularly in standing variations, to prevent spinal arching or use. As a multi-joint exercise, it contrasts with isolation movements like lateral raises, which target singular muscles through single-joint actions, by recruiting multiple synergistic groups for functional, whole-body force production.

Origins and Evolution

The overhead press traces its origins to ancient physical training practices in and . Around the 5th century BCE, Greek athletes utilized —handheld stone or lead weights typically weighing 2 to 9 kilograms—for and to enhance jumping performance in events like the during the . In , gladiators and soldiers incorporated lifting exercises with improvised weights into conditioning regimens to build physical resilience for combat. By the , the exercise had evolved into structured military training across European forces, where soldiers performed strict overhead presses with rifles or barbells to foster discipline and physical prowess, earning it the enduring name "military press." This period marked a shift toward formalized strength development, influenced by the growing movement. In the early , the overhead press gained prominence in competitive , debuting as part of the Olympic program at the 1920 Antwerp Games alongside snatches and jerks, with standardization of lifts by the 1928 Amsterdam Olympics. Pioneers like , a key figure in modern since the late , promoted overhead pressing variations in his routines and publications to sculpt balanced physiques, helping integrate the exercise into global fitness protocols. Post-1970s developments saw the overhead press adapt through innovations, notably Arnold Schwarzenegger's introduction of the "Arnold press"—a rotational variation emphasizing greater activation—which popularized dynamic forms over strict military styles. A pivotal milestone occurred in 1972 when the removed the clean and press from Olympic competition due to persistent judging controversies over form deviations and "cheating" techniques, refocusing the sport on the snatch and .

Technique and Execution

Step-by-Step Form

To perform the standard standing barbell overhead press, begin by unracking the barbell from a power rack set at shoulder height, using an overhand grip slightly wider than shoulder width to position the bar across the front of your shoulders or collarbone, with wrists straight and forearms vertical. Stand with feet hip-width apart and parallel or slightly turned out at 15 degrees, knees locked, heels driven into the ground, and maintain a neutral spine with a slight natural arch in the lower back and chest lifted high. Take a deep breath into your diaphragm to brace your core, then press the bar upward in a vertical line—starting from the collarbone position and moving it straight overhead—while keeping elbows pointed forward at about a 45-degree angle from the body to avoid flaring, and drive through your heels for stability without leaning back excessively. To avoid neck pain, maintain a neutral neck position (resting anatomical alignment with the spine) throughout the movement. Avoid excessive forward head posture (protraction) or cervical extension (looking up). Tuck your chin slightly to allow the bar to pass your face on the way up. At the top of the movement, fully extend your arms to lockout with elbows straight, shrug your trapezius muscles upward to secure the bar directly over your midfoot and shoulders. Once the bar passes your forehead, move your torso slightly forward to bring your head under the bar while keeping your neck neutral and avoiding aggressive forward protrusion of the head. This ensures proper alignment and prevents compensatory neck strain. Ensure adequate shoulder flexion and thoracic mobility to facilitate the movement without neck compensation. Exhale forcefully through the press or at the top while maintaining core bracing, then inhale as you lower the bar under control back to the starting position at the collarbone without bouncing or arching the back, ensuring a full range of motion from the overhead lockout position with arms fully extended to the initial rack position. Common cues include "press in a straight line" to guide the bar path efficiently and "drive through heels" to engage the lower body for balance and power transfer. For beginners, start with an empty barbell to master form through sets of 5-8 repetitions, gradually adding weight in small increments (such as 5-10 pounds per side) once technique is consistent, prioritizing controlled movement over heavy loads. Equipment like a power rack facilitates safe unracking and spotting, as outlined in the Equipment and Setup section.

Equipment and Setup

The overhead press primarily utilizes an Olympic , which has a standard weight of 20 kg (45 lb) for men's bars, along with calibrated weight plates to adjust the load. These components allow for progressive resistance while maintaining balance and grip consistency, with the bar's positioned approximately 42 cm apart to accommodate a shoulder-width grip. To achieve a safe starting position, the is placed in a or on squat stands set at shoulder height, typically aligning with the upper chest or collarbone when unracked, enabling the lifter to dip under and position it securely across the front deltoids without excessive strain. A enhances safety by providing adjustable safety bars to catch the bar if the lift fails, particularly recommended for heavier loads or solo training. For advanced training involving dynamic movements or drops, bumper plates made of dense rubber can be used instead of iron plates to minimize equipment damage and floor impact upon release. Preparation includes performing warm-up sets with lighter loads, such as 50% of the planned working weight for 10-15 repetitions, gradually increasing to 70% to prepare the joints and muscles while monitoring bar speed to avoid fatigue. Form checks can be facilitated by a spotter, who stands behind or to the side to assist if needed and provide verbal cues, or by using a mirror positioned in front to self-assess alignment and posture during setup. Environmental considerations are essential for safe execution, including stable flooring such as rubber mats or platforms at least 3/8 inch thick to absorb shock, prevent slipping, and protect the surface from dropped weights. Adequate ceiling height of at least 7 feet (ideally 8 feet or more) is required to accommodate full arm extension overhead without obstruction, and sufficient open space—approximately 8 feet by 8 feet—ensures no collisions with nearby equipment or individuals. For individuals with lower back concerns, a seated variation using an adjustable bench with back support can reduce lumbar shear forces by stabilizing the torso and minimizing compensatory arching, allowing focus on engagement.

Muscles and Biomechanics

Primary and Secondary Muscles

The overhead press primarily engages the deltoids and brachii as the main movers responsible for elevating the load overhead. The anterior and medial heads of the drive flexion and abduction, respectively, while the posterior head provides secondary support in certain variations. The brachii, encompassing all three heads (long, lateral, and medial), facilitates elbow extension to lock out the arms at the top of the movement. Secondary muscles contribute to stabilization and scapular control throughout the exercise. The upper trapezius elevates and upwardly rotates the to support elevation, working in coordination with the serratus anterior, which protracts and upwardly rotates the to maintain proper positioning and prevent winging. The assists in flexion and stabilization during the initial phase of the lift. Core muscles, including the rectus abdominis and obliques, activate to counter rotational forces and maintain spinal stability, particularly during the standing variation. Electromyography (EMG) studies indicate substantial activation of the primary movers, with the anterior deltoid reaching approximately 70-80% of maximum voluntary isometric contraction (MVIC) and the medial deltoid around 66% MVIC during the overhead press. brachii activation is typically around 50-61% MVIC, reflecting its role in the pressing phase. Stabilizer involvement is essential; for instance, the upper and serratus anterior facilitate motion. In the standing overhead press, individual differences influence lower body recruitment, with greater core and general lower body stabilization demands observed compared to seated variations to enhance balance and postural control. This increased demand on the lower extremities helps distribute load and reduce upper body fatigue but varies based on technique and level.

Joint Mechanics

The overhead press involves coordinated movement at multiple joints, with the glenohumeral joint of the primarily undergoing flexion and abduction to elevate the load overhead. During this motion, the moves from a position of approximately 90 degrees of shoulder flexion to full overhead extension, accompanied by 30-60 degrees of abduction depending on grip width and bar position. The muscles, including the supraspinatus and infraspinatus, play a critical role in stabilizing the humeral head within the , counteracting anterior shear forces that arise from the downward pull of the load and deltoid contraction. At the elbow joint, extension occurs from an initial flexion angle of about 90 degrees to full lockout at 0 degrees, driven by concentric contraction of the brachii. production at the peaks in the mid-range of this extension (approximately 45-60 degrees of flexion), where the triceps' moment arm is most advantageous relative to the load vector. This phase demands maximal elbow extensor force to overcome before transitioning to lighter loads near full extension. Spinal involvement in the overhead press is limited to maintain stability, with minimal thoracic extension (typically less than 10 degrees) to align the upper body under the bar. The lumbar spine remains in a neutral position to minimize anterior-posterior shear forces, which can otherwise increase with excessive arching under heavy loads. Compressive forces along the spine are influenced by trunk posture, but neutral alignment helps distribute loads evenly without undue stress. The bar path in a standing overhead press follows a slight forward arc initially—often described as a curvilinear trajectory—before shifting vertically overhead, which optimizes mechanical leverage by aligning the force vector closer to the body's center of mass. Peak loading occurs at the bottom position, where the combined weight and momentum create maximal joint moments at the shoulder and elbow. This path reduces shoulder abduction demands compared to a strictly vertical lift. Force vector analysis reveals that the initial forward displacement helps counterbalance the bar's tendency to drift anteriorly due to shoulder anatomy. Through the kinetic chain, ground reaction forces generated at the feet—typically near body weight in strict presses for postural control, but peaking at up to 210% of body weight in heavy leg-drive variations like the —are transmitted proximally from the lower extremities to the trunk and upper body, enhancing overall stability and power transfer during the press.

Variations

Barbell Variations

The standing strict press, also known as the military press, is a foundational variation performed without leg drive, emphasizing pure upper-body strength and stability. In this exercise, the lifter starts with the in a front rack position across the upper chest, feet -width apart, and presses the bar overhead to full arm extension while maintaining a rigid and avoiding excessive back arching. This variation primarily targets the anterior and medial deltoids, brachii, and upper , with significant involvement of core stabilizers like the erector spinae and abdominals to counterbalance the load. It is particularly effective for building foundational pressing strength and improving overhead mobility, though improper form can lead to impingement risks. The seated overhead press modifies the strict press by performing it from a bench with back support, reducing lower-body involvement and isolating the upper body more effectively. The technique involves securing the in the front rack on an adjustable bench set to a 75-90 degree incline, then pressing upward while keeping the back pressed against the pad to minimize momentum. This variation enhances focus on the deltoids and by eliminating leg assistance and core sway, allowing for heavier loads in a controlled environment, and is commonly used in gym settings for and strength without taxing the full kinetic chain. It demands good to avoid compensatory movements. The push press introduces explosive leg drive to the overhead press, enabling lifters to handle 20-30% more weight than in the strict variation by incorporating a quarter-squat dip and extension. Execution begins in the front rack, followed by a controlled dip at the knees, an upward drive through the legs to initiate the press, and a lockout overhead with the bar traveling in a straight line. This full-body movement builds power and coordination, targeting the deltoids and alongside the , glutes, and calves, making it ideal for developing athletic explosiveness while still challenging upper-body pressing. Proper timing is crucial to prevent flare or spinal stress during the transition. The behind-the-neck press starts with the barbell positioned across the upper back or base of the neck, requiring greater shoulder external rotation and targeting the rear deltoids more intensely than front-rack variations. The lifter presses the bar overhead from this starting point, maintaining an upright posture to engage the medial and posterior deltoids, upper trapezius, and triceps, with electromyographic studies showing significantly higher activation in these muscles compared to front presses (e.g., effect sizes of 3.68 for medial deltoids and 9.00 for posterior deltoids in the ascending phase). While it can enhance rear shoulder development and balance, it carries higher injury risk for beginners due to potential shoulder instability and reduced range of motion, and is generally recommended only for advanced lifters with adequate mobility. In programming barbell overhead press variations for strength, a common approach involves 3-5 sets of 4-6 repetitions at 75-85% of , performed 2-3 times per week with to build pressing capacity while allowing recovery. This rep scheme prioritizes neural adaptations and force production, integrating variations like strict presses for base strength and push presses for power development within a periodized routine.

Dumbbell and Machine Variations

The dumbbell overhead press serves as a unilateral variation of the traditional barbell overhead press, enabling each arm to move independently and thereby addressing muscular imbalances between sides of the body. Performed either standing or seated, the seated variation—known in German as "sitzendes Kurzhantel-Schulterdrücken" or "sitzende Kurzhantel-Schulterpresse"—is a free-weight exercise executed by sitting on a bench with back support adjusted to 90 degrees, positioning dumbbells at shoulder height with palms facing forward and elbows pointing forward, pressing them overhead until the arms are fully extended, and then lowering them in a controlled manner back to shoulder height. A neutral grip option, where palms face each other throughout the movement, can reduce wrist strain and emphasize the medial deltoids. The Arnold press introduces a rotational component to the dumbbell overhead press, starting with dumbbells at height and palms facing the body, then rotating the wrists outward as the weights are pressed overhead to end with palms facing forward. This motion enhances engagement across all three heads of the deltoid—anterior, medial, and posterior—promoting more comprehensive development compared to non-rotational presses. Machine-based shoulder presses, commonly referred to in German as "Schulterpresse sitzend", "Schulterdrückmaschine", or specifically "Iso-Laterale Schulterpresse" (e.g., Hammer Strength), provide a guided alternative with a fixed bar path, which minimizes the demand on stabilizing muscles and allows beginners to focus on proper form without excessive balance requirements. Ideal for high-volume training sessions, these machines enable safer progression for novices by reducing the risk of form breakdown under fatigue. The Smith machine variant further enhances safety through its counterbalanced track and built-in safety stops, permitting solo training with heavy loads while limiting bar deviation. The overhead press emphasizes single-arm execution, which intensifies demands due to the offset handle and requires greater core engagement to maintain stability throughout the lift. Due to the inherent stabilization challenges in these free-weight and unilateral variations, rep schemes of 8-12 per set are commonly recommended for , as they align with moderate loads (60-80% of ) that promote muscle growth while accommodating the added neuromuscular demands.

Benefits and Risks

Training Benefits

The overhead press, as a multi-joint exercise, significantly enhances upper-body pressing strength by targeting the deltoids, , and upper , fostering power development that transfers to athletic activities involving overhead pushing, such as in or wrestling. This strength gain arises from the exercise's demand for coordinated force production across multiple muscle groups, leading to improved overall upper-body power output. Dedicated training with the overhead press enables significant progress in pressing strength. For example, according to ExRx.net strength standards for a 123 lb (56 kg) male aged 18-39 performing the standing overhead press (barbell military press) with strict form—knees kept straight, no back bend (torso not laying back with shoulders behind hips), and full elbow extension—the following 1RM levels are representative:
  • Untrained: 60 lb
  • Novice: 80 lb
  • Intermediate: 100 lb
  • Advanced: 115 lb
  • Elite: 140 lb
Aggregated user-submitted data from fitness platforms such as Strength Level indicate that the average 1RM overhead press for male lifters is 142 lb (64 kg), corresponding to an intermediate strength level (stronger than approximately 50% of users, typically after about 2 years of regular training), based on over 893,000 lifts. ExRx.net standards show intermediate 1RM values ranging from approximately 90 lb to 175 lb depending on body weight (for example, 140 lb at 181 lb body weight). These figures apply to trained individuals with consistent experience rather than the general population, where untrained men typically achieve much lower values, often in the beginner range of 50-80 lb. Actual performance varies by factors including body weight, age, training experience, and technique. Incorporating the overhead press into training routines elicits an acute hormonal response, including elevations in testosterone and levels immediately post-workout, which supports and recovery processes. These anabolic hormones are particularly responsive to multi-joint resistance exercises like the overhead press, promoting protein synthesis and adaptation in trained individuals. The exercise provides functional carryover to everyday activities by strengthening the , facilitating tasks such as lifting objects to overhead shelves or reaching high places with greater ease and reduced . Additionally, regular performance enhances posture through reinforced stabilization of the scapulae and thoracic spine, counteracting forward rounding common in sedentary lifestyles. Due to its nature involving large muscle groups, the overhead press contributes to substantial metabolic demands, burning approximately 300-400 kcal per hour when incorporated into circuit-style sessions for an average . This elevated expenditure stems from the high metabolic equivalent (MET) value of vigorous , rated at 6.0 METs, which accounts for both the lifting phase and recovery intervals.

Potential Injuries and Prevention

The overhead press, particularly in standing variations, carries risks of shoulder impingement due to poor scapular control and inadequate rotator cuff activation, which can compress the subacromial space during the pressing motion. This condition is prevalent among overhead athletes, with symptoms typically manifesting as pain during shoulder abduction between 60 and 120 degrees, often exacerbated by repetitive loading without proper kinetic chain stability. Poor biomechanics, such as excessive forward head posture or weak scapular stabilizers, further elevate this risk in weightlifters performing the exercise. Neck pain and strain can occur from improper head and neck positioning during the overhead press, including excessive forward head posture (protraction), cervical extension (looking up), or inadequate shoulder flexion and thoracic mobility leading to compensatory neck movements. This can result in cervical discomfort, trapezius or splenius tightness, or increased strain on the cervical spine. To prevent neck pain, maintain a neutral neck position throughout the movement (resting anatomical alignment), tuck the chin slightly to allow the bar to pass the face on the ascent, then position the head under the bar at lockout without excessive forward movement or shoving. Ensure adequate shoulder flexion and thoracic mobility to avoid neck compensation. These cues are detailed in the Technique and Execution section. Lower back strain is another common issue, stemming from excessive lumbar arching or hyperextension during standing overhead presses, which increases compressive forces on the spine and can lead to disc stress or muscle strains. This risk is heightened in standing variations compared to seated ones, as lifters may compensate for mobility deficits by over-relying on spinal extension to generate upward force. Individuals with pre-existing conditions like forward-tilted or weak core musculature face amplified vulnerability. Elbow tendinitis, often affecting the , arises from overuse and high volume in pressing movements like the overhead press, leading to at the insertion point. without adequate recovery can exacerbate this, particularly in lifters who incorporate frequent high-repetition sets. Overall injury rates for activities, including the overhead press, range from 1.0 to 4.4 per 1000 training hours when proper technique is employed, with and lower back issues comprising a significant portion. To mitigate these risks, evidence-based prevention strategies emphasize targeted warm-ups, such as band pull-aparts to enhance scapular retraction and strength, performed for 2-3 sets of 15-20 repetitions prior to pressing. Mobility drills focusing on thoracic spine extensions, like foam roller thoracic bridges, improve upper back flexibility and reduce compensatory lumbar arching; these should be integrated into routines 2-3 times weekly. Regular form assessments, either through video analysis or coaching, ensure neutral spinal alignment and controlled scapular movement during the lift. Additionally, incorporating rest periods of 48-72 hours between overhead pressing sessions allows for tissue recovery and minimizes overuse accumulation.

Applications in Sports and Fitness

The clean and press served as one of the three core lifts in competitions from 1928 until its discontinuation after the 1972 Olympics, alongside the snatch and clean & jerk. The (IWF) removed the press due to persistent issues with judging inconsistent techniques, often described as "officially allowed cheating," which compromised fairness and led to its exclusion starting in 1973. Soviet weightlifter set the final in the clean and press at 236.5 kg in 1972, highlighting the lift's demands on strength and technique before its removal. In contemporary , the strict overhead press functions primarily as an accessory exercise to enhance performance in the snatch and clean & jerk by developing upper body pressing strength and overhead stability. It particularly aids the jerk's lockout phase by reinforcing controlled bar guidance and shoulder endurance under load, allowing lifters to handle heavier weights explosively in competition lifts. Coaches often incorporate it during off-season training to build foundational strength without the full dynamic demands of Olympic movements. Technique in emphasizes strict form in the overhead press—maintaining a static , engaging for stability, and executing a smooth, controlled ascent without leg drive—to directly translate to improved jerk recovery and lockout confidence. This adaptation avoids momentum, focusing instead on isolated upper body mechanics that support the stability required at the top of the jerk. Programming typically involves 3-5 sets of 3-5 repetitions at 70-80% of the athlete's jerk maximum, promoting and strength gains while minimizing for primary lifts. This moderate intensity allows for technical refinement and , often scheduled 2-3 times weekly in cycles emphasizing general physical preparation.

Strongman Competitions

In strongman competitions, the overhead press is integrated into events featuring specialized implements such as logs, axles, and circus dumbbells, which test athletes' ability to hoist awkward, heavy objects overhead. These events often appear in major contests like the and series, where participants must clean the implement from the ground or rack position before pressing it to lockout. For instance, the Log Press typically involves logs weighing 150-200 kg, requiring competitors to perform multiple repetitions within a timed frame to maximize points. Technique in these events deviates from strict overhead pressing due to the implements' and extreme loads often exceeding 150 kg, necessitating modifications like the style with explosive leg drive to generate momentum. The thick grips on axles and logs demand exceptional and stability, while the uneven of circus dumbbells further challenges balance and core engagement during the press. This leg-driven approach allows athletes to handle loads far beyond strict press capabilities, emphasizing coordinated full-body explosiveness over isolated upper-body strength. Notable achievements include world records set with these implements, such as ' 210 kg log press in 2010 at the competition, which showcased the raw power required for such feats. As of 2024, the axle press stands at 218 kg, set by at the Classic. These records highlight the event's evolution, with subsequent lifts pushing boundaries through refined technique and implement handling. Training for strongman overhead pressing incorporates high-volume accessory work to address the unique demands, including farmer's walks with heavy loads to enhance grip endurance and overhead stability. These carries simulate the sustained hold needed for implements, building the and trap strength essential for preventing drops during presses. Overall, the physical demands prioritize full-body power output, as events typically last 60-90 seconds and require rapid, repeated efforts under fatigue.

Bodybuilding and General Fitness

In , the overhead press is commonly programmed with high-rep sets of 8-15 repetitions to promote deltoid , often supersetted with lateral raises to enhance side delt development and increase without extending workout duration. Iconic bodybuilder incorporated seated overhead press variations into his routines, performing them for multiple sets to target the shoulders comprehensively while allowing for controlled form under fatigue. The exercise contributes to aesthetic goals by building capped, rounded deltoids that accentuate the V-taper physique, creating the illusion of a narrower waist relative to broader shoulders. In general fitness, the overhead press integrates into circuits or workouts of the day (WODs) for metabolic conditioning, combining strength with cardiovascular demands to improve overall and functional power. It is scalable for home workouts using dumbbells, enabling beginners to start with lighter loads and progress as mobility and strength improve. Typical programming involves 3 sets of 10-12 repetitions, performed 2-3 times per week, often paired with pulling exercises like rows to maintain balance and prevent imbalances. For inclusivity, adaptations such as lighter seated overhead presses benefit women and seniors by supporting in the upper body while minimizing lower back strain. This aligns with its muscle-building benefits for the deltoids and upper body stabilizers.

References

  1. https://www.healthline.com/health/overhead-press-muscles
  2. https://barbend.com/overhead-press/
  3. https://www.setforset.com/blogs/news/overhead-press-how-to-muscles-worked-benefits-variations
  4. https://pmc.ncbi.nlm.nih.gov/articles/PMC6548056/
  5. https://www.nsca.com/contentassets/de9aebfe7a7340b69217b99bb13862a7/basics_of_strength_and_conditioning_manual.pdf
  6. https://journals.lww.com/acsm-healthfitness/fulltext/2025/07000/the_standing_military_press_exercise.10.aspx
  7. https://www.acefitness.org/continuing-education/prosource/september-2014/4972/dynamite-delts-ace-research-identifies-top-shoulder-exercises/
  8. https://exrx.net/WeightExercises/DeltoidAnterior/BBMilitaryPress
  9. https://barbend.com/history-of-strength-training/
  10. https://physicalculturestudy.com/2015/01/19/halteres-the-dumbbell-of-ancient-greece/
  11. https://barbend.com/history-of-overhead-press/
  12. https://startingstrength.com/article/the_tragic_death_of_the_military_press
  13. https://eleiko.com/en/stories/history-of-olympic-weightlifting
  14. https://barbend.com/how-strong-was-eugen-sandow/
  15. https://steelsupplements.com/blogs/steel-blog/eugen-sandows-real-workout-routine-amp-diet-plan
  16. https://www.ironmanmagazine.com/the-arnold-press-achieving-the-ultimate-arnold-physique/
  17. https://iwf.sport/2025/03/04/iwf120y-22-1972-the-end-of-the-press-movement/
  18. https://stronglifts.com/overhead-press/
  19. https://barbell-logic.com/how-to-press-a-step-by-step-tutorial/
  20. https://www.acefitness.org/resources/everyone/exercise-library/71/standing-shoulder-press/
  21. https://barbellrehab.com/neck-pain/
  22. https://www.nsca.com/contentassets/f2e0a8ab64154ec9960202ab9b9fc8a0/strengthofamerica_app_202001.pdf
  23. https://startingstrength.com/articles/learning_press_rippetoe.pdf
  24. https://www.roguefitness.com/gear-accessories/gym-essentials/flooring-and-rubber
  25. https://exrx.net/ExInfo/WarmUp
  26. https://www.acefitness.org/resources/everyone/blog/5502/a-woman-s-guide-to-gaining-muscle-with-weight-training/
  27. https://www.garagegymreviews.com/best-home-gym-flooring
  28. https://startingstrength.com/resources/forum/gyms-and-equipment/88534-squat-rack-low-ceilings.html
  29. https://www.elitefts.com/coaching-logs/overhead-press-hack-to-save-your-back/
  30. https://www.frontiersin.org/journals/physiology/articles/10.3389/fphys.2022.825880/full
  31. https://www.jospt.org/doi/10.2519/jospt.2003.33.5.247
  32. https://pmc.ncbi.nlm.nih.gov/articles/PMC9354811/
  33. https://breakingmuscle.com/the-core-during-the-overhead-press-and-other-core-related-shenanigans/
  34. https://www.jefit.com/wp/exercise-tips/best-exercises-for-each-major-muscle-group-backed-emg-data/
  35. https://cathe.com/seated-vs-standing-overhead-presses-is-there-an-advantage-of-one-over-the-other/
  36. https://pubmed.ncbi.nlm.nih.gov/23096062/
  37. https://pubmed.ncbi.nlm.nih.gov/19769415/
  38. https://pmc.ncbi.nlm.nih.gov/articles/PMC4135202/
  39. https://www.researchgate.net/publication/319607633_Exploring_the_Standing_Barbell_Overhead_Press
  40. https://www.strengthlog.com/seated-barbell-overhead-press/
  41. https://www.muscleandstrength.com/exercises/seated-shoulder-press.html
  42. https://barbend.com/best-shoulder-press-variations/
  43. https://www.transparentlabs.com/blogs/all/push-press-vs-overhead-press
  44. https://barbell-logic.com/overhead-press-progression-and-training-variables/
  45. https://www.acefitness.org/resources/pros/expert-articles/7035/the-benefits-of-unilateral-training/
  46. https://exrx.net/WeightExercises/DeltoidAnterior/DBShoulderPress
  47. https://www.muscleandstrength.com/exercises/seated-dumbbell-press.html
  48. https://www.acefitness.org/continuing-education/prosource/research-special-issue-2015/5320/dynamite-delts-ace-research-identifies-top-shoulder-exercises/
  49. https://www.muscleandstrength.com/exercises/seated-arnold-press.html
  50. https://www.muscleandstrength.com/exercises/standing-arnold-press.html
  51. https://www.nsca.com/contentassets/8323553f698a466a98220b21d9eb9a65/foundationsoffitnessprogramming_201508.pdf
  52. https://t-nation.com/t/the-smith-machine-stop-hating-and-start-growing/287341
  53. https://www.strongfirst.com/mastering-your-press-part-ii/
  54. https://www.nsca.com/contentassets/d8cfbfa7955544a78832822bbada99b7/nsca-position-statement-on-weightlifting.pdf
  55. https://pubmed.ncbi.nlm.nih.gov/33312291/
  56. https://exrx.net/Testing/WeightLifting/PressStandards
  57. https://strengthlevel.com/strength-standards/military-press/lb
  58. https://pubmed.ncbi.nlm.nih.gov/15831061/
  59. https://pubmed.ncbi.nlm.nih.gov/15947720/
  60. https://www.health.harvard.edu/exercise-and-fitness/everyday-arm-exercises-functional-benefits
  61. https://bmcmusculoskeletdisord.biomedcentral.com/articles/10.1186/s12891-023-06592-7
  62. https://pacompendium.com/conditioning-exercise/
  63. https://pmc.ncbi.nlm.nih.gov/articles/PMC8053512/
  64. https://pmc.ncbi.nlm.nih.gov/articles/PMC7485028/
  65. https://pmr.med.ufl.edu/wordpress/files/2022/09/MECHAN1.pdf
  66. https://library.theprehabguys.com/vimeo-video/neck-position-during-the-overhead-press/
  67. https://inifoundation.org/neuroscience-anthology-1/2023/06/22/cervical-spine-compression-overhand-press
  68. https://www.menshealth.com/fitness/a19545515/how-the-shoulder-press-can-wreck-your-lower-back/
  69. https://lluh.org/conditions/lumbar-strain-weight-lifters-back
  70. https://www.osc-ortho.com/resources/elbow-pain/triceps-tendonitis-or-weightlifters-elbow/
  71. https://startingstrength.com/training/elbow-tendonitis-how-it-occurs-and-what-to-do-about-it
  72. https://www.sciencedirect.com/science/article/abs/pii/S0765159720302069
  73. https://blog.nasm.org/ces/shoulder-pain-prevention
  74. https://journals.lww.com/nsca-scj/fulltext/2021/04000/training_load_monitoring_and_injury_prevention_in.3.aspx
  75. https://www.olympics.com/en/news/weightlifting-olympics-rules-history-snatch-clean-and-jerk
  76. https://barbend.com/olympic-weightlifting-weight-classes/
  77. https://www.catalystathletics.com/article/1912/The-Press-for-Weightlifting-How-Useful-Is-It/
  78. https://marketplace.trainheroic.com/workout-plan/program/mcinnis-program-1609070315
  79. https://www.elitefts.com/education/design-your-olympic-weightlifting-program/
  80. https://www.theworldsstrongestman.com/events/overhead-press/
  81. https://giants-live.com/news/world-log-lift-record-challenge/
  82. https://www.elitefts.com/education/watch-mastering-leg-drive-in-the-push-press/
  83. https://grindergym.com/strongman-press-events/
  84. https://ironmind.com/news/Zydrunas-Savickas-Breaks-Log-Lift-World-Record-at-the-Worlds-Strongest-Man-Contest/
  85. https://barbend.com/axle-press-world-record-mitchell-hooper-2024-strongman-classic/
  86. https://breakingmuscle.com/strongman-series-the-farmers-walk/
  87. https://www.jimstoppani.com/training/rep-range/
  88. https://www.youtube.com/watch?v=TD38wS5hHb8
  89. https://www.muscleandstrength.com/workouts/arnold-schwarzenegger-volume-workout-routines
  90. https://wodprep.com/blog/shoulder-press-crossfit-guide/
  91. https://www.strengthlog.com/overhead-press/
  92. https://shop.bodybuilding.com/blogs/training/whats-the-best-workout-for-training-body-parts-twice-per-week
  93. https://www.fitandwell.com/exercise/a-personal-trainer-shares-the-best-exercises-for-bone-density-and-some-might-surprise-you
  94. https://www.womenshealthmag.com/fitness/a68002478/guide-to-exercise-for-bone-health/
  95. https://pmc.ncbi.nlm.nih.gov/articles/PMC7706677/
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