Building strength is important. Building strength that carries over into how we move, perform, and function throughout our lives is even more important.
While coaching a class recently at Black Flag Strength & Conditioning, I received a great question from one of our athletes:
Why do we incorporate so many different angles and variations of exercises into our programming when many of them train the same muscle groups?
It’s a great question, and the answer gets to the heart of what we’re trying to accomplish with our training.
Our objective isn’t simply to develop strength in one particular movement or position. We want to develop a muscular system that is strong, balanced, and capable of producing and controlling force across a variety of movement patterns.
Equally important, we want to ensure that both the muscles responsible for producing movement (prime movers) and those responsible for stabilizing and controlling movement (stabilizers) are sufficiently developed to perform their respective jobs.
Ultimately, we want to develop a body that is not only strong, but also capable, resilient, and prepared for the physical demands of everyday life.
THE IMPORTANCE OF TRAINING FROM DIFFERENT ANGLES
Think about how we move throughout a normal day. We reach overhead, bend down, rotate, push, pull, carry, and stabilize ourselves in countless positions.
Very rarely are we moving exclusively in one direction.
Yet, when it comes to resistance training, it’s easy to gravitate toward the same exercises and movement patterns simply because we’re comfortable with them.
While consistency and progressive overload are essential for developing strength, incorporating different movement angles and exercise variations allows us to expose the muscular system to different mechanical demands.
For example, a horizontal press, such as a bench press, and a vertical press, such as an overhead press, both train the upper body. However, the demands placed on the shoulders, surrounding musculature, and stabilizing structures are different.
Neither movement necessarily replaces the other. Each contributes something valuable to a comprehensive training program.
Research from Dr. Brad Schoenfeld, one of the leading researchers in resistance training and muscular hypertrophy, has helped demonstrate that muscular development is not always uniform.
Different exercises, joint angles, and ranges of motion can influence which regions of a muscle experience the greatest mechanical demands, a concept known as regional hypertrophy.
In simple terms, training the same muscle group through different movements can produce different adaptations.
The goal isn’t to incorporate as many exercises as possible. It’s to understand what each movement contributes to the bigger picture.
PRIME MOVERS, STABILIZERS, AND INJURY PREVENTION
One of the most important benefits of a well-rounded training program is developing the entire muscular system, not simply the larger muscles responsible for producing force.
Consider a bench press.
The chest, shoulders, and triceps are responsible for producing much of the pressing force. However, numerous smaller muscles surrounding the shoulder and scapula are simultaneously working to stabilize the joints and control movement.
The same principle applies to virtually every exercise we perform.
During a squat, the quadriceps and glutes contribute significantly to producing force, while the muscles of the trunk, hips, and surrounding structures help maintain stability and control.
If we’re consistently developing the prime movers while neglecting the supporting musculature, we may be leaving important aspects of strength and movement capacity underdeveloped.
This is one reason we incorporate different pressing and pulling angles, unilateral exercises, and dedicated stability work into our programming.
We want every component of the muscular system strong and capable of performing its respective job, whether that’s pushing, pulling, producing force, or providing stability.
This approach can also contribute to reducing the potential for injury.
By developing strength and control through a variety of movement patterns and joint positions, we’re better preparing the body to tolerate the physical demands placed upon it.
Research by Lauersen and colleagues, published in the British Journal of Sports Medicine, demonstrated that appropriately designed strength training interventions can significantly reduce sports injury risk.
It’s important to recognize that injuries are multifactorial, and muscular symmetry alone doesn’t guarantee injury prevention. However, developing a stronger, more capable muscular system is an important component of improving physical resilience.
MUSCULAR BALANCE IS MORE THAN APPEARANCE
When we discuss muscular symmetry, people often think about aesthetics: proportionate shoulders, arms, chest, and legs.
While balanced muscular development can certainly contribute to appearance, our interests extend well beyond aesthetics.
We want to ensure that no important movement pattern or muscular function is consistently neglected.
For example, if we’re performing a significant amount of pressing without sufficient pulling, we may be leaving important aspects of upper-body development unaddressed.
Similarly, incorporating unilateral movements such as split squats, step-ups, and single-leg Romanian deadlifts allows us to challenge each leg independently and identify potential differences in strength or control.
Some degree of asymmetry is completely normal. Our objective isn’t to create a perfectly symmetrical human body.
Rather, we want to develop sufficient strength, stability, and coordination throughout the muscular system to meet the demands we place upon it.
STRENGTH THROUGH A FULL RANGE OF MOTION
Another important consideration is how muscles produce force at different joint angles and muscle lengths.
Muscles don’t produce the same amount of force at every point throughout a movement. Their mechanical characteristics change as joint positions change.
Research from Dr. Schoenfeld, Dr. Jozo Grgic, and others has demonstrated that range of motion can influence both strength development and muscular hypertrophy.
Training through appropriate ranges of motion allows us to develop strength in different positions rather than exclusively where we’re naturally strongest.
This doesn’t mean every exercise needs to be performed through the largest possible range of motion. Individual anatomy, mobility, joint health, and the objective of the exercise must always be considered.
Our goal is to develop strength through usable ranges of motion, not simply move a weight from point A to point B.
HOW WE APPLY THIS AT BLACK FLAG
This philosophy is a major component of how we approach programming at Black Flag Strength & Conditioning.
Every movement should serve a purpose, and every training session should contribute to our larger objectives of developing strength, muscular capacity, and long-term physical function.
That means considering not only our primary strength movements but also the accessory, mobility, activation, and stability work that supports them.
If our primary movement is a bilateral squat, we may incorporate unilateral lower-body work to challenge each leg independently.
If we’re emphasizing horizontal pressing, we may incorporate different pulling variations or shoulder stability exercises throughout the training week.
We also consider how these movements fit together over time, ensuring we’re addressing different movement patterns and muscular functions without sacrificing the consistency necessary for progressive overload.
A systematic review examining exercise variation, published in the Journal of Strength and Conditioning Research, supports the potential benefits of purposeful exercise variation while cautioning against excessive or random changes.
Variation for the sake of variation isn’t intelligent programming. Variation with a specific purpose is.
THE BIGGER PICTURE: STRENGTH FOR LONGEVITY
Ultimately, our goal at Black Flag isn’t simply to help people lift more weight.
It’s to develop a muscular system that is strong, balanced, resilient, and capable of supporting them throughout their lives.
We want our prime movers capable of producing force and our stabilizers capable of controlling it.
We want to develop strength across multiple movement patterns and appropriate ranges of motion, reducing unnecessary limitations and improving our ability to handle life’s physical demands.
And perhaps most importantly, we want the strength we’re developing today to continue serving us 10, 20, and 30 years from now.
That’s why exercise selection matters.
That’s why accessory and stability work matter.
And that’s why every component of our programming has a purpose.
Because the ultimate objective isn’t simply to become stronger in the gym. It’s to become more capable outside of it.
At Black Flag Strength & Conditioning, every movement has a purpose. Our goal isn’t simply to build strength, but to develop a balanced, resilient muscular system capable of performing efficiently across a variety of movements. By training with intention, we’re building more than stronger athletes. We’re developing healthier, more capable individuals prepared for the physical demands of life, today and for years to come.
Yours in Fitness,
CSCS | CFL3 | Fitness Specialist | Biomechanics Specialist | USAWL1
“Take care of your body. It’s the only place you have to live.”
Owner/Coach – Black Flag Strength & Conditioning
RESEARCH & REFERENCES
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Schoenfeld, B. J., & Grgic, J. (2020). Effects of range of motion on muscle development during resistance training interventions: A systematic review. SAGE Open Medicine. https://pubmed.ncbi.nlm.nih.gov/32030125/
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Lauersen, J. B., Bertelsen, D. M., & Andersen, L. B. (2014). The effectiveness of exercise interventions to prevent sports injuries: A systematic review and meta-analysis of randomised controlled trials. British Journal of Sports Medicine. https://doi.org/10.1136/bjsports-2013-092538
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Zabaleta-Korta, A., et al. (2021). The role of exercise selection in regional muscle hypertrophy: A randomized controlled trial. Journal of Sports Sciences. https://pubmed.ncbi.nlm.nih.gov/34743671/
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Schoenfeld, B. J., et al. (2022). Does Varying Resistance Exercises Promote Superior Muscle Hypertrophy and Strength Gains? A Systematic Review. Journal of Strength and Conditioning Research. https://pubmed.ncbi.nlm.nih.gov/35438660/
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Pallarés, J. G., et al. (2021). Effects of range of motion on resistance training adaptations: A systematic review and meta-analysis. Scandinavian Journal of Medicine & Science in Sports. https://pubmed.ncbi.nlm.nih.gov/34170576/