To maximize anterior deltoid hypertrophy, you must avoid rotations during front raises, as they reduce the payload, impair intensity, and create unnecessary joint stress.

noli's read

Enzo Foukra's analysis aligns with the fundamental principles of biomechanics in strength training. In hypertrophy, mechanical tension is a key driver; however, adding a complex rotation at the end of a movement often requires reducing the total load to maintain control, which can effectively limit the stimulus on the target muscle (principle of progressive overload). Studies on muscle activation (such as electromyography) show that standard front raises already effectively engage the anterior deltoid without the need for complex variations. While the risk of 'joint stress' mentioned is a common empirical observation in gyms, it is not systematically validated by specific RCTs on this precise movement. Nevertheless, the recommendation to prioritize stability and load on a standard movement is a prudent and effective approach for long-term progression. The creator prioritizes movement efficiency here over unnecessary complexity.

the sources

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