Close grip dips are a compound bodyweight exercise that emphasizes triceps development while also recruiting the chest and shoulders. Unlike traditional chest-focused dips, close grip dips use a narrower hand placement and a more upright torso to shift the loading demand squarely onto the triceps. This movement delivers powerful hypertrophy and strength outcomes, making it a favorite among bodybuilders and calisthenics athletes alike.
Dips have been used in physical training systems for over a century. Gymnasts were among the earliest to popularize the movement, using parallel bars to build upper-body strength. The close grip dip, as a variation, emerged later as strength athletes and bodybuilders began experimenting with torso angles and grip width to isolate the triceps more effectively. This version is now widely recognized for its ability to develop the lateral and long heads of the triceps with minimal equipment.
Imagine yourself suspended between two bars, arms locked at the top. As you descend, your elbows bend straight back — not out — and your torso stays upright. You move smoothly downward, feeling your triceps stretch under load as your shoulders reach just below your elbows. Then you press yourself back to the starting position with powerful triceps engagement, never swinging or using momentum.
The close grip and vertical torso posture bias the elbow extension mechanics toward the triceps, especially the lateral and long heads. Minimal shoulder abduction helps keep the load off the chest and front delts compared to chest dips.
The dip’s deep range of motion provides an excellent stretch at the bottom, especially for the long head of the triceps. Tension is sustained throughout the movement, particularly with a controlled tempo.
With proper form, close grip dips are joint-friendly. However, descending too low or flaring the elbows may strain the shoulders. Those with pre-existing shoulder issues should limit depth and use assistance if needed.
As a bodyweight exercise, dips are easy to load by adding weight via dip belts or vests. Volume progression and tempo manipulation (e.g. slower eccentrics) also provide effective pathways to overload.
A study by Oliveira et al. (2009) found that dips are among the highest EMG-activating movements for the triceps. When compared to pushdowns and close grip benches, dips produce comparable — and sometimes superior — muscle activation, especially in the lateral and long heads. Schoenfeld (2010) reinforces that mechanical tension and full range of motion are key hypertrophy drivers — both of which dips deliver when performed correctly.
Close grip dips offer a powerful combination of functionality, scalability, and muscle-building potential. They can be performed nearly anywhere, respond well to progressive overload, and place immense tension on all three heads of the triceps. When executed with strict form and intent, they rival — and often outperform — many machine-based triceps exercises.
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