When it comes to building an impressive, well-developed chest, gym-goers are often bombarded with conflicting advice, social media trends, and endless exercise variations. However, not all movements deliver equal results, and choosing the wrong ones can cost months or even years of wasted effort in the weight room.
In a recent comprehensive analysis, renowned natural bodybuilder, fitness educator, and science-based coach Jeff Nippard sought to cut through the noise by ranking every major chest exercise from best to worst. His findings challenge conventional wisdom, assigning failing grades to a few beloved gym staples while elevating other, highly efficient movements to elite status.
Understanding which exercises truly maximize muscle growth can fundamentally transform a lifter’s training approach. Nippard’s methodology is not built on arbitrary personal preference or social media hype. Instead, his systematic ranking system evaluates each movement based on three critical physiological factors that determine its ultimate effectiveness for hypertrophy.
First, an exercise must provide a deep stretch under high tension. The pectoral muscles need to experience significant mechanical tension while fully lengthened, as this stretched position under load creates the optimal physiological stimulus for muscle growth. Second, the movement should feel comfortable with a smooth resistance profile. Pain-free execution, combined with a strong mind-muscle connection and a satisfying pump, indicates an exercise that is worth keeping in a long-term training rotation. Third, progressive overload must be straightforward. Lifters need a clear, reliable path to adding weight or repetitions over time, because without a predictable way to measure and apply progressive overload, even the most comfortable exercises lose their long-term muscle-building potential.
Despite these clear scientific benchmarks, some exercises consistently promoted across social media fail to meet the standard. In Nippard’s evaluation, movements like the hex press and the plate press fall squarely into the F tier. The hex press fails spectacularly on the primary criterion of a deep stretch. By keeping the arms bent throughout the entire movement, the exercise prevents the pectorals from reaching the length necessary for optimal engagement. As a result, the triceps take over the workload, robbing the chest of the necessary tension. Without a meaningful mind-muscle connection or a satisfying pump, the hex press offers virtually no advantage for chest development, and progressive overload remains nearly awkward and inefficient.
The plate press represents an even more questionable choice, sharing all the structural downsides of the hex press while adding uncomfortable ergonomics. Attempting to squeeze a weight plate between the palms creates an awkward resistance profile, and the complete lack of stretch renders the movement essentially worthless for serious hypertrophy goals.
Moving slightly upward into the D tier, the dumbbell pullover occupies notoriously controversial territory. From a strict biomechanical standpoint, the pullover should work the pecs alongside the lats and triceps, and electromyography (EMG) data does confirm some degree of pectoral activation. However, a major disconnect exists between theory and practice: most lifters simply do not feel their chest working during pullovers. Nippard notes that numerous clients have echoed this exact experience, reporting virtually zero mind-muscle connection with their pectorals during the movement. Because top bodybuilders rarely incorporate pullovers as a primary chest builder and because the exercise proves far more effective for lat development, it earns a low placement for chest-focused training routines.
Several widely popular movements land in the respectable-but-not-exceptional B tier. Decline variations, including both barbell and dumbbell decline presses, emphasize the mid-to-lower pecs. For most lifters, however, the upper chest represents the area requiring the most developmental attention. Furthermore, decline movements offer a slightly compressed range of motion compared to flat or incline angles, and the dumbbell version can feel particularly awkward during setup, especially when working with heavier loads that require assistance to get into position.
Push-ups share a similar fate in the B tier, largely due to the physical limitations imposed by the floor. While bodyweight push-ups offer undeniable convenience for home workouts or travel, the floor restricts range of motion by preventing the deep stretch that occurs when dumbbells or specialized handles can travel past the torso. Additionally, progressive overload becomes a significant challenge once a lifter develops baseline strength. Advanced individuals must perform extremely high repetitions to approach muscular failure, which is far from ideal for hypertrophy. While adding resistance bands can increase tension, it often compromises stability, leading Nippard to recommend push-ups primarily as conditioning finishers rather than foundational chest-building movements.
The A tier represents the proven standards that form the backbone of effective, traditional chest training, successfully combining stretch, feel, and straightforward progression. The flat barbell bench press delivers high mechanical tension when the bar touches the chest, and progressive overload is remarkably simple through incremental weight additions. However, common complaints regarding shoulder discomfort prevent the flat barbell bench from reaching the absolute S tier.
The incline bench press shifts the muscular emphasis upward, a critical advantage given that research shows incline work produces comparable activation in the lower and mid pecs while significantly boosting upper pectoral engagement. For lifters seeking fuller, more balanced chest development, the incline angle offers distinct structural benefits. Meanwhile, the flat dumbbell press introduces a vital depth advantage. Because dumbbells can travel past the rib cage, they create a deeper pectoral stretch than barbell variations, typically resulting in a more substantial chest pump. While initial progression remains simple, advanced lifters eventually encounter practical limitations related to the sheer size of very heavy dumbbells and the weight limits found on standard gym racks. The incline dumbbell press combines these benefits, merging the deep stretch of dumbbell work with the upper pectoral focus of incline angles to serve as one of the most effective free-weight chest builders available.
Only movements that excel across all three of Nippard’s foundational criteria—stretch, feel, and seamless progression—earn the highest S tier distinction. The machine chest press often surprises traditionalists who consider free weights inherently superior, yet it checks every box for optimal muscle growth. The machine provides a deep pectoral stretch with consistent tension throughout the entire range of motion, while the locked-in movement path enhances the mind-muscle connection and produces an intense pump. Progression is as simple as moving a pin to a heavier weight stack, and machines offer a critical safety advantage by allowing lifters to push closer to true muscular failure without the risk of getting pinned beneath a heavy barbell. The primary caveat is that machine quality matters tremendously, with well-designed biomechanics being essential to earning top-tier status.
Alongside the machine press, weighted dips represent progressive perfection in chest training. Dips provide an exceptional pectoral stretch and high tension, particularly when executed with a slight forward lean and a full range of motion. The ability to easily progress from assisted bodyweight dips to heavily loaded variations provides a clear, scalable path for years of continued muscle growth, though individuals with pre-existing joint concerns must navigate the deep stretch position carefully to avoid shoulder irritation.
Ultimately, Nippard’s comprehensive ranking system offers practical, real-world guidance for designing an intelligent training program. By prioritizing S tier movements such as high-quality machine presses and weighted dips as primary anchor points, lifters can maximize their return on training investment. Supplementing these movements with A tier exercises allows for necessary variation and targeted upper chest development, while B tier staples like push-ups can be utilized strategically as metabolic finishers. Avoiding flawed F tier movements entirely ensures that valuable training time is dedicated exclusively to exercises grounded in sound biomechanics, paving the way for long-term, sustainable muscular development.
