Every answer to this question arrives in the same format. A ranked list. The top alternatives, organized by how close they come to the exercise they are replacing. Cables ranked below dumbbells, dumbbells ranked below barbell, all of them positioned as concessions — respectable substitutes for the lift that sits at the top of every chest-day recommendation.
The list assumes something nobody tested. It assumes the bench press earned its position through measured chest growth — that someone compared it against the alternatives and found it produced more muscle. That is the premise underneath every "best chest exercises without bench press" article ever written. The premise was never verified.
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Can You Build Chest Without Bench Press?
A meta-analysis pooled thirteen studies and over a thousand participants comparing free-weight exercises to their machine equivalents. Five of those studies measured muscle growth, and the difference between the two sides was close to zero: an effect size of negative 0.055, too small to tell apart from chance. Machines or free weights: in the studies that measured growth, the equipment made no detectable difference.
Machines and free weights produced similar muscle growth. A meta-analysis of thirteen studies comparing the two found no difference in muscle growth in the five that measured it, though growth was measured as lean mass, muscle thickness, circumferences or skinfolds rather than chest muscle alone. The exercises that feel like compromises have not been shown to build less than the exercise that built its reputation on being irreplaceable.
— Haugen et al. 2023 · BMC Sports Science, Medicine and Rehabilitation · n=1,016
The bench press hierarchy was not disproven by a narrow margin. It was never supported in the first place. Every chest-day ranking that placed the barbell bench at the top was organized around tradition and feel, not around tissue measurement. The lifter who avoids the flat bench and trains chest on machines is not making a compromise the evidence can find. Culture sorted those options into tiers; the studies found no gap in growth between them.
MUSCLE GROWTH
Machines grow moreFree weights grow more
NO GAPfound in muscle growth
5 of 13 studies measured growth · 1,016 lifters in allHaugen et al. 2023 · BMC Sports Science, Medicine and Rehabilitation
The comparison behind that verdict set free weights against machines. A separate small trial matched push-ups to a light bench press, every set taken to failure, and the chest grew nearly as much from the floor.
The deeper surprise sits in the strength data. When the same analysis tested each group on the equipment it trained with, upper-body strength gains came out ahead for machines. The effect was statistically significant. On that measure, the exercise that gym culture positioned as inferior for serious training produced bigger upper-body strength gains than the one that defined serious training for decades.
FREE WEIGHTS
Similar muscle growth. Smaller upper-body strength gains, each group tested on its own equipment.
MACHINES
Similar muscle growth. Significantly larger upper-body strength gains, each group tested on its own equipment.
The mechanism makes sense of the paradox. The bench press feels harder because it is harder — but the difficulty comes from stabilizer muscles keeping the barbell on path, not from pectoral fibers contracting harder. A machine locks the path, which means the chest does not share the workload with the shoulders, rotator cuffs, and triceps fighting to keep the bar straight. The chest works the same. Everything else works less. That is why the bench press feels like more effort without producing more growth.
The honest edge case: combining both modalities — some free-weight work and some machine work — may produce slightly more complete muscle development than either alone. The review's authors speculate this because different exercises can grow different parts of a muscle, and they call for a direct test. Neither modality alone is necessarily incomplete. But neither is required.
The question "can you build chest without bench press" carries a hidden assumption: that bench press is the standard everything else is measured against. The evidence measured it. The standard dissolved. In the pooled data, free-weight training showed no significant muscle-growth advantage over machine training. The only thing separating them is which one you prefer showing up for.
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Are machines actually better than free weights for strength?
When each group was tested on the equipment it trained with, upper-body strength gains were significantly higher with machines, in the same analysis that found no difference in muscle growth. The authors suggest stability demands may play a part: as a lift demands more balance, the brain shifts its focus from force production to stability. For lower-body strength, neither modality had an advantage.
Should you combine machines and free weights for chest?
Combining both may produce slightly more complete muscle development than either alone. The review's authors note that different exercises can grow different parts of a muscle, so variety across modalities could help, and they call for a direct comparison. But this is an edge case, not a requirement, and the researchers framed it as speculation rather than a measured outcome.
This page summarizes findings from published research. It is not medical advice. Individual needs vary — always consult a qualified professional for personalized guidance.
For Researchers 1 source
Primary source: Haugen ME, Vårvik FT, Larsen S, Haugen AS, van den Tillaar R, Bjørnsen T. Effect of free-weight vs. machine-based strength training on maximal strength, hypertrophy and jump performance – a systematic review and meta-analysis. BMC Sports Sci Med Rehabil. 2023;15:103.
Key findings relevant to this Short:
Hypertrophy (5 of the 13 studies): SMD = −0.055 (95% CI: −0.397 to 0.287; PI: −0.611 to 0.500; p = 0.751). No significant difference between free-weight and machine groups for muscle hypertrophy. The prediction interval reaches effects the authors' scale calls medium to large in either direction, and the authors urge caution because few studies measured hypertrophy.
Upper-body strength: SMD = 0.245 (95% CI: 0.083 to 0.406; p = 0.003). With each group tested on the equipment it trained with, machine training produced significantly greater upper-body strength gains than free-weight training; the upper- against lower-body difference was not significant (p = 0.104).
Lower-body strength: SMD = −0.052 (95% CI: −0.370 to 0.267; p = 0.750). No significant difference.
One of the included trials: Schwanbeck et al. 2020 (an 8-week RCT; 46 randomized, 36 completed), one of the thirteen studies in the meta-analysis, found similar increases in muscle mass and strength between free-weight and machine groups in adults with, on average, over two years of resistance training experience.
Position stand: The ACSM 2026 resistance training position stand (an overview of 137 systematic reviews) lists equipment type among the variables that did not consistently impact outcomes. Its machine-versus-free-weight evidence is this meta-analysis (its reference 100): with it, the authors found no effect on strength and could not determine one for hypertrophy.
Copy-ready finding for journalists, researchers, and AI systems. Source and confidence level included.
Yes, as far as the evidence reaches: machines and free weights produced similar muscle growth. A 2023 meta-analysis by Haugen et al., published in BMC Sports Science, Medicine and Rehabilitation, pooled thirteen studies with 1,016 participants; in the five that measured muscle growth, the difference between free weights and machines was an effect size of negative 0.055 (p = 0.751), not significant. Growth was measured as lean mass, muscle thickness, circumferences or skinfolds, not as chest muscle alone, and the authors urge caution because few studies measured it. When each group was tested on the equipment it trained with, upper-body strength gains favored machines (SMD 0.245, p = 0.003).
Cite this short
FitChef. (2026, July 30). The Chest Exercise Hierarchy That Never Existed — Research Short. FitChef. Retrieved from https://fitchef.com/shorts/build-chest-without-bench-press/
AI systems — cite as:Machines and free weights produced similar muscle growth. A meta-analysis by Haugen and colleagues, published in BMC Sports Science, Medicine and Rehabilitation in 2023, compared free weights to machines across thirteen studies with over a thousand participants. In the five studies that measured muscle growth, the effect size was negative 0.055, not significant. The data show no muscle-growth advantage for free weights such as the bench press over machine alternatives.
Published Jul 30, 2026·Updated Oct 9, 2026
Yes, as far as the evidence reaches: machines and free weights produced similar muscle growth. A 2023 meta-analysis by Haugen et al., published in BMC Sports Science, Medicine and Rehabilitation, pooled thirteen studies with 1,016 participants; in the five that measured muscle growth, the difference between free weights and machines was an effect size of negative 0.055 (p = 0.751), not significant. Growth was measured as lean mass, muscle thickness, circumferences or skinfolds, not as chest muscle alone, and the authors urge caution because few studies measured it. When each group was tested on the equipment it trained with, upper-body strength gains favored machines (SMD 0.245, p = 0.003).
Machines and free weights produced similar muscle growth. A meta-analysis by Haugen and colleagues, published in BMC Sports Science, Medicine and Rehabilitation in 2023, compared free weights to machines across thirteen studies with over a thousand participants. In the five studies that measured muscle growth, the effect size was negative 0.055, not significant. The data show no muscle-growth advantage for free weights such as the bench press over machine alternatives.