Can 4 Big Lifts Boost Testosterone After 40? What the Hormone Hype Gets Wrong
UPLIFT IRON CLUBThe Four-Lift Testosterone Pitch Sounds Better Than the Evidence
Men's Fitness makes a familiar case: after 40, prioritize squats, deadlifts, chest presses and overhead presses because large compound lifts recruit a lot of muscle and can provoke a bigger acute testosterone response than smaller exercises. There is a real physiological observation underneath that claim. Heavy resistance exercise can temporarily raise circulating testosterone, and protocols involving a lot of muscle mass can produce a larger short-lived endocrine response than easier or more isolated work.
The important word is temporarily. A workout-induced hormone spike is not the same thing as raising your resting testosterone for the rest of the week, and it is definitely not proof that one exercise is a better long-term muscle builder because the blood test looks more anabolic for half an hour. A 2014 study often used to support the squat argument compared six sets of 10 squats with six sets of 10 leg presses in trained men. Testosterone and growth hormone rose after both, and the squat produced the larger response. But that experiment measured an acute response, not months of muscle gain or a permanent change in baseline testosterone.
That distinction matters even more after 40, when “boost testosterone” is one of fitness marketing's most reliable phrases. The four lifts are still excellent choices. They train a huge amount of muscle, make progressive overload easy to track and cover most major strength patterns. You just do not need to pretend that their value depends on hacking your hormones. Train them because they are productive lifts, not because your squat rack is a replacement endocrinologist.
There is another reason to be precise: testosterone is not a single “gym performance” number. Time of day, sleep, energy intake, illness and measurement conditions can move a reading. If a lifter is worried about clinically low testosterone, that question belongs in repeat standardized testing and a medical conversation, not in choosing between a squat and a leg press.
What Resistance Training Actually Does to Testosterone
The cleanest reading of the research is less dramatic and more useful. Resistance training can create an acute testosterone rise, especially when a session uses substantial muscle mass, moderate-to-heavy loading and enough volume. A 2026 systematic review of randomized trials found that resistance exercise generally produced a greater acute testosterone increase than aerobic exercise, with levels returning toward baseline afterward. Very prolonged, punishing high-intensity work can push the recovery picture in the other direction, which is another reason not to turn every session into a hormonal stress test.
Long-term resting testosterone is a different question. A systematic review and meta-analysis in older men found that resistance training did not significantly increase basal testosterone overall. That does not mean lifting “does nothing” for men over 40. It means the benefit should be judged by outcomes resistance training reliably improves: strength, muscle retention or gain, work capacity, bone-loading stimulus and the ability to keep doing physically demanding things.
This also kills an old bodybuilding myth: chasing the biggest post-workout hormone spike is not a proven shortcut to hypertrophy. In resistance-trained men, acute changes in testosterone, growth hormone and IGF-1 were not correlated with later gains in muscle size or strength. Another controlled study deliberately created high- and low-hormone exercise conditions and still found similar hypertrophy. Your muscles care enormously about mechanical tension, sufficient hard work, progression, nutrition and recovery. The temporary hormone response is part of the body's reaction to training, not a scoreboard you need to maximize.
This is good news for programming. You do not have to optimize rest periods or exercise order around a fleeting blood marker. Longer rests can improve performance on heavy compound lifts; shorter rests can be useful for time efficiency and accessory work. Choose them for the training outcome you want. A program that lets you accumulate high-quality work and recover will beat one designed mainly to make a post-workout lab value look dramatic.
Squats: Keep the King, Drop the Hormone Worship
Squats deserve a place in this conversation because they are brutally efficient, not because they possess a secret endocrine setting. A well-executed squat trains the quads and glutes hard while demanding bracing, coordination and force production across the whole body. It is also unusually easy to scale: a beginner can start with a goblet squat or light bar, while an experienced lifter can progressively load a back squat for years.
The free-weight-versus-leg-press study is genuinely interesting. Ten trained men performed six sets of 10 at the same relative intensity, and the squat session produced higher immediate testosterone and growth hormone concentrations than the leg press. The squat also involved more total work because the lifter moved both the external load and more of his own body. That tells us the squat is a large systemic task. It does not tell us that the hormone spike itself caused superior gains.
For lifters over 40, exercise selection should be brutally practical. If back squats feel good and you can recover from them, keep them. If shoulder mobility, hip anatomy, old injuries or fatigue make them a constant negotiation, use a safety-bar squat, front squat, hack squat, leg press or split squat. The goal is to train the knee-dominant pattern hard enough to progress without paying an unnecessary joint or recovery tax.
A sensible working range is often three to five hard sets in a session, mostly somewhere between five and 12 reps depending on the variation and goal. Leave a rep or two in reserve on most work, add load or reps when technique is stable, and stop judging a leg day by how destroyed you feel afterward.
The same logic applies to depth and stance. There is no prize for forcing every body into an identical squat. Use a stance and range of motion you can control, then build strength there. If your goal is quads, a heel-elevated squat or machine may be excellent. If your goal is powerlifting, specificity pushes you back toward the competition squat. The exercise should serve the goal, not the mythology.
Deadlifts: A Great Hinge, Not a Mandatory Testosterone Ritual
Deadlifts recruit a lot of muscle and make strength visible in the simplest possible way: the bar was on the floor, and now it is not. Glutes, hamstrings, spinal erectors, upper back, grip and trunk all contribute. That makes the deadlift an excellent hinge and a useful full-body strength test. It also makes heavy deadlifting expensive to recover from, especially when volume creeps upward.
The primary article recommends deadlifts because large-muscle compound work can contribute to the acute hormonal response. That is true as far as it goes, but the programming decision should be based on stimulus and fatigue. A lifter who wants maximal deadlift strength needs to deadlift. A lifter whose main goal is hypertrophy or general strength can choose Romanian deadlifts, trap-bar deadlifts, block pulls, hip hinges or machine work when those options create a better target-muscle stimulus with less systemic fatigue.
After 40, this becomes less about age panic and more about recovery accounting. You can still train hard. You simply benefit from being more selective about where the hardest work goes. One or two meaningful hinge exposures per week is plenty for many recreational lifters. Heavy conventional deadlifts might sit in a lower-rep range, while Romanian deadlifts often work beautifully in moderate reps where hamstring tension is easier to control.
The best deadlift prescription is therefore boring: brace well, own the start position, progress gradually and avoid turning every week into a max-out. If a variation lets you train the posterior chain hard while arriving at the next session ready to perform, it is doing more for your long-term strength than a theoretically larger testosterone spike ever will.
Bench and Overhead Press: Build Muscle Because You Press, Not Because Hormones Spike
The chest press and overhead press round out the four movements in the source article, and they make sense for a simple reason: they cover horizontal and vertical pushing. Bench pressing gives the pecs, anterior delts and triceps a stable platform for progressive loading. Overhead pressing shifts more emphasis toward the shoulders and triceps while asking the trunk to resist extension and keep the load stacked over the body.
Neither needs a hormonal sales pitch. If your goal is upper-body muscle and strength, the practical questions are whether you can train the target muscles hard, repeat the movement comfortably and progress it over time. A barbell bench is easy to standardize, but dumbbells, machines and converging presses can be equally useful hypertrophy tools. A standing barbell overhead press is a classic, but a seated dumbbell or machine shoulder press may let some lifters train the delts harder with less low-back fatigue.
This is also where the “compound lifts only” message needs correction. Compound movements are efficient, but isolation work is not wasted effort. Lateral raises can train the side delts with far less systemic fatigue than another press. Triceps extensions can add elbow-extension volume without asking the pecs and shoulders to do more. Leg curls can train the hamstrings without another heavy hinge. Once the big patterns are covered, smaller exercises are often exactly what makes a program complete.
For most over-40 lifters, two or three pressing exposures across the week is enough. Keep some reps in reserve, use pain-free ranges of motion, and let volume accumulate through movements you can recover from. The muscle-building signal comes from training the muscle effectively—not from selecting the exercise that produces the most impressive temporary hormone graph.
The Better After-40 Plan: Train for Strength, Recover for Hormonal Health
If you like the four-lift framework, keep it. A squat pattern, hinge, horizontal press and vertical press can anchor an excellent program. Add pulling work, some single-leg training, direct arm or delt work if you care about those muscles, and enough aerobic activity to support general fitness. The mistake is treating those four lifts as a testosterone protocol rather than a strength template.
A simple three-day week could rotate emphasis instead of trying to crush every lift every session. Day one might feature squat plus bench, rows and accessories. Day two can center on a hinge plus overhead press, pull-ups and single-leg work. Day three can return to a squat variation and a chest press with lighter posterior-chain work. Most sets can live one to three reps from failure, with occasional harder sets where technique and recovery justify them. Progress by adding a rep, a small amount of load or better execution—not by manufacturing exhaustion.
Recovery is where the hormone conversation becomes more sensible. Chronic sleep restriction, aggressive dieting, illness and excessive training stress can all make a lifter feel and perform terrible. If someone has persistent symptoms that genuinely suggest low testosterone, the answer is medical assessment and appropriate bloodwork, not adding two extra sets of squats because social media promised an endocrine hack.
The useful conclusion is almost the opposite of the headline bait. You should squat, hinge and press after 40 because resistance training is one of the best tools available for preserving strength and muscle. Acute testosterone rises are real, but they are transient and do not appear to explain who gains the most muscle. Build the program around movements you can progress, recover from and repeat for years. Consistency is a far more powerful anabolic strategy than chasing a hormone spike after Tuesday's leg day.
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