The 6 Best Exercises for Longevity, Backed by Research

If you only had time for a handful of exercises — six, let’s say — which ones would actually matter 30 years from now? Not the ones that look impressive on Instagram, but the ones that keep you walking, carrying groceries, getting off the floor, and not ending up in a nursing home at 78.

The longevity research is surprisingly clear on this. It points to a small set of movement patterns that predict how well you’ll age better than almost any other modifiable factor. Here’s the list, why it works, and how to actually train it.

What Makes an Exercise “Longevity-Optimized”

An exercise earns a spot on this list if it does at least two of the following:

• Trains a movement you’ll need for the rest of your life. Getting up off the floor. Carrying heavy things. Climbing stairs. These are the tasks people lose with age.
• Produces large, full-body neuromuscular adaptations. Compound multi-joint lifts recruit huge amounts of muscle mass and drive bigger hormonal, metabolic, and bone-density responses than isolation work.
• Correlates with measurable drops in mortality risk. Grip strength, leg strength, and cardiorespiratory fitness are three of the most robust predictors of all-cause mortality we have. Any exercise that improves them is buying you years.

The six movements below check most or all of these boxes.

1. The Squat (Or Any Loaded Lower-Body Bend)

The ability to lower yourself toward the ground and stand back up under load is the single most predictive movement for independent living in old age. A 2012 study in the European Journal of Preventive Cardiology found that adults 51–80 who could rise from a sitting-on-the-floor position without using their hands had dramatically better 6-year survival rates than those who couldn’t. For every point they lost on the 10-point test, their mortality risk went up 21%.

The squat pattern is the foundation. Back squats, front squats, goblet squats, split squats, box squats — pick whichever version you can load safely and progress. The specific variation matters less than the total weekly tonnage and the presence of the movement pattern in your routine.

Programming: 3–5 sets of 5–10 reps, twice per week. Heavier sets (5s) build maximal strength; slightly lighter sets (8–10) build muscle and joint resilience.

2. The Deadlift (Or Any Hip Hinge)

Picking something heavy off the ground is a universal human task. The deadlift trains it directly, loads the posterior chain (glutes, hamstrings, erectors) more than almost any other lift, and is one of the best exercises in existence for bone mineral density — a critical concern for fracture prevention in older adults.

A 2019 randomized trial published in the Journal of Bone and Mineral Research (the LIFTMOR trial) showed that postmenopausal women with low bone mass who performed heavy deadlifts, squats, and overhead presses twice a week for 8 months significantly increased bone density at the lumbar spine and femoral neck — the two sites where fractures are most devastating. The control group lost bone over the same period.

You don’t have to conventional deadlift with a barbell. Romanian deadlifts, trap bar deadlifts, kettlebell swings, and kettlebell deadlifts all train the same pattern and tend to be more forgiving on the lower back for beginners.

Programming: 2–4 sets of 3–8 reps, once or twice per week. Hinges respond well to lower rep ranges; the lower back fatigues quickly.

3. The Loaded Carry (Farmer’s Walk)

This is the most underrated exercise in the entire longevity toolkit, and the one that connects most directly to mortality data. Carrying heavy objects trains:

• Grip strength, which is one of the strongest single-variable predictors of all-cause mortality we have. A 2015 study of 140,000 people across 17 countries in The Lancet found that each 5 kg decrease in grip strength was associated with a 16% higher risk of all-cause mortality.
• Core stability under load — you can’t walk with heavy dumbbells if your trunk can’t resist lateral flexion.
• Postural endurance, the thing that collapses first in people who spend their days at a desk.
• Functional capacity that transfers directly to real life — groceries, luggage, children, anything.

Grab two heavy dumbbells or kettlebells. Walk with them. That’s it. This movement is almost impossible to do wrong and almost impossible to do too much of.

Programming: 3–5 walks of 30–60 seconds at as heavy a load as you can hold with good posture. Add once or twice per week at the end of your strength sessions.

4. The Push (Bench Press, Overhead Press, Push-Up)

Upper-body pressing trains the chest, shoulders, and triceps — the muscles that let you push yourself up from the floor, push a door open, or push a stuck window up. It’s less mortality-predictive than grip or leg strength in isolation, but it’s essential for maintaining full-body function and upper-body muscle mass as you age.

The push-up specifically is worth a moment. A 2019 study in JAMA Network Open followed 1,104 middle-aged men for 10 years and found that the ability to do 40 or more push-ups in a single set was associated with a 96% lower risk of cardiovascular disease events compared to those who could do fewer than 10. That’s not a typo. Push-up capacity outperformed treadmill-based VO2 max estimates as a predictor.

Bench press, overhead press, and push-ups all train the pattern. Overhead pressing is particularly valuable for shoulder health if done with good mobility, but if your overhead mobility is limited, landmine presses or incline presses are excellent substitutes.

Programming: 3–4 sets of 5–12 reps, twice per week. Alternate horizontal (bench, push-up) and vertical (overhead) presses across the week.

5. The Pull (Row, Pull-Up, Lat Pulldown)

The pull pattern trains the entire posterior upper body — lats, rhomboids, rear delts, biceps, and the deep postural muscles between your shoulder blades. These are the muscles that pull your shoulders back and your head over your shoulders, directly counteracting the forward-rounded posture that comes from desks, phones, and driving.

Pull-ups are the gold standard because they’re a bodyweight lift, they train grip simultaneously, and the ability to do them is rare past 40. If pull-ups aren’t accessible yet, lat pulldowns, inverted rows, and dumbbell rows build the same pattern and transfer directly.

Almost no longevity study has measured pull strength in isolation — it’s not a standard clinical metric the way grip or leg strength are. But the postural, shoulder-health, and quality-of-life benefits are unambiguous, and neglecting the pull pattern produces visibly worse aging outcomes at the shoulders and mid-back.

Programming: 3–4 sets of 6–12 reps, twice per week. Alternate horizontal (rows) and vertical (pull-ups, pulldowns) across the week to hit the back from both angles.

6. Zone 2 Cardio (Walking, Cycling, Rowing)

This isn’t a strength exercise, but omitting it from a longevity list would be malpractice. VO2 max — your maximum oxygen uptake — is the single best predictor of all-cause mortality we have, and it responds powerfully to low-to-moderate intensity aerobic work.

A 2018 study of 122,000 patients published in JAMA Network Open found that going from the bottom 25% of cardiorespiratory fitness to just the next quartile up was associated with a 50% reduction in all-cause mortality. The gap between the lowest and highest fitness groups was roughly equivalent to the mortality difference between a smoker and a non-smoker.

Zone 2 is the intensity at which you can still hold a conversation but it would be awkward to sing. Roughly 60–70% of your maximum heart rate. It’s boring, it’s easy to do, and it builds the mitochondrial base that supports every other form of cardiovascular capacity. (We’ve covered this in more depth in the Zone 2 cardio guide.)

Programming: 2–4 sessions of 30–45 minutes per week. Walking briskly on an incline, easy cycling, rowing, or swimming all count.

Honorable Mentions

The big six above cover the essentials, but a few others deserve a mention for specific populations:

• Jumping / plyometrics. Power output — not just strength — declines with age faster than anything else. Low-level jumping (even just hopping in place) preserves it. This matters for fall prevention after 60.
• Single-leg work (lunges, step-ups). Bilateral imbalances develop silently and contribute to fall risk. One session a week of unilateral lower-body work corrects this.
• Dead hangs. Hanging from a bar for 30–60 seconds builds grip, decompresses the spine, and trains shoulder stability in overhead positions. Simple, cheap, effective.

A Minimal Longevity Program Built Around These Six

You can cover all six movement patterns with two full-body sessions per week. Here’s an example structure:

Day A

• Goblet Squat or Back Squat — 3×8
• Bench Press or Push-Up — 3×8
• Dumbbell Row — 3×10
• Farmer’s Carry — 3×40 seconds

Day B

• Romanian Deadlift or Trap Bar Deadlift — 3×6
• Overhead Press — 3×8
• Lat Pulldown or Pull-Up — 3×8
• Dead Hang — 3×30 seconds

Add 2–3 Zone 2 cardio sessions per week on your non-lifting days. That’s it. Every major mortality-predictive pattern is covered in about 3–4 hours of training per week.

The Bottom Line

The best exercises for longevity aren’t exotic. They’re the squat, the hinge, the carry, the push, the pull, and Zone 2 cardio. These six patterns are what the research keeps coming back to — not because they’re trendy, but because they train the exact capacities (leg strength, grip strength, VO2 max, bone density, balance) that separate people who age well from people who don’t.

If you structure your training around these six for the next 30 years, you’ve done the single highest-leverage thing available to you for healthspan. Everything else is optimization at the margins.

Log these movements and track your longevity score in Formulate →