You can’t completely eliminate muscle soreness after a tough workout, but you can significantly reduce how intense it gets and how long it lasts. The key is a combination of smart training progression, proper cooldowns, and a few recovery strategies that actually have evidence behind them. Just as importantly, some popular remedies don’t work nearly as well as people think.
Why Your Muscles Get Sore in the First Place
Muscle soreness that peaks 24 to 72 hours after exercise, often called DOMS (delayed onset muscle soreness), is caused by microscopic damage to muscle fibers. This happens most during eccentric movements, where your muscles lengthen under load: think lowering a heavy dumbbell, running downhill, or the descent phase of a squat. These tiny tears trigger an inflammatory response that causes swelling, stiffness, reduced strength, and that familiar deep ache.
DOMS is not caused by lactic acid buildup. That’s one of the most persistent myths in fitness. Lactic acid clears your muscles within an hour or two of exercise. The soreness you feel the next day is your body repairing structural damage to muscle tissue, and that process involves inflammation, fluid shifts, and the release of cellular proteins into your bloodstream.
Progress Your Training Gradually
The single most effective way to prevent severe soreness is to avoid doing too much too soon. DOMS is triggered by unaccustomed exercise, so any big jump in intensity, volume, or a new movement pattern will leave you hobbling. A widely used guideline from Mayo Clinic recommends increasing your training volume by no more than 10 percent per week. This works well for most healthy, moderately trained people across both running and resistance training.
If you’re starting a new program or returning after time off, cut your normal weights and volume roughly in half for the first week. Your muscles adapt quickly to repeated bouts of the same type of exercise, a phenomenon called the repeated bout effect. After two to three exposures to a movement, the same workout will produce dramatically less soreness. The key is giving your body a chance to build that adaptation without overwhelming it on day one.
Cool Down With Light Activity
A brief cooldown after your workout helps more than most people realize. Research from UW Medicine shows that six to ten minutes of light activity at about 50 to 60 percent of your maximum effort after a workout can reduce inflammation and muscle breakdown. This could be easy cycling, a slow jog, or walking on an incline. The goal is to keep blood flowing through the muscles you just worked without adding any further stress.
On rest days, light movement also helps. A 20-minute walk, easy swim, or gentle yoga session keeps circulation elevated, which helps deliver nutrients to damaged tissue and clear metabolic waste. This is sometimes called active recovery, and it’s consistently more effective than doing nothing at all.
Stretching Won’t Help Much
This might surprise you: post-exercise stretching does almost nothing to prevent or reduce soreness. A systematic review of randomized controlled trials published in Frontiers in Physiology found no effect of stretching on DOMS at 24, 48, or 72 hours after exercise compared to simply resting. The analysis also found no benefit for strength recovery or range of motion restoration.
That doesn’t mean stretching is useless for other purposes. Regular flexibility work can improve your range of motion over time and may reduce injury risk. But if you’re stretching after a workout specifically to avoid being sore tomorrow, the evidence says it won’t make a difference.
Foam Rolling: Timing and Technique
Foam rolling has better evidence for soreness relief than stretching does. It works by increasing blood flow to the tissue and reducing the sensitivity of pain receptors in the fascia surrounding your muscles. The protocol is straightforward: roll each muscle group for about one minute, and don’t exceed two minutes on any single area. If you find a knot or trigger point, you can apply sustained pressure on it, but keep that to under 30 seconds before moving on.
Foam rolling works both before and after exercise. Pre-workout rolling can improve your range of motion without the temporary strength reduction that static stretching sometimes causes. Post-workout rolling helps reduce the peak intensity of soreness over the following days. You don’t need an aggressive, deeply textured roller to get the benefits. A standard smooth roller works fine for most people.
Cold Water Immersion
Submerging sore muscles in cold water is one of the more studied recovery methods, and the results are generally positive for reducing soreness, though the benefits are modest. Current protocols in sports medicine research use water temperatures between 10 and 12°C (50 to 54°F) for 10 to 15 minutes, typically with the lower body submerged to waist height. A cold shower won’t replicate this well because the water temperature isn’t low enough and the exposure isn’t sustained.
The tradeoff is worth knowing about. Cold water immersion may slightly blunt the muscle-building adaptations from strength training when used repeatedly over weeks. If your primary goal is gaining muscle, save the ice baths for periods of heavy competition or when soreness is genuinely interfering with your ability to train. If you’re focused on performance in a sport and need to recover between sessions quickly, it’s a more reasonable tool.
Nutrition and Hydration for Recovery
What you eat and drink after exercise directly influences how sore you’ll feel. Staying well hydrated supports the inflammatory repair process, and dehydration makes soreness feel worse. You don’t need a complicated hydration formula for most workouts. Drinking water consistently throughout the day and having fluids with your post-workout meal covers the basics.
For a post-workout drink that checks multiple boxes, chocolate milk has surprisingly good evidence. Research on both adults and youth athletes has found it reduces muscle soreness compared to carbohydrate-only drinks or placebos. It contains a useful ratio of carbohydrates, protein, water, and electrolytes for refueling, muscle repair, and rehydration. In one study on youth cyclists, chocolate milk produced a “likely” positive effect on soreness reduction at both 4 and 8 hours post-exercise compared to a placebo, with probabilities above 87 percent.
Protein intake more broadly matters for recovery. Consuming 20 to 40 grams of protein within a couple of hours after training provides the amino acids your muscles need to repair the damage that causes soreness. This doesn’t need to be a supplement. Chicken, eggs, Greek yogurt, or a protein shake all accomplish the same thing.
Tart cherry juice is frequently recommended, but the evidence is mixed. While some studies have shown benefits for endurance exercise performance, a 2023 study on recreationally active women found that concentrated tart cherry supplementation for 8 days did not improve muscle soreness or function. Dosing and form vary so widely across studies that there’s no reliable recommendation for how much to take.
Compression Garments After Exercise
Wearing compression tights or sleeves after a workout can modestly reduce soreness and speed strength recovery. A meta-analysis in the British Journal of Sports Medicine reviewed studies where compression garments were applied within two hours of finishing exercise, with participants wearing them for anywhere from 12 to 120 hours afterward. The longer durations generally showed better results.
For practical purposes, putting on compression leggings or sleeves after a hard session and wearing them for at least 12 hours (including overnight) is a reasonable approach. The mechanism likely involves reducing swelling and fluid accumulation in the damaged tissue. The effect size is small but consistent, and since wearing compression clothing has essentially no downside, it’s one of the easier strategies to incorporate.
What Actually Makes the Biggest Difference
If you only do a few things, prioritize these: progress your training volume by no more than 10 percent per week, perform a 6 to 10 minute light cooldown after hard sessions, eat adequate protein after training, and stay hydrated. Foam rolling and compression garments add incremental benefits. Cold water immersion is useful for acute situations where you need to recover fast but isn’t necessary as a daily habit.
Sleep deserves a mention here too. Most muscle repair happens during deep sleep, when growth hormone release peaks. Consistently getting less than seven hours will make every workout feel harder to recover from, regardless of how many other recovery strategies you stack on top. No supplement or ice bath compensates for poor sleep.