You can’t completely eliminate delayed onset muscle soreness (DOMS), but you can dramatically reduce its severity by managing how quickly you ramp up new exercises, taking advantage of your body’s built-in protective adaptation, and using a few evidence-backed recovery strategies. Soreness typically sets in 6 to 8 hours after a workout and peaks around 48 hours, so the strategies that matter most are the ones you apply before and during your training, not just after.
Why DOMS Happens in the First Place
DOMS is primarily caused by eccentric contractions, where a muscle lengthens while it’s working. Walking downhill is a classic example: your quadriceps control the rate of knee flexion against gravity with each step, stretching under load. Lowering a dumbbell during a bicep curl, the descent phase of a squat, and running downhill all generate this type of contraction.
During these movements, the weakest segments of your muscle fibers get overstretched. Most recover fine once the muscle relaxes, but some become disrupted. As you repeat eccentric contractions throughout a workout, the number of disrupted segments grows until small-scale membrane damage occurs. The breakdown products from damaged cells trigger a local inflammatory response, producing the swelling and tenderness you feel a day or two later. Importantly, there’s no pain immediately after exercise. The delay is the inflammation building.
Use the Repeated Bout Effect
Your body has a powerful built-in defense against DOMS called the repeated bout effect. A single session of eccentric exercise protects you from soreness during similar workouts for up to 6 weeks afterward. That protection fades somewhere between 6 and 9 weeks. This means if you’re starting a new activity or returning after a long break, doing one light introductory session can act as a vaccine of sorts. A few sets at low intensity will prime your muscles so the next full workout produces far less soreness.
This is also why DOMS is worst at the beginning of a new program and fades as you train consistently. If you take more than about two months off from a particular movement pattern, expect that first session back to produce noticeable soreness again.
Progress Gradually
The single most practical way to limit DOMS is to increase training demands slowly. Soreness spikes when you ask muscles to do significantly more eccentric work than they’re adapted to, whether that’s heavier weights, more sets, or a completely new movement. The Cleveland Clinic recommends adding weight to a lift only when you feel like you could do at least five more reps on your last set. Avoid changing multiple variables at once (weight, volume, and exercise selection all in one session).
Building in a deload week every four to six weeks also helps. During a deload, you either lighten the weight or extend your rest periods, giving tissues time to fully repair before the next phase of harder training. If soreness is consistently lasting more than 72 hours, that’s a signal you’ve pushed too far too fast and should scale back.
Stay Hydrated, Especially in Heat
Dehydration makes DOMS measurably worse. In a study comparing hydrated and dehydrated exercisers performing downhill running in hot conditions, participants who lost about 3.3% of their body mass through sweating reported significantly more leg pain and had nearly 7% higher muscle tenderness than those who stayed hydrated (losing only 0.9% of body mass). Each 1% of body mass lost to dehydration also raises core temperature by roughly 0.4°C, compounding the stress on muscles. Drinking enough fluid before, during, and after exercise is one of the simplest ways to take the edge off post-workout soreness, particularly if you train in warm environments.
Cold Water Immersion After Hard Sessions
Cold baths are one of the better-studied recovery tools for DOMS. A large network meta-analysis found the most effective protocol for reducing soreness is soaking in water between 11°C and 15°C (roughly 52°F to 59°F) for 10 to 15 minutes. Colder water (5°C to 10°C) was better for restoring strength and jump performance, but at those temperatures you run into discomfort, muscle tightness, and excessive blood vessel constriction that can slow overall recovery. The moderate temperature range offers the best balance of pain relief and comfort for most people.
This doesn’t mean you need an ice bath after every workout. Reserve it for unusually demanding sessions or when you need to perform again within 24 to 48 hours. If your goal is long-term muscle growth, frequent cold immersion may blunt some of the inflammatory signaling that drives adaptation.
Active Recovery Between Sessions
Light movement on rest days increases blood flow to sore muscles, delivering oxygen and clearing cellular waste products from the repair process. The ideal intensity is 30 to 60% of your maximum heart rate. That translates to an easy walk, a gentle bike ride, or a light swim where you could comfortably hold a conversation the entire time. Anything more intense risks adding fatigue rather than accelerating recovery.
Compression Garments
Wearing compression clothing during or after exercise appears to reduce DOMS, though the mechanism isn’t fully understood. Interestingly, the amount of pressure doesn’t seem to matter much. Studies using pressures ranging from about 1 to 46 mmHg at the ankle all showed similar benefits, and wear time varied from 15 minutes to 48 hours. The type of exercise (endurance or resistance) also didn’t change the results. If you find compression sleeves or tights comfortable, wearing them during your workout or for several hours afterward is a low-risk strategy worth trying.
What Doesn’t Work: Stretching
Despite being widely recommended, stretching has almost no effect on DOMS. A Cochrane review of randomized studies found that pre-exercise stretching reduced soreness by about half a point on a 100-point scale, and post-exercise stretching reduced it by roughly one point. Even stretching both before and after exercise only reduced peak soreness by about four points over a week. That’s a statistically measurable but practically meaningless difference. Stretching has other benefits for flexibility and range of motion, but preventing soreness isn’t one of them.
Nutrition and Supplements
Tart cherry juice is the most researched anti-DOMS supplement, thanks to its high concentration of anti-inflammatory plant compounds. The typical protocol used in studies is two servings per day for several days before a hard workout and a couple of days after. If you’re using a concentrate (like Montmorency tart cherry), 30 ml twice daily is the standard dose. Interestingly, doubling to 60 ml didn’t produce additional benefits in the one study that compared doses. If you’re using a juice made from fresh-frozen cherries rather than concentrate, study protocols used 237 to 355 ml per serving. The optimal dose hasn’t been pinpointed, but the “start a few days before” timing appears to matter more than the exact amount.
Adequate protein supports muscle repair broadly, but no single protein dose has been shown to specifically prevent DOMS in a reliable way. Your best bet is maintaining consistent daily protein intake rather than relying on a post-workout shake as a soreness fix.
Putting It All Together
The strategies with the strongest evidence, ranked by impact:
- Gradual progression keeps eccentric damage within what your muscles can handle.
- The repeated bout effect means one light introductory session protects you for weeks.
- Hydration reduces soreness severity with zero effort beyond drinking enough.
- Cold water immersion (10 to 15 minutes at 11°C to 15°C) works well after unusually hard sessions.
- Active recovery at very low intensity promotes blood flow on rest days.
- Tart cherry juice started a few days before demanding training may blunt the inflammatory peak.
- Compression garments offer a modest benefit with no downside.
Stretching, despite its reputation, belongs nowhere on this list. The most reliable approach is simply respecting how quickly you increase training demands and letting your muscles build tolerance over time.