Epicondylitis exercises: this is what people search for when their elbow hurts every time they squeeze a handle, lift a pan or use a screwdriver. The honest answer is that exercise is the best route we have, but it is not the magic cure many articles promise. In this guide you will find the movements, how to dose them and, what is rarer, what the research really says about their results.
Lateral epicondylitis, known as tennis elbow, affects 1-3% of the population between the ages of 35 and 54. Despite the name, most people who have it have never held a racket.
⚠ Important: read this before continuing
The exercises and advice in this article are general indications and may not suit your situation. Everyone has a unique clinical history: what works for others could be counterproductive for you.
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First things first: when the elbow needs checking, not training
Pain over the bony bump on the outside of the elbow is almost always epicondylitis, meaning a tendinopathy of the wrist extensors. "Almost always" does not mean always. There are situations where loading the tendon is the wrong move, because the problem is something else. Stop and get assessed if you recognise any of these patterns:
- The pain started after a fall, a knock or a sudden tear, rather than after weeks of gradual overload. A fracture, a ligament injury or a tendon rupture is not treated with stretching.
- Tingling, numbness or loss of strength in the hand. The posterior interosseous nerve runs right through that area, and its compression (radial tunnel syndrome) causes pain that closely resembles epicondylitis, but a little lower and deeper. If the discomfort is instead on the inner side of the elbow and runs down towards the little and ring fingers, it is worth reading about ulnar nerve syndrome at the elbow.
- The elbow locks, clicks with sharp pain or gives way suddenly. Loose bodies and instability need a diagnosis, not repetitions.
- Hot, red swelling, with fever or general malaise. An acutely inflamed joint or an infected bursitis is a medical emergency.
- Pain that never changes, whatever you do, that wakes you every night, perhaps with weight loss or a history of cancer. A tendinopathy, by contrast, always has movements that provoke it and positions that settle it.
- Prolonged morning stiffness in several joints, with swelling elsewhere: this could be a rheumatic disease rather than local overload.
- The pain starts in the neck or shoulder and reaches the elbow as referred pain. In that case the origin is cervical, and exercises for the forearm will not address it.
If none of these red flags apply to you, you are probably dealing with a common epicondylitis. If you want to understand the differential diagnosis better, we have a piece on the other causes of outer elbow pain. And if the painful spot is on the opposite side, the picture is medial epicondylitis, golfer's elbow.
What the research really says about exercises for epicondylitis
I need to be straight here, because this is where almost every online article overstates things.
Exercise works better than passive treatments, but the effect is small. The largest systematic review on the topic pooled 30 randomised studies and 2,123 participants: exercise beats passive interventions and injections, but the authors explicitly conclude that the effect is small and the certainty of the evidence is low or very low. Compared with simply waiting, the statistically significant differences appeared only for some outcomes (perceived improvement in the short term, and elbow pain and disability in the short and long term), again with very low certainty.
At one year, those who were treated and those who waited are more or less at the same point. This is the most uncomfortable finding, and it comes from two rigorous trials. In the study published in The Lancet, involving 185 patients, success rates at 52 weeks were 91% for physiotherapy and 83% for a wait-and-see policy: physiotherapy did better, but the difference was not statistically significant. In the BMJ study of 198 participants, where physiotherapy consisted of eight sessions combining manual mobilisation of the elbow with exercise, not a home-only exercise programme, treatment was better than waiting in the first six weeks, while at 52 weeks there was no difference and most people in both groups reported a good outcome.
This does not mean "do nothing". It means that the documented value of exercise over waiting lies mostly in the first months: less pain sooner and less need for other treatments (in the BMJ study, those doing physiotherapy used fewer anti-inflammatory drugs and fewer additional treatments than both the waiting group and those given injections). For grip strength without pain, the benefit of exercise is documented and clinically relevant compared with cortisone injections, in the short, medium and long term, whereas compared with waiting, grip strength was not among the outcomes where the difference was significant. For someone doing manual work, for a parent who has to lift a child, or for anyone who cannot afford six months with an unusable elbow, shortening the worst phase is worth a great deal.
Eccentric exercises are not the "gold standard" you read about. They are useful, that much is true. A meta-analysis of six studies and 429 participants showed that adding eccentric work to another treatment improves pain and strength compared with that treatment alone. But in direct comparison with concentric or isotonic exercises, eccentric work won on pain by a small margin and showed no advantage on strength or function. A randomised study of 120 people with tennis elbow lasting more than three months found that eccentric work reduced pain more quickly, with about 10% more responders and a "number needed to treat" of 10, meaning ten people would need to do the eccentric programme for one extra person to respond better than with concentric work, and no difference in function or quality of life. In that same study, however, the eccentric group also gained more muscle strength than the concentric group, and the advantage held for the whole year of follow-up: on strength the two types of work do not agree, and it is right to know this rather than reading only what suits the thesis of whoever is writing about epicondylitis.
The other side of the coin should also be mentioned, because it exists: a review of physiotherapy techniques in epicondylitis identifies eccentric strengthening and manual therapy as the two methods with the greatest beneficial effects and the best cost-benefit ratio. With a caveat that helps you read it for what it is: of the nineteen studies included in that review, only one concerned therapeutic exercise. The point is not that eccentric work is useless; it is that its advantage over other ways of loading is modest.
In practical terms: regularly loading the tendon matters much more than the exact way in which you load it. It is the same principle that applies to all tendinopathies treated according to the evidence.
Cortisone injections are the classic trap. In the Lancet study, at six weeks the cortisone group had a success rate of 92% against 47% for physiotherapy: it looks like a decisive win. At 52 weeks, however, the cortisone group had dropped to 69%, below both physiotherapy and waiting. In the BMJ study, 47 of the 65 successes obtained with the injection had subsequently relapsed. A meta-analysis of 58 randomised studies on non-surgical treatments reached a clear conclusion: injections improved none of the outcomes measured, while physiotherapy improved pain and functional scores compared with placebo, although the differences were modest (around 6 points on pain). In the same analysis, instrumental physical therapies showed a larger improvement in pain on paper, around 10 points, and the authors recommend prioritising these, together with physiotherapy, before considering injections for epicondylitis.
What happens in the tendon of someone with epicondylitis
The name "epicondylitis" suggests inflammation, but tissue samples tell a different story. What is found is a non-inflammatory angiofibroblastic tendinosis: the extensor tendon, especially the extensor carpi radialis brevis, shows disorganised tissue, with misaligned collagen and vessels growing chaotically. It is a failure of repair, not a fire to be put out.
This explains two things. First, why it makes little sense to expect that calming an inflammation will repair a tissue that is not inflamed: in the meta-analysis of non-surgical treatments, cortisone injections improved none of the outcomes measured. Second, why gradual loading makes sense: the tendon needs a mechanical stimulus to reorganise its tissue, and complete rest leaves it exactly as it is.
An important point: before trying these exercises, make sure you have received a correct diagnosis. People often assume they have one problem, but the real cause of the pain is something else. Doing the wrong exercises can make the situation worse rather than better.
The 9 exercises, from the gentlest to the most demanding
The order is not random: with epicondylitis you start from the load the tendon can tolerate, not from the one that would be theoretically ideal. The first exercises help you tolerate movement, the central ones load the tendon, and the last ones bring you back to real activities.
1. Extensor stretch with the elbow straight
Extend your arm in front of you with the elbow straight and the palm facing down. With your other hand, draw the fingers down and towards you, until you feel a pull on the upper part of the forearm. Hold the position without bouncing and without going beyond a tolerable discomfort.
2. Extensor stretch with the elbow bent
Same grip, but with the elbow bent to about 90 degrees. Changing the elbow angle changes the tension on the muscles that cross the joint, and often one of the two versions is far more tolerable than the other: use that one. If you want other variations for the forearm, you will find several in the guide to forearm stretching.
3. Isometric hold in wrist extension
Rest your forearm on the table, palm facing down, with the wrist just over the edge. Press the back of your hand against the resistance of your other hand and push without moving, holding the contraction. This is the exercise to use when the elbow is too irritable to tolerate movement.
One clarification, because exaggerated promises circulate here too: a systematic review of isometric exercises in chronic tendinopathies, with two studies on lateral elbow among those included, concluded that they are not superior to isotonic exercises and that the pain-relieving response varies greatly from person to person. They are a good step within a progressive programme, not a special technique.
4. Eccentric wrist extension with a weight
This is the central piece of the programme. Forearm on the table, wrist off the edge, palm facing down, a small weight in your hand (a light dumbbell or a small bottle will do). Lift the wrist with the help of your other hand, then release the help and lower the weight slowly, counting a few seconds, using only the painful forearm. All the load goes into the lowering phase.
A mild discomfort during the exercise that fades soon after and does not leave the elbow worse the next day is acceptable. Pain that increases from one session to the next is not. If you want to understand the logic behind this kind of work, we explained it in eccentric exercises for tendons.
5. Wrist extension with a resistance band
Fix one end of the band under your foot or to a stable point, and hold the other end in your hand, palm facing down. Extend the wrist against the resistance and return slowly, controlling the lowering. Compared with a weight, the band lets you dose the load much more finely: it is the right choice when even half a kilo is too much.
6. Finger opening against a band
Wrap a band around your closed fingers and open them against the resistance. The finger extensors share their attachment on the epicondyle with the wrist extensors, so this exercise works the same area from a different angle. It is also one of the few you can do at your desk without visible equipment.
7. Towel wringing
Take a rolled-up towel in both hands and wring it as if you were squeezing out water, alternating the direction of rotation. This movement loads pronation and supination under tension, which is exactly the action of twisting, opening a jar or using a screwdriver: the activities that usually hurt.
8. Progressive grip
Squeeze a soft ball or a grip trainer, starting with light squeezes and increasing the intensity as the elbow allows. Grip strength without pain is one of the outcomes studies measure to assess progress, and it is also the most concrete way for you to notice on your own whether you are improving: if after a few weeks you can squeeze harder before pain appears, you are on the right track.
9. Free mobility of the elbow and forearm
Without load: full elbow flexion and extension, and forearm rotation, turning the palm up and down with the elbow bent at your side. They maintain the range of movement and are the most useful exercises in the morning, when the elbow is stiff and not yet ready to take any load.
How much load, how often: the truth about dosing
Here is something nobody says. The systematic review of the 30 randomised studies on epicondylitis explicitly points out substantial heterogeneity in how the equipment, load, duration and frequency of exercise programmes are described. In plain terms: there is no proven protocol that is superior to the others, and anyone who writes "3 sets of 15, twice a day" as if it were scientific data is giving you a convention of clinical practice, not a validated number.
So reason by principles, not tables:
- Regularity before intensity. A modest programme done every day beats an ambitious one done three times in a month. In the randomised study on chronic tennis elbow, the exercise was daily, at home, for three months, with the load increased gradually.
- Use pain as a traffic light, not as an enemy. Moderate discomfort during and right after is tolerable; what matters is how the elbow feels over the following 24 hours. If it is worse the next morning, you have loaded too much.
- Change one parameter at a time. First the repetitions, then the load. Never both in the same week.
- If you miss three days, do not resume where you left off. Step back one level and climb again.
The most common mistakes with exercises for epicondylitis
Complete rest. This is the number one mistake. A degenerated tendon does not repair itself by standing still, and weeks of stopping cost strength that then has to be regained.
The opposite: carrying on exactly as before. If the activity that brought you here, the forceful grip, the repeated wrist movement, the heavy tool, stays exactly the same during the programme, you are filling a bath with the plug out. Temporarily reducing those activities, or changing the way you do them, is as much a part of the treatment as the exercises.
Chasing the perfect exercise. Given the literature, spending energy deciding whether to do pure eccentric or concentric-eccentric work is optimising the wrong detail. With epicondylitis, an imperfect programme followed for three months is better than an ideal one abandoned after ten days.
Rushing from injection to the first setback. The numbers above are clear: relief arrives quickly and the bill is paid at one year. It is never a decision to make on your own.
Treating only the elbow. Shoulder, shoulder blade and neck all influence how you use your arm. Anyone who plays racket sports often has a technique or equipment problem before a tendon problem: for prevention, we have gathered strategies to protect the tennis elbow.
Epicondylitis: how long it really takes
I will not give you a healing timetable, because there is none. What we can say honestly is this: clinical trials on this condition follow people for 52 weeks, and they do so because most people improve over that period, with physiotherapy and, to a large extent, without it too. The authors of the meta-analysis on non-surgical treatments write that symptoms can disappear spontaneously within a year.
This changes how you should read your progress. Do not expect the pain to vanish in two weeks, and do not conclude that "exercises do not work" if after a month you are only a little better. The signal to watch is not the absence of pain but the trend: more load tolerated, more grip possible, more good days than bad ones.
It is also worth saying the other side: relapses of epicondylitis are common, and this is one of the reasons it is worth continuing to load the tendon even when the pain has gone.
Where remote physiotherapy fits in
With this picture in hand, the value of a physiotherapist is clear and limited to concrete things: ruling out the red flags you read about at the start, choosing which level to start from, correcting technique (an eccentric exercise done badly becomes an ordinary weight lift) and above all adjusting the load in the weeks when the elbow is not cooperating. None of these tasks requires hands-on work. But it is also worth saying the rest, since the sources cited in this article say it: in the BMJ study, physiotherapy included manual techniques on the elbow, and the review of physiotherapy techniques places manual therapy among the methods with the greatest beneficial effects. A remote pathway is therefore not an exact copy of those protocols: it is the part made of assessment, choosing the load and adjusting it over time, which is also the part that you still have to carry forward yourself between one session and the next.
Ri-Hub offers online physiotherapy sessions for 29,90€, with a programme built around your elbow and your days.
In summary
Exercises for epicondylitis are the best choice we have, and this remains true even after reading the data in full. But they accelerate a process that largely happens anyway, rather than being a switch that turns off the pain. Anyone who promises a guaranteed cure in a precise number of weeks is selling something.
The most useful thing you can do today about epicondylitis is the least spectacular: check that you do not have one of the red flags, choose two or three of these nine exercises at the right level for you, and do them every day for long enough to be able to judge.
Sources
- Exercise interventions in lateral elbow tendinopathy have better outcomes than passive interventions, but the effects are small: a systematic review and meta-analysis of 2123 subjects in 30 trials, British Journal of Sports Medicine, 2021
- Corticosteroid injections, physiotherapy, or a wait-and-see policy for lateral epicondylitis: a randomised controlled trial, The Lancet, 2002
- Mobilisation with movement and exercise, corticosteroid injection, or wait and see for tennis elbow: randomised trial, BMJ, 2006
- The Beneficial Effects of Eccentric Exercise in the Management of Lateral Elbow Tendinopathy: A Systematic Review and Meta-Analysis, Journal of Clinical Medicine, 2021
- A randomized controlled trial of eccentric vs. concentric graded exercise in chronic tennis elbow (lateral elbow tendinopathy), Clinical Rehabilitation, 2014
- Efficacy of Nonoperative Treatments for Lateral Epicondylitis: A Systematic Review and Meta-Analysis, Plastic and Reconstructive Surgery, 2021
- Effectiveness of isometric exercise in the management of tendinopathy: a systematic review and meta-analysis of randomised trials, BMJ Open Sport & Exercise Medicine, 2020
- Physiotherapy treatment of lateral epicondylitis: A systematic review, Journal of Back and Musculoskeletal Rehabilitation, 2022
- Tennis elbow tendinosis (epicondylitis), Instructional Course Lectures, 2004
Last source check: August 2026.
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