Part of Tennis elbow
Tennis elbow brace and strap: what the evidence actually shows
Warning signs, and when to get help
Do tennis elbow braces and straps work?
Does a tennis elbow brace work? For getting through a task that hurts, often. For changing where your elbow is in three months, there is no evidence that it does, and that is not a gap in our reading of the literature. It is the literature.
The Cochrane review of orthotic devices for tennis elbow found 5 small trials, too different from one another to pool, and drew no conclusion either way (Struijs and colleagues, 2002). Twenty years later the US physical therapy guideline landed in the same place: for intermediate and long-term symptoms it says the evidence conflicts and makes no recommendation about a forearm counterforce or wrist support orthosis, which is grade D on its own scale (Lucado and colleagues, 2022). The guideline's one positive statement is deliberately small: the same orthosis worn during the aggravating activity, for immediate improvement in pain and strength, graded F, which on its scale means expert opinion rather than evidence.
Two national patient sources sit alongside that. The NHS lists a forearm strap or a wrist or elbow brace among the things you can try at home, and the AAOS describes a brace over the back of the forearm as resting the muscles and tendons. Neither claims it fixes anything.
That is an unsatisfying answer, and it is the reason the search results for this question are full of product lists. When the evidence will not separate one device from another, there is nothing to review except price and appearance. We would rather tell you that than rank straps for you.
What a counterforce strap is meant to do
The idea behind a counterforce strap is that a firm band around the muscle bulk of the forearm, a little below the elbow, gives the wrist extensor muscles something to pull against before the pull reaches their sore attachment at the bony point. Less tension arriving at the painful spot, the same work getting done.
It is a plausible mechanism, and a mechanism is not a finding. If the strap worked as cleanly as the diagram suggests, 5 trials would not have been too inconsistent to pool. What the reports do support is the modest thing: some people feel better gripping with one on, right then.
Where the strap goes, and the mistake we see most
The strap sits on the forearm just below the elbow, over the muscle at the back of the forearm, and not on the bony point itself. That bony point is the sore attachment; pressing the device straight onto it is uncomfortable and is not what the counterforce idea describes.
Now the honest part. Search for placement and you will find pages giving you a precise number of finger widths below the elbow, usually the same number, usually on sites that read as copies of one another. None of them cites anything. The published sources describe the region, not a measurement, so we are not going to invent a figure to match them.
What we do in clinic instead: find the sore bony point with one fingertip, sit the band just below it on the muscle, and let the elbow tell you whether that spot is the right one by trying the grip that normally hurts. That is practice experience, not trial evidence, and it is written as such.
Two things go wrong more often than placement. People pull it far too tight, on the theory that tighter means more support. And people wear it over a sleeve or a shirt, so it slides down the forearm during the task and ends up supporting nothing. Take it off at once if the hand tingles, goes numb, or the forearm starts to throb, and read the warning list below, because numbness and tingling in the hand have their own route and are not a tightness problem to fiddle with.
Strap, sleeve or wrist splint?
Two small trials have put a forearm strap against a wrist splint, and they agree with each other more than either agrees with the marketing.
In 42 patients, 44 elbows, whose symptoms the authors described as acute, there was no significant difference between a wrist extension splint and a counterforce forearm strap on either of the two overall elbow scores at 6 weeks. Pain relief within one of those scores was significantly better in the splint group, which the authors put down to holding the wrist extensor muscles still in a resting position (Garg and colleagues, 2010). In 50 patients given either a lateral epicondyle bandage or a wrist resting splint, both groups improved over 6 weeks and the splint was significantly better for pain at rest at 2 weeks; the authors still leaned toward the bandage, on the grounds that it is more practical and more acceptable to wear (Altan and Kanat, 2008).
The weaknesses decide how much to read into that. Both are small, both stop at 6 weeks, and both score 4 out of 10 on the PEDro scale of trial quality, with neither using a blinded assessor or concealed allocation, and the second not recorded as randomly allocated at all. The first was done in people whose symptoms were acute, which is not the reader this page is usually written for.
More important than any of that, neither trial included a group wearing no device, so the improvement both groups made over 6 weeks cannot be put down to the braces. The authors of the second trial say as much, describing a brace as a way to help wait out the natural course of the complaint. Neither tells you where you will be at a year, which is exactly the question the Cochrane review and the guideline's grade D could not answer. What is left is this: a wrist splint may have a small edge on pain in the short run, a strap is easier to live with, and the choice between them is about which one you will actually use.
The splint side of that comparison leaves one point worth carrying away. The extra pain relief in the first trial was put down to holding the wrist extensor muscles still in a resting position, and holding a muscle still is rest rather than loading. Rest settles a sore tendon and does not rebuild what it can take, so a wrist splint is something to use through a bad stretch rather than something to live in, and the loading program runs alongside whatever you are wearing.
A compression sleeve is a different object again and sits outside both trials, so there is nothing to quote for it. One source of confusion is worth clearing up: a wrist splint turns up in searches for this problem and also for carpal tunnel syndrome, which is a nerve problem with different symptoms and a different plan. If your fingers tingle or go numb, you are reading the wrong page.
How long to wear one, and when to take it off
Put it on for the task that hurts, take it off when the task is done. That follows directly from the only positive recommendation anyone has made about these devices, which is about immediate relief during an aggravating activity (Lucado and colleagues, 2022).
Wearing it all day has a hidden cost that has nothing to do with the strap itself. It removes the feedback you need. Which jobs are too much for this tendon today is information you get from the elbow, and a device that mutes that makes it easy to keep the daily total exactly where it was. Tennis elbow is a load problem, and the load has to come down somewhere.
What a strap cannot do
It cannot build load tolerance. A tendon gets more tolerant of work by doing graded work, and 30 trials in 2,123 people found exercise ahead of passive treatments, with a small effect and low certainty attached (Karanasios and colleagues, 2021). A strap is a passive treatment by definition.
It cannot treat something that is not tennis elbow. Pain on the outer elbow can come from the neck, from a trapped nerve in the forearm, or from the joint itself, and if the pain sits on the inner side you want golfer's elbow instead. Buying support for the wrong diagnosis is the most expensive mistake on this page.
And it cannot buy you permission to carry on unchanged. We see the same question at a different joint, with the same answer, in do back braces work: the device may help you through a day and the loading program is what changes the months.
Where the effort is better spent
The parts with evidence behind them are unglamorous and free. The guideline recommends resisted exercise for the wrist extensors, whether held, lifted or lowered slowly, for symptoms lasting a few weeks or more, on moderate evidence (grade B), and suggests 3 sets of 15 over 6 to 12 weeks at a load that does not flare the symptoms (Lucado and colleagues, 2022). Many programs use 2 to 3 sets of 10 to 15 slow repetitions for the strength exercises, once a day or every second day, with a weight light enough that the last few repetitions still look controlled. Your physio will adjust this. If you have high blood pressure, breathe steadily through every hold and never hold your breath.
In practice that means starting with isometric wrist extension, moving to wrist extension with a weight when the holds get easy, and adding a controlled hand grip squeeze rather than a maximum one. The order and the progression rules are on the tennis elbow program. Base progression on pain-free grip and the 24-hour response rather than a fixed sheet.
The other half is the daily total, which is where a strap gets used as a substitute. How long tennis elbow lasts sets out what the timeline looks like when you do that properly. For training, lifting weights with tennis elbow covers the grip changes that keep you in the gym, and for court sports there is playing pickleball or padel with tennis elbow.
When to see a physio rather than buy another support
The NHS advises seeing a GP if elbow pain is still there after at least 2 weeks of looking after it yourself. Get seen sooner if it is stopping you working or sleeping. If you already have a program and it is not helping after several weeks, a physio can check the diagnosis and change the load. The warning signs below need prompt medical attention.
The clearest sign that another support is not the answer is a drawer with two in it already. At that point the useful spend is one assessment, not a third device. In the United States that usually means a physical therapist or a PT; elsewhere a physio or physiotherapist. If you have had surgery on the elbow, follow the program your surgeon or physio gives you rather than this one.
Related exercise programs
Warning signs
Get emergency help now
- Emergency: any sign of a stroke, even if it goes away. That means a face that droops on one side, an arm you cannot lift or keep up, slurred or muddled speech, weakness or numbness on one side of your body or face, sudden blurred vision, double vision or loss of sight, trouble swallowing, sudden dizziness with unsteadiness or falling over, a sudden severe headache, or a sudden fall where your legs give way but you do not black out (a drop attack). Call emergency services straight away.
- Chest pain or tightness, which may spread to your arm, neck or jaw, or shoulder or arm pain that comes with shortness of breath, sweating or feeling sick. This can be a heart attack. Call emergency services straight away.
- Emergency: after a fall or a blow to the elbow, the arm has changed shape or sits at an odd angle, a bone is showing through the skin, a cut is bleeding heavily, or the hand has gone numb or tingly or turns cold, pale or blue. Go to an emergency department or call emergency services straight away, and do not drive yourself.
- Your arm, hand or fingers turn cold, pale, blue or gray compared with the other side. Call emergency services or go to an emergency department straight away, and do not drive yourself. The blood supply to the arm may be blocked.
- The pain started with a fall or a blow to the elbow, and the pain is severe, you heard a snap, the elbow is swollen or bruised, or you cannot bend or straighten the arm. Go to an urgent care center or emergency department the same day.
- A sudden pop or snap at the front of your elbow, sudden sharp pain there, or the muscle at the front of your upper arm bunches up or changes shape. Stop and go to an urgent care center or emergency department the same day, even if you can still bend the elbow, as this can be a torn biceps tendon.
Get help today
- Your wrist or fingers will not lift properly (the fingers may droop at the knuckles), or your hand keeps getting weaker, not just sore. Get medical advice the same day, as this can be a problem with a nerve rather than the tendon. If the weakness is getting worse by the hour, go to an emergency department.
- You have numbness, tingling or pins and needles in the hand or fingers, or pain that spreads from your neck down the arm. Stop any exercise that brings it on and see a physio or doctor, because this points to a nerve or to your neck rather than the tendon. If the pins and needles do not go away after you stop, or part of your arm or hand goes numb, get medical advice the same day. If one side of your face or body suddenly goes numb or weak, or your speech becomes slurred or muddled, call emergency services, even if it goes away.
- The elbow is hot, red and swollen, or you have elbow pain with a high temperature or feel hot, cold or shivery. Get medical advice the same day, and go to an emergency department if you feel very unwell. This can be a sign of infection in the joint, which needs treatment quickly.
- The pain is there at night or at rest and keeps getting worse. If you are being treated for cancer now, contact your cancer team the same day.
Book an appointment
- The elbow locks, catches, or feels unstable, as if it slips or gives way. Get it assessed before you start these exercises, and ask your doctor or physio for an appointment within a few days.
- The pain is there at night or at rest and keeps getting worse. If you have had cancer, now or in the past, or are losing weight without trying, see your doctor sooner, within a day or two, and mention it. This applies even if the pain is not getting worse.
- The pain is there at night or at rest and keeps getting worse. See your doctor within a few days.
Common questions
Should I wear a tennis elbow brace at night?
We have not found a trial that tested wearing one of these devices overnight, and the guideline's only positive statement about them is about wearing one during the activity that aggravates the elbow, which by definition is daytime use (grade F, expert opinion, Lucado and colleagues, 2022). The two small trials we do have ran over 6 weeks and set a forearm strap against a wrist splint, rather than testing when either should be worn (Garg and colleagues, 2010; Altan and Kanat, 2008). A counterforce strap in particular has no job while your arm is still, and a strap left on overnight is a strap nobody is checking for tightness. If night pain is your main problem, that is worth an assessment rather than a purchase, and the warning list on this page includes night pain that keeps getting worse.
Should I wear a tennis elbow strap all day?
We would not, and the evidence gives no reason to. The narrow case for one of these devices is immediate relief during the task that provokes the elbow, so the sensible pattern is on for the task and off afterwards. Wearing it from breakfast to bedtime has two costs. You lose the signal that tells you which jobs are too much for the tendon today, and you make it easy to carry on at the same daily total, which is the one thing that reliably keeps tennis elbow going. Take it off at once if the hand tingles, goes numb or the forearm throbs.
Is a compression sleeve as good as a strap for tennis elbow?
Nobody can say, because neither the Cochrane review nor the guideline deals with a sleeve as a separate device (Struijs and colleagues, 2002; Lucado and colleagues, 2022), and the two small comparative trials we have put a forearm strap or bandage against a wrist splint rather than against a sleeve. A sleeve spreads pressure over the whole forearm instead of concentrating it in one band, so it is not the device the counterforce idea was built around. Plenty of people find a sleeve comfortable and warm, and comfort is a fair reason to wear one. It is not a reason to expect more from it than from a strap.
Can I do my exercises with the brace on?
Usually we take it off for the loading work, and the reasoning is simple. The point of the program is to put a controlled load through the sore tendon and then read the response, and a device whose proposed mechanism is to take load off that attachment works against both halves of that. You also want to feel the exercise honestly, because the dose is set by what the elbow tolerates rather than by a number on a sheet. No trial has tested exercises with and without a strap, so this is reasoning from the mechanism rather than a finding. Your physio may take a different view for a particular task, and they are the one looking at your elbow.
Will a brace heal tennis elbow?
No published evidence says it will. A Cochrane review and a clinical practice guideline have both examined that question, and neither reached a positive answer: the review drew no conclusion either way, and the guideline made no recommendation because the evidence conflicts (Struijs and colleagues, 2002; grade D in Lucado and colleagues, 2022). What does have evidence behind it is resisted exercise for the wrist extensors, which the guideline recommends on moderate evidence (grade B), and which came out ahead of passive treatments across 30 trials, though the effect was small and the certainty low (Karanasios and colleagues, 2021). Think of a strap as something that may make Tuesday easier and the loading program as the thing that changes October.
References
- Struijs PAA, Smidt N, Arola H, Dijk CN van, Buchbinder R, Assendelft WJJ. Orthotic devices for the treatment of tennis elbow. Cochrane Database of Systematic Reviews. 2002;(1):CD001821. https://doi.org/10.1002/14651858.CD001821
- Lucado AM, Day JM, Vincent JI, MacDermid JC, Fedorczyk J, Grewal R, Martin RL. Lateral elbow pain and muscle function impairments: clinical practice guidelines. Journal of Orthopaedic and Sports Physical Therapy. 2022;52(12):CPG1-CPG111. https://doi.org/10.2519/jospt.2022.0302
- Garg R, Adamson GJ, Dawson PA, Shankwiler JA, Pink MM. A prospective randomized study comparing a forearm strap brace versus a wrist splint for the treatment of lateral epicondylitis. Journal of Shoulder and Elbow Surgery. 2010;19(4):508-512. https://doi.org/10.1016/j.jse.2009.12.015
- Altan L, Kanat E. Conservative treatment of lateral epicondylitis: comparison of two different orthotic devices. Clinical Rheumatology. 2008;27(8):1015-1019. https://doi.org/10.1007/s10067-008-0862-8
- Physiotherapy Evidence Database (PEDro). PEDro scale ratings, both confirmed: Garg and colleagues 2010, record 26169, 4 out of 10; Altan and Kanat 2008, record 26080, 4 out of 10. https://search.pedro.org.au/
- Karanasios S, Korakakis V, Whiteley R, Vasilogeorgis I, Woodbridge S, Gioftsos G. 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;55(9):477-485. https://doi.org/10.1136/bjsports-2020-102525
- NHS. Tennis elbow. Page last reviewed 31 May 2024. https://www.nhs.uk/conditions/tennis-elbow/
- NHS. Elbow and arm pain. Page last reviewed 26 January 2024. https://www.nhs.uk/symptoms/elbow-and-arm-pain/
- American Academy of Orthopaedic Surgeons. Tennis elbow (lateral epicondylitis). OrthoInfo. https://orthoinfo.aaos.org/en/diseases--conditions/tennis-elbow-lateral-epicondylitis/
- NHS. Septic arthritis. Page last reviewed 3 September 2026. https://www.nhs.uk/conditions/septic-arthritis/
- NHS. Symptoms of a stroke. Page last reviewed 12 September 2024. https://www.nhs.uk/conditions/stroke/symptoms/
Written and checked by the PocketPhysio editorial team. Last updated 2026-10-24.
This page is general education, not a diagnosis or a personal treatment plan. See a physiotherapist or doctor for advice about your own situation.