It usually starts the same way: at the end of a session the shoulder feels tight, a little less the next day, and at the following session the ache is back as soon as you draw the bow. Before wondering what it is, most archers wonder whether everyone else gets it too. Studies of archers answer that second question fairly well, because shoulder pain has been counted in several samples and in several countries. They cannot answer the first, what is going on in your own shoulder, and I will come back to that more than once.
What follows sets out what has been measured: how many archers are in pain, how badly and for how long, on which side and at which point in the shot, and what turns up, or does not, when archers in pain are compared with archers who are not. Almost all the data come from surveys taken at a single point in time, and for pain that does not go away the people to see are a doctor or a physiotherapist, not an article.
How many archers have shoulder pain
The firmest finding concerns where it hurts. Six independent samples, collected in Japan, in Florida, twice in Germany, in Korea and at the European Youth Championships, put the shoulder first among the places where archers pick up overuse injuries, often on the drawing side and during the draw. It is the only claim in this article that the registry rates as corroborated: the figures run from 51% of kyudo practitioners to 70.3% of the injured archers in Florida, and the direction holds even with kyudo left out. Among sixty-two recurve archers competing at national and European level, for example, the shoulder accounted for 52.9% of overuse injuries, and in 64.7% of cases it was the drawing shoulder.
Knowing that the shoulder comes first does not yet say how many archers are in pain. Three samples have measured that directly, and they agree that among competitive archers shoulder pain is common. Of a hundred and fifty-six Indian competitive archers, interviewed and examined at an inter-university tournament, 54.4% had shoulder pain on the day of the survey and 82.7% had had it at some point. Of fifty-eight Korean competitive recurve archers, from middle school to company teams, 69% reported shoulder pain, while of seventy-five adult German competitive archers, with an average age of 47, 43% reported past shoulder complaints. A fourth sample, from the European Youth Championships, gives a similar figure: 49.1% of two hundred archers aged 13 to 20 had shoulder pain.
Side by side, the figures say the same thing: among competitive archers, having a sore shoulder at some point is common, not an exception. So to the question of whether everyone gets it, the data reply that not everyone does, but between 43% and 69% of competitive archers do, depending on the sample and the question asked, and, in the sample that asked, more than four in five have had it at some point.
How bad it is, and how often it comes back
The same registry claim adds two things: the pain is mostly mild, and it comes back. On severity the most detailed sample is the Korean one, which used clinical scales, a dynamometer and ultrasound as well as the questionnaire. Of the fifty-eight archers, 31.0% had no pain, 51.7% had mild pain, 13.8% moderate and 3.5% severe. Among those who had been injured, 86.7% were back in training within a week and 91.5% said the pain had not affected their results.
Mild, however, does not mean neglected. In the same sample three archers in four, 75.9%, had had non-surgical treatment in the past year, and 5.2% had had surgery. Among the Indian archers in pain, four in five felt it only while shooting and found that it faded between sessions, but 20% carried it with them and were limited in their shooting, and four in ten thought the pain cost them points, a much higher share than the 8.5% of the Korean archers. On recurrence, the two samples that measured it point the same way: the pain kept coming back for 64.74% of the Indian archers and 56.1% of the Korean ones.
The Korean sample also shows where the share rises. In the university squad nine archers in ten reported a shoulder injury, and one of the two severe cases was there too: of ten archers, one had no pain, seven had mild pain, one moderate and one severe. Ten people are too few to weigh the difference against the other age groups, and the study does not record how many arrows each archer shot, so it cannot say whether the share rises with load.
The registry rates this claim as reported, and the reason lies in how the data were gathered: cross-sectional surveys and questionnaires in which archers recall their own history. On how common the pain is, three independent samples agree, while on severity and recurrence there are two, and none of them followed the same archers through a season, logging every episode.
When the pain lasts for months
Alongside mild pain that settles within a few days there is a second picture, and it comes from younger archers. At the European Youth Championships, two hundred archers aged 13 to 20 from thirty-four countries answered a questionnaire administered by physiotherapists: 50.5% reported training-related pain that had lasted more than three months, with a mean duration of 3.9 months and a mean intensity of 5.94 out of ten. This is the figure behind the claim that half of elite youth archers shoot with pain that has lasted for months, rated as reported because it rests on a single study, even though it is the only one to have asked these archers this question.
The pain they describe is not confined to the shoulder, although the shoulder is the most common site, and in almost one archer in three of those in pain it sits in more than one place at once. What stands out is how far it reaches into the shot: only 32% said they could go through their shot sequence without any discomfort, 45% found it hard to perform their technique because of the pain, 31.8% had had to stop training because of an injury, and 52.3% had seen a physiotherapist. Between 30% and 31% took medication in order to train, and half of them reported negative effects. It is a snapshot of the best young archers in Europe, and it cannot say whether the pain later goes away, stays, or leads them to give up.
Taken together, the two pictures explain why the question "is this normal?" has no single answer. In the Korean sample the typical pain was mild and settled within a week; among the young European archers, half the sample had been living with pain of moderate intensity for more than three months, and almost half said the pain made it hard to perform their technique. No study, however, has set a threshold that separates one picture from the other.
Which shoulder, and at what point in the shot
Two samples also say which side hurts and when. Among the Korean archers in pain, 80.5% felt it in the drawing arm and 12.2% in the bow arm, and the pain came on during the draw in 48.8% of cases, at full draw in 36.6% and at the release in 14.6%. Among the eighty-five Indian archers in pain, the drawing shoulder was the one most often affected, at 41.2% against 36% for the bow shoulder and 22% for both, and here too the movement that most often hurt was the draw, in 45.9% of cases. On examination, the clinical signs in those archers pointed to overload of the supraspinatus, the long head of the biceps and the subscapularis.
What turns up in archers who are in pain
When the shoulder hurts, the next question is whether something is missing: strength, range of movement, control of the shoulder blade. There are few studies on this, almost always one per question, and some appear in outlets with questionable editorial standards, so I give each the weight it carries.
Strength, to begin with, does not seem to be lacking. The Korean study measured abduction strength in the drawing arm with a myometer, and the forty archers in pain had the same strength as the eighteen without pain: 14.56 against 14.20, slightly more if anything. The pain did show up on the shoulder function scales, at 82.97 against 99.71 on one and 83.81 against 85.25 on the other. The claim is rated as reported because there is a single comparison, it is cross-sectional and it covers a single movement; the authors themselves note that the other muscles used in shooting would need measuring too.
Range of movement, on the other hand, does seem to drop, but the measurement is fragile. The only study to have measured range of movement in archers with a painful shoulder covers fifteen club archers in Indonesia, with a mean pain score of 6.4 out of ten, measured with a goniometer before and after a session of massage and stretching. Before the session they had 154 degrees of flexion, 149 of abduction, 52 of extension, 56 of internal rotation and 71 of external rotation; afterwards, with the same examiners, they had 177 degrees of flexion and of abduction, 70 of extension, 83 of internal rotation and 86 of external rotation. Taking the shoulder after treatment as the reference, the painful shoulder had lost range in every direction, by between 24 and 29 degrees in flexion, abduction and internal rotation. The finding needs a lot of caution: fifteen people, no control group, an outlet with questionable editorial standards and at least one inconsistent figure in the tables. Comparing them with pain-free archers measured in other studies does not help, because Turkish examiners found 157 degrees of flexion in healthy shoulders, twenty degrees less than the figure measured in Indonesia after treatment.
Control of the shoulder blade was observed in a hundred Indian recurve archers aged 15 to 25, half of them competing at district, state or national level and half beginners. On the scapular dyskinesis test, which is a visual judgement of the movement, the shoulder blade on the drawing side moved normally in 30% of the more experienced archers against 58% of the beginners, and on the bow side in 40% against 54%. This gives the claim that experienced archers show scapular dyskinesis more often than beginners, rated as reported and published in a journal with questionable editorial standards. For an archer in pain the finding says little, because the study did not measure pain and cannot tell whether the movement is a risk or an adaptation to years of shooting; level and years of practice also go together, 4.3 years against 1.9, and cannot be separated.
That leaves the images. In the Korean sample, ultrasound found tendinosis of the long head of the biceps in 22.4% of the archers and subacromial bursitis in 10.3%. In a Turkish study of twelve elite archers compared with forty-nine sedentary people, ultrasound of the entheses, the points where tendons attach to bone, gave the upper limb an inflammation score with a median of 3 against 0 and a damage score of 1 against 0, with a thicker supraspinatus showing more erosions, while in the lower limb the archers looked like the sedentary group. This is the claim that ultrasound finds more entheseal changes in the elite archer's arm than in sedentary people, rated as reported and resting on a preprint that has not been peer reviewed. The authors themselves note that many athletes with marked changes have no symptoms: an image that differs from a sedentary person's is not a diagnosis, and the study cannot say whether those signs are the start of a problem or the ordinary mark of an arm that works hard.
What has been tried against the pain
Few studies have tried to reduce shoulder pain in archers who already had it. The most robust is a randomised Korean study of thirty-one elite recurve archers with shoulder pain, sixteen of whom worked on the lower trapezius three times a week for eight weeks. In the training group pain fell from 4.56 to 2.88 out of ten, in the control group it rose from 3.20 to 3.67, and perceived shoulder instability also fell. The finding points the right way, but it concerns archers who were already in pain, which makes it a treatment of pain, and the registry does not use treatments as evidence: that is why the claim that strengthening the lower trapezius reduces shoulder pain in archers is rated as not studied. There is, besides, one study, the sample is thirty-one people, the journal is regional and the exercises were not assessed blind.
On massage there are three Indonesian papers from 2025, sharing an author, and in all of them pain falls after treatment: from 5.5 to 2.4 out of ten in twenty-four archers after massage and stretching, and from 6.4 to 3.2 in fifteen after a single session. None of the three has an untreated group or a sham treatment, and with pain that partly settles on its own, the measured drop combines the massage, the passing of time and the expectation of feeling better. These too are treatments of pain, and for the same reason the registry does not draw a claim from them. On prevention, by contrast, the gap is complete. No study of archers has counted injuries after a strengthening programme, and the idea that rotator cuff strengthening prevents shoulder injuries remains unstudied: the latest systematic review of exercise studies in archers notes that none of the fifteen studies it gathered reports how many injuries occurred, and calls for controlled trials that count them.
Where the studies stop
Everything above comes from snapshots. The studies on how common the pain is are cross-sectional, rely on what archers remember and define pain in different ways; the comparisons between archers with and without pain are almost always one per question, and the trials of treatments involve a few dozen archers. Above all, no study has followed the same archers through a season, recording every episode of pain, every missed session and every arrow shot. Without that, nobody knows how many mild cases turn into pain that lasts, what distinguishes them at the start, or how much the number of arrows matters compared with technique or draw weight.
There is also a limit in the question itself. The studies say how many archers are in pain and what they have on average, not what is going on in any one shoulder. Shoulder pain in an archer can have different causes, and telling them apart is the job of a clinical examination, not of a statistic.
What I take from this for the shooting line
As an archer, the first thing I take from this is that shoulder discomfort is not an exception: in the samples measured it is reported by between 43% and 69% of competitive archers, and in the Korean sample, the most detailed on severity, it was mild in most cases and settled within a week. The same sample also shows the other side, though, because three archers in four had had treatment in the past year and the pain came back in more than half the cases. Common and mild, then, does not mean something to ignore.
The second concerns the picture from the young European archers: pain that lasts for months, with a mean intensity close to six out of ten, and that makes it hard for almost half of them to perform their technique. The studies give no criterion for telling on your own when one picture has turned into the other, and they do not say what to do: for pain that does not settle within a few days, that returns at every session or that forces you to change your shot, the people to see are a doctor or a physiotherapist. What you can bring to the appointment is what the studies used to describe archers' pain: which arm, at which point in the shot, for how long and how severe.
The last concerns load. None of these studies has measured the link between volume and pain arrow by arrow, and among the young European archers almost one in two struggled to complete their usual sessions; load, however, is the part of the picture that archer and coach decide on every week: how many arrows, at what draw weight, with what breaks. I look at how it is spread out, and at what the studies say about prevention, in the article on injuries in archery.