Tattoo pain chart: 20 areas across four published charts

This page publishes no pain score of its own. Inventing one would repeat the exact thing worth criticizing about the category: a number per body area, printed with the confidence of a measurement and the sourcing of a rumor. What it does instead is set four published charts against each other, area by area, and then against the one study that measured anything.

What a tattoo pain chart is, and where its numbers come from

A tattoo pain chart is a body map that assigns each area a pain score, and every version of it we read sources that score from opinion rather than from measurement. The formats vary — one to ten by region, or four bands running from low to severe — but the structure is identical, and so is the absence of a study behind it.

Two of the most visible examples say different things about their own numbers. Removery’s chart is explicit that it surveyed experienced artists and enthusiasts and asked them to rank each body part from one to ten, which is a real method honestly named; what it does not publish is how many people answered, how the answers were combined, or how far apart they were. Healthline’s version gives no origin at all for its bands, and the research it does cite addresses pressure pain thresholds in tattooed people rather than pain by location.

None of that is fraud. Aggregated craft experience is worth something, and an artist who has worked a hundred sternums has information no survey collected. It becomes a problem at the moment the experience is printed as a number, because a number invites comparison — a seven against a four — and nothing in the underlying material supports arithmetic at that resolution.

Twenty areas, four published charts, side by side

Below are the twenty body areas where at least three of the four charts we read say something, with what each one assigns. The median and the spread in the last two columns are calculated from the cells in the same row, not typed in by us, and no column holds a score of ours: this page does not publish a pain chart, it publishes what the existing ones say.

The result is not the one we expected to find. On the shared areas the three numeric charts mostly agree, and they agree closely: two thirds of the rows sit within a spread of two points or less, and the widest disagreement anywhere in the table is three points. If you came here expecting the charts to contradict each other wildly, they do not.

That agreement is worth being careful about, because it is easy to read as evidence and it is not. Three sources converging would be a signal if they had measured independently. Their own stated methods rule that out: one names a single studio’s artists and its clients, one names unspecified “thousands” of recipients and artists with no sample size or method, and the third gives ranges from “common client and artist experiences”. None of them cites a measurement, and the closeness of the numbers is at least as consistent with a shared body of shop-floor lore — and with charts having read each other — as with three independent readings landing on the same answer.

Where the table does break down is more instructive than the agreement.

The chest disagreement is the sharpest thing in the table. One widely read source tells you the chest is among the easier places to sit through; three others put it in the upper half of the scale. Nothing in either presentation lets a reader work out which to believe, because neither publishes a measurement — and the one study that did measure found the body area was not a significant predictor at all.

The only study we found that tested pain by body area

One peer-reviewed study has tested tattoo pain against the part of the body being tattooed, and body area came out as the predictor that did not matter. Joanna Witkoś and Magdalena Hartman-Petrycka surveyed 1,092 people in Poland between June 2019 and June 2020 — 863 women and 229 men — asking each for their maximum pain during the session and directly after it on a 0–10 numerical rating scale, then ran the answers through multiple regression against gender, age, BMI, education, body area, session time, bleeding, stress and painkillers taken beforehand. The paper is open access at PubMed Central.

Mean pain came in at 4.35 of 10 during the session, with a standard deviation of 2.60, dropping to 2.07 directly afterward. The spread is the part worth holding onto: a standard deviation of 2.6 on a ten-point scale means the gap between two people getting the same tattoo in the same spot is wider than any gap a chart claims between spots. Around 10 percent of participants, women and men alike, reported no pain at all.

What the same data did predict: time, stress, bleeding, medication

Five variables moved the pain score, and four of them describe the session rather than the site. The table gives the regression output as published, with B as the coefficient — points on the 0–10 scale — and the p-value beside it.

Bleeding during the session sits at 0.052, which is on the line rather than over it, and we are leaving it where the authors left it. The painkiller row is the counterintuitive one: participants who took analgesics beforehand reported 1.42 points more pain, and the authors read that as people with low pain tolerance being the ones who medicate, not as medication making tattoos hurt. Thirty-three participants did it anyway, which is 3 percent — and worth stating carefully, because the paper’s own discussion renders that same figure as “33% of participants” while its Table 1 gives “33 (3.02)”. The table is the data; the discussion is a typo in a peer-reviewed paper.

Body area was not entirely silent. It predicted one outcome — whether pain radiated beyond the tattooed spot, which happened in 83 percent of upper-limb sessions against 72 percent for the lower limb (p = 0.003) and 76 percent for the torso (p = 0.031). Location changed where the sensation went, not how strong it was.

Why “more nerve endings there” is a mechanism nobody measured for tattooing

Nerve density is the reason every chart gives for its ranking, and the one place it has been counted in human skin runs in the opposite direction. Diagnostic neurology measures epidermal nerve fiber density from punch biopsies, and McArthur and colleagues established the reference range across 98 healthy controls: 21.1 fibers per millimeter at the thigh against 13.8 at the distal part of the leg, the thigh higher by about 60 percent in what the paper calls the normal proximal-distal gradient.

Charts put the thigh among the least painful places and the shin and ankle among the most. The only human nerve-density figures we found put 60 percent more epidermal fibers in the thigh. That does not prove shins hurt less — it shows the explanation was borrowed rather than measured.

The caveats matter and cut both ways. That measurement covers two sites, counts small unmyelinated fibers in the epidermis for the purpose of diagnosing neuropathy, and has never been tested against a tattoo needle, which deposits pigment in the dermis below. Nerve endings are not one thing, and the mix of receptor types varies by region in ways a linear density does not capture. Our claim is narrow: the sentence “this area has more nerve endings” appears in charts without a citation, and the nearest thing to a citation does not support it.

The second mechanism charts cite, thin skin over bone, has been measured, and the figures live on our tattoo placement guide rather than here. The conclusion that page reaches is that dermis thickness genuinely differs by site, but by less than it differs between two people — which is the same shape of problem the pain data shows.

What the study cannot settle, and where the charts might still be right

Absence of a significant difference is not proof that no difference exists, and this study has three limits that keep the question open rather than closing it.

The honest summary is narrower than either side would like. Ribs, sternum, hands, feet and skin over bone may well hurt more; the study is too coarse to rule it out, and enough artists say so independently that we would not bet against it. What cannot survive contact with the data is the number — the claim that one area is a nine and another a four, published without a sample, a method, or a spread.

What tattoo pain actually feels like

The 1,092 people in the study rated their maximum pain at 4.35 out of 10 during the session and 2.07 directly after, which puts the average experience below the midpoint of the scale and well below what most charts imply. Around one in ten said it caused no pain at all, and that share was the same for women and men.

Descriptions converge more than scores do: a hot scratch, a sunburn being drawn on, a cat scratch that repeats. What almost nobody describes is a single sharp event, because the needle enters thousands of times per minute rather than once — the machine, the nerve fibers and the rhythm behind that are in what getting a tattoo feels like. The sensation that surprises people is the second kind — a dull ache in the bone underneath, on areas where there is little between skin and skeleton.

What changes how much it hurts, and what does not

The regression above answers this directly, and the answer is uncomfortable for charts: the part of the body was not a significant predictor, while four things about the session were. Time under the needle predicted pain both during and after. So did stress going in, and bleeding during. Education level showed up too, which is a reminder that survey data picks up things nobody set out to measure.

Age, body mass index and, in women, the phase of the menstrual cycle showed no significant effect — the last of these tested directly and returning p equals 0.691 during the session and 0.975 after. Every one of those is a variable people are routinely told to plan around.

How long tattoo pain lasts

The measured drop is from 4.35 during the session to 2.07 directly after, so more than half the sensation goes as soon as the machine stops. Beyond that moment the study does not follow people, and neither will we: how long soreness lasts into the following days was not recorded, and the figures circulating for it come from the same place as the charts.

What was measured is that the pain after correlates with the same variables as the pain during — time, bleeding, stress — plus gender, which becomes significant only after the session, with women reporting 0.62 points more. A long sitting predicts a worse evening, not only a worse hour.

What can reduce it, and one thing that did not

Three of the five measured predictors are yours to change before the appointment: how long you sit, how stressed you arrive, and how much you bleed, which is what the studios in the study warned participants about. Shortening the session is the intervention with the clearest measured link.

The fourth is a warning rather than a lever. Participants who took analgesics beforehand reported 1.42 points more pain during the session, not less, and the authors read that as people who expect pain being the ones who medicate rather than as medication making tattoos worse. Only 3 percent of the sample did it. This is an observed association in survey data, not a recommendation, and anything you actually take is a question for a doctor rather than for a tattoo page.

The variables you can change before the session

Four of the five measured predictors are decided before the needle starts, which makes them the only part of this a chart could never have told you.

1. Step 1Book against the clock, not the spotSession time predicted pain during and after, in every model the authors ran. Splitting a long piece across two appointments changes a variable that was measured; moving it from the ribs to the thigh changes one that was not.
2. Step 2Treat stress as an inputSelf-reported stress before the appointment carried a coefficient of 0.45 during the session, the second largest in the table. It is also the variable most under your control on the day, which is why it belongs in planning rather than in a body map.
3. Step 3Do not assume medication loads the dice in your favorThe people who took painkillers beforehand reported more pain, not less, and the studios in the study warned participants about bleeding. That is an association in survey data rather than a finding about drugs, and anything you actually take is a question for a doctor.
4. Step 4Ask the artist about that specific spotA four-region regression cannot resolve the sternum from the flank. Someone who tattoos that area every week can, and their answer is the same kind of evidence the charts are built from, minus the layer that turned it into a score.

That last step is the one to bring to the shop. The tattoo consultation checklist covers the rest of the questions worth asking in the same conversation, and session length is usually the first thing an artist can estimate from your reference.

Planning a piece when the pain number is unknown

Placement should be decided on the consequences that were measured, and pain is not one of them. The choice between a forearm and a rib panel changes how fine a line survives, how the piece ages, and how much of the design people see — all of which outlast the session by decades, while the pain ends the same day.

Design decisions feed the same clock. A lettering piece set in a heavy face takes longer to fill than the same words in a light one, which is visible in the tattoo font generator before anything is booked, and the styles that hold up over time are covered in tattoo styles that age well. If the design is still open, the random tattoo brief names a placement and a size in every brief it generates, which at least turns an abstract fear into a concrete appointment length.

What we would not do is publish a chart. The measurement that exists says body area did not predict pain intensity, the mechanism usually offered points the other way, and the honest version of this page is a table of p-values and a list of the things that did move the number.