Free DOTS score calculator
DOTS Score Calculator for Powerlifting
Let’s be honest — a bigger total doesn’t always mean a stronger lifter. A 120 kg lifter should lift more than a 60 kg lifter, right? That’s the problem DOTS solves. Pop in your bodyweight and your powerlifting total, and this calculator hands you one clean number — your DOTS score — so you can compare lifters from different weight classes without arguing about size.
- Squat + bench + deadlift total
- Men and women
- DOTS coefficient
- Bodyweight-adjusted score
- kg and lb
One rule before you start: a DOTS score is not a Wilks score, and it’s not IPF GL points either. Same lifter, three different numbers, three different scales. This page keeps them separate so you don’t mix them up.
DOTS Score Calculator
Calculate your bodyweight-adjusted powerlifting score.
Category does not change the DOTS formula.
Combined squat + bench press + deadlift.
Lift Balance Analysis
Enter Your Bodyweight
Type in your bodyweight in kg or lb, in the unit the calculator asks for. The formula itself works in kilograms, so pound entries get converted first. If you want a meet-accurate score, use your competition weigh-in weight.
Enter Your Three Lifts
Type in your best squat, bench press, and deadlift. Use competition lifts — full depth on squat, a controlled pause and lockout on bench, a full lockout on deadlift — because a gym lift judged by different rules gives you a different score.
Add Them Into a Total
Add squat + bench press + deadlift into one powerlifting total. DOTS scores a total, not a single lift. Feed it one lift and you’ll get a training number, not a competition DOTS score.
Read Your Score and Coefficient
Read two numbers: your DOTS coefficient, which depends only on your bodyweight and sex, and your DOTS score, which is your total multiplied by that coefficient. Write both down — and if anyone asks, say it’s DOTS, not Wilks.
What Is a DOTS Score? What Are DOTS in Powerlifting?
DOTS stands for Dynamic Objective Team Scoring. Don’t worry about the name — in practice, DOTS is just a bodyweight-adjusted powerlifting score. German powerlifter and statistician Tim Konertz developed it in 2019, after the old Wilks formula started showing its age. The idea is simple: take your total, adjust it for your bodyweight, and you get a number you can compare across weight classes.
Here’s why that matters. A raw total loves big lifters, because a bigger body usually moves more absolute weight. DOTS takes some of that advantage away by multiplying your total by a coefficient that shrinks as you get heavier. A lighter lifter gets a bigger multiplier, a heavier lifter gets a smaller one, and suddenly a 60 kg lifter and a 120 kg lifter are on a much fairer footing.
DOTS measures relative strength — how much you lift for your size — not absolute strength, not technique, and definitely not your worth as a lifter. Your total says how much you lifted. Your DOTS score says how that total stacks up across classes. Keep both numbers, because they tell you different things.
How to Calculate Your DOTS Score: The DOTS Formula Explained
Don’t let the polynomial scare you. The whole thing is just three steps, and the calculator handles the ugly one. First, you get your coefficient from your bodyweight. Then you add your three lifts into a total. Then you multiply. Done. All the complexity hides inside that coefficient.
DOTS formula: DOTS score = total (kg) × 500 ÷ (a×BW⁴ + b×BW³ + c×BW² + d×BW + e), where BW is your bodyweight in kilograms and a to e are the coefficients for men or women in the table below. It’s a fourth-degree polynomial — one degree simpler than Wilks’ fifth-degree version — and Konertz fitted it to modern competition data to smooth out the biases Wilks showed at the light and heavy ends.
What does the polynomial actually do? As your bodyweight climbs, the denominator grows, so 500 divided by a bigger number gives you a smaller coefficient. That’s the whole trick: heavier lifters need a bigger total to hit the same score, because the formula already expects them to lift more in absolute terms.
| Coefficient | Men | Women |
|---|---|---|
| a (× BW⁴) | −0.0000010930 | −0.0000010706 |
| b (× BW³) | 0.0007391293 | 0.0005158568 |
| c (× BW²) | −0.1918759221 | −0.1126655495 |
| d (× BW) | 24.0900756 | 13.6175032 |
| e (constant) | −307.75076 | −57.96288 |
Use the men’s coefficients for men and the women’s for women — the two polynomials were fitted separately, and mixing them gives you a number that belongs to nobody. And watch the bodyweight range: the published formula covers 40 to 210 kg for men and 40 to 150 kg for women. Outside those limits, calculators typically use the nearest boundary value, because the curve simply wasn’t fitted beyond them.
DOTS Coefficient by Bodyweight
Look at this table and the pattern jumps out straight away. The coefficient drops as bodyweight climbs, and women’s coefficients sit higher than men’s at the same weight — that’s just how the two fitted curves work. Every number below comes straight from the formula above, rounded to four decimal places, so you can check the calculator against it any time.
| Bodyweight | Men Coefficient | Women Coefficient |
|---|---|---|
| 50 kg | 0.9948 | 1.2530 |
| 60 kg | 0.8440 | 1.1085 |
| 70 kg | 0.7512 | 1.0113 |
| 80 kg | 0.6895 | 0.9422 |
| 83 kg | 0.6751 | 0.9254 |
| 90 kg | 0.6466 | 0.8915 |
| 100 kg | 0.6155 | 0.8533 |
| 110 kg | 0.5923 | 0.8243 |
| 120 kg | 0.5743 | 0.8024 |
Here’s how to read it in plain English. A 50 kg man multiplies his total by about 0.99, so his score lands just under his total. A 120 kg man multiplies his by about 0.57, so his score lands well under his total. That doesn’t mean the lighter guy is stronger in absolute terms — it means the formula already did the size adjustment for you, and now you’re comparing the adjusted numbers.
Worked Examples: Calculate DOTS Score by Bodyweight
Every example below checks out against the coefficient table above — no magic numbers, no hand-waving. Each score is just total × coefficient, rounded to one decimal place, so you can follow along with a pocket calculator if you want.
| Lifter | Total | Coefficient | DOTS Score |
|---|---|---|---|
| Man, 83 kg | 600 kg | 0.6751 | 600 × 0.6751 = 405.1 |
| Man, 90 kg | 500 kg | 0.6466 | 500 × 0.6466 = 323.3 |
| Woman, 60 kg | 300 kg | 1.1085 | 300 × 1.1085 = 332.6 |
| Man, 93 kg | 580 kg | 0.6363 | 580 × 0.6363 = 369.0 |
| Woman, 63 kg | 350 kg | 1.0755 | 350 × 1.0755 = 376.4 |
The Same Total Does Not Mean the Same Score
Now, here’s where it gets interesting. A 70 kg man totalling 500 kg scores 375.6 (500 × 0.7512), while a 100 kg man totalling 600 kg scores 369.3 (600 × 0.6155). Yes — the heavier guy lifted 100 kg more, and he still scores lower. DOTS is basically saying: lifting 500 kg at 70 kg is the harder feat. You might disagree with that — plenty of lifters do, and it’s a fair debate — but you can’t just switch formulas halfway through to get a nicer number.
This is also why bodyweight strategy is trickier than people think. Gain weight and your coefficient drops, so your total has to climb faster than the coefficient falls — otherwise your score goes down even though you’re lifting more. Lose weight and your coefficient climbs, but you might lose strength with it. And please, don’t chase a DOTS score by crash-cutting weight. 1 rep max score that goes up while your total goes down isn’t progress. It’s just a smaller lifter with less strength.
DOTS Score Calculator for Men and DOTS Score Calculator for Women
Same formula, different coefficients — that’s the whole story for men versus women. The two polynomials were fitted separately, so women’s coefficients run higher at the same bodyweight. At 60 kg, for example, the women’s coefficient is 1.1085 while the men’s is 0.8440. That’s built into the formula, not a bonus tacked on afterwards, and it’s what lets DOTS compare lifters across sexes within this one system — as far as any single formula can, anyway.
In real life, most meets still hand out best lifter awards within each sex, and the official system depends on your federation (more on that below). So use a women’s DOTS score to compare women across classes, and a men’s score to compare men. If you do compare across sexes, just say so out loud — otherwise the comparison doesn’t really mean anything.
What Is a Good DOTS Score?
Quick reality check: no federation publishes one official DOTS band table, so don’t let anyone sell you one as gospel. The bands below are a practical guide — useful, but still a guide. And they only make sense inside DOTS. A 400 DOTS is not a 400 Wilks, and it’s definitely not 400 of anything else.
| DOTS Score | A Practical Guide |
|---|---|
| Below 300 | You are building your base as a competitor, or you compete at a local level. |
| 300–349 | A solid competitive score — a strong gym lifter and a respectable meet total. |
| 350–399 | An advanced score — a serious national-level competitor in most classes. |
| 400–449 | An elite score — an international-level performance in most classes. |
| 450 and above | World-class territory — and a 500 DOTS total is the kind of number very few lifters ever touch. |
Test it yourself. That 90 kg guy with a 500 kg total? 323.3 — solid competitive. The 83 kg guy with 600 kg? 405.1 — elite. And the 60 kg woman with 300 kg? 332.6, solid competitive, with a clear next target: about 361 kg at the same bodyweight crosses 400 (400 ÷ 1.1085 = 360.8 kg). That’s a target you can train for, not a vague ‘get stronger’.
One more useful reference: among experienced competitors at classic full-power meets, the middle of the pack sits roughly in the mid-300s for men and low-300s for women — so if your DOTS lands there, you’re not behind, you’re right in the thick of competitive lifting. A guide band is not a verdict, though. Your next target matters more than your current label.
DOTS vs Wilks Score Calculator vs IPF GL Points
If you hang around powerlifting long enough, you’ll bump into three scoring systems, and they all answer the same question with different maths — and wildly different scales. The trick is simple: use the one your federation uses, and never, ever compare a number from one system with a number from another.
| System | What It Uses | Who Uses It |
|---|---|---|
| DOTS | Fourth-degree polynomial, numerator 500, fitted 2019 | Many non-IPF federations, including USAPL contexts, for best-lifter and comparison purposes. |
| Original Wilks | Fifth-degree polynomial, numerator 500 | Historical results; largely replaced for official scoring. |
| Wilks 2020 (Wilks 2) | Fifth-degree polynomial, numerator 600, refitted 2020 | Federations that updated to Wilks 2020, and lifters comparing with Wilks 2020 results. |
| IPF GL Points | Exponential model, not a polynomial, with separate raw and equipped parameters | The IPF, as its official scoring system since May 2020. |
| Lifter and Total | DOTS | Wilks 2020 |
|---|---|---|
| Man, 83 kg, 600 kg | 405.1 | 481.0 |
| Man, 90 kg, 500 kg | 323.3 | 383.5 |
| Woman, 60 kg, 300 kg | 332.6 | 395.7 |
See the gap? The same lifter scores roughly 60 to 76 points higher on Wilks 2020 than on DOTS, because Wilks 2020 uses a 600 numerator and a different polynomial. That gap is not an improvement in the lifter — it’s a change in the ruler. And IPF GL points sit on a totally different scale again, around 100 for an elite performance, so never say ‘my DOTS is higher than your IPF GL, so I’m stronger.’ Compare DOTS with DOTS, Wilks with Wilks, and IPF GL with IPF GL, and check your federation’s rulebook before you claim anything official.
Practical rule of thumb: competing in the IPF? Then IPF GL points are your official score, full stop. Competing somewhere else, or just training for fun? Use whatever your federation names — often DOTS these days — and keep Wilks around for comparing with older Wilks results. Pick one system, stick with it, and track yourself in that system over time.
Reverse DOTS Calculator: What Total Do You Need for a Target Score?
Flip the formula around and it becomes a goal-setting tool. Want a DOTS of 400? Divide 400 by your coefficient, and there’s your total. No guessing, no hoping — just a number to train towards.
| Target DOTS Score | Lifter | Coefficient | Total You Need |
|---|---|---|---|
| 400 | Man, 83 kg | 0.6751 | 400 ÷ 0.6751 = 592.5 kg. |
| 300 | Woman, 60 kg | 1.1085 | 300 ÷ 1.1085 = 270.6 kg. |
| 350 | Man, 90 kg | 0.6466 | 350 ÷ 0.6466 = 541.3 kg. |
| 500 | Man, 83 kg | 0.6751 | 500 ÷ 0.6751 = 740.6 kg — world-class territory, and a very long road. |
Use that number to plan a meet, not to promise one. A 592.5 kg total at 83 kg is a serious training target, and it’ll take a serious block to get there. And if your bodyweight shifts before meet day, run the numbers again — your coefficient moves with it, and a total that hit your target at one weight might miss it at another.
DOTS Score With Age, for a Meet, and Without Deadlift
Let’s clear up three special cases, because they trip people up all the time. First, age: standard DOTS has no age adjustment built in. It scores everyone against the open standard. Some calculators offer an ‘age-adjusted’ or ‘with age’ variant, but that’s a separate calculation, not standard DOTS — so if a tool gives you an age-adjusted number, label it as such and never compare it directly with a standard DOTS score.
Second, meets: for a meet, use your best successful lifts — not your gym bests — and your competition bodyweight, not your everyday walking-around weight. And check the version your federation actually uses: if they score with IPF GL, your DOTS number is an unofficial side comparison, not your official result. Score yourself officially first, then keep DOTS as a clearly labelled extra if you want it.
Third, partial totals: DOTS scores a full total — squat plus bench plus deadlift. That’s it. If you feed it just squat and bench, or a single lift, the calculator will still spit out a number, because maths doesn’t care. But that number is not a competition DOTS score. It’s a training comparison at best. Label it as a partial score, and never present it as a meet score.
How to Improve Your DOTS Score
At the end of the day, improving your DOTS score is mostly about improving your total — with one extra thing to watch: your bodyweight. Lift more, lift to competition standard, and manage your weight on purpose instead of letting it drift.
- Attack your weakest lift first. Your total is the sum of three lifts, and your weakest lift usually gives you the cheapest kilograms. A 10 kg bench gain raises your total — and your score — by that same 10 kg multiplied by your coefficient.
- Train to competition standard. A squat without depth, a bench press without a pause, and a deadlift without lockout don’t count in a meet, so they don’t raise a real DOTS score. Practise the lifts to the standard you want to count, every time.
- Manage bodyweight on purpose. If you gain weight, your coefficient falls, so your total must rise faster than the coefficient falls. If you lose weight, your coefficient rises, but you risk losing strength. Pick a weight class, train towards it over months, and don’t crash-cut weight for a score.
- Track the score, not just the total. Write down your bodyweight, your total, your coefficient, and your score after every meet or test block. A DOTS progression log shows you whether you actually got relatively stronger, or whether you just got heavier and lifted more in absolute terms.
DOTS Calculator in Kg and Lb
One unit, start to finish — that’s the only rule here. The formula works in kilograms, so if you lift in pounds, divide by 2.205 first. An 83 kg lifter is about 183.0 lb (83 × 2.205), and a 600 kg total is about 1,323.0 lb. Convert both numbers together, before you multiply anything, and never mix kilograms and pounds in the same calculation. An 83 kg bodyweight with a 1,323 lb total gives you a nonsense score, because that coefficient was never meant for a 1,323-unit total.
Keep it to one decimal place, like the examples above. Five decimal places might look impressive, but your bodyweight, your plate loading, and a judging call all carry real-world rounding anyway. One decimal is honest precision. Anything more is just pretending.
What DOTS Cannot Tell You, and Why Calculators Sometimes Disagree
Before you put too much faith in any DOTS number, know what it can’t do. It adjusts for bodyweight and sex. That’s it. Not age, not height, not limb length, not training age, and not equipped versus raw in the way a federation-specific system might. No single polynomial is perfect for every lifter, especially at the very light and very heavy ends where the fitted curve is thinnest — which is exactly why the formula has those bodyweight bounds in the first place.
That also explains why two calculators sometimes give you slightly different DOTS scores for the same lifter. Usually it’s one of four things: one calculator rounded the coefficient earlier, one clamped your bodyweight to the boundary and the other didn’t, one converted pounds with a slightly different factor, or one quietly used an age-adjusted variant instead of standard DOTS. If two scores differ by a point or two, check those four things first — and if they differ by a lot, one of them is almost certainly using a different formula altogether, like Wilks.
Use Your Result: DOTS Score Progress Tracker
A DOTS check is only useful if you keep it. Print this page, or save it as a PDF from your browser, and jot your numbers in the log below. Same formula, same lifts, same bodyweight rules next time — change any of those and the comparison falls apart.
| Date | Bodyweight | Total | Coefficient | DOTS Score |
|---|---|---|---|---|
| — | 83 kg | 600 kg | 0.6751 | 405.1 |
| — | 90 kg | 500 kg | 0.6466 | 323.3 |
| — | 60 kg | 300 kg | 1.1085 | 332.6 |
Recheck after a meet or a solid training block, not after every session. Real relative strength moves slowly, so your score should too. If it jumps in a week, something changed — the formula, the unit, or the lift standard. Check those first before you start celebrating.
405.1
is the DOTS score for an 83 kg man totalling 600 kg.
0.6751
is that lifter’s DOTS coefficient — it falls as bodyweight rises.
592.5 kg
is the total that 83 kg man needs for a DOTS score of 400.
DOTS Score Calculator: Frequently Asked Questions
What is a DOTS score in powerlifting?
DOTS stands for Dynamic Objective Team Scoring, and in practice it’s a bodyweight-adjusted powerlifting score. You take your squat plus bench press plus deadlift total, multiply it by a coefficient that depends on your bodyweight and sex, and you get one number you can compare across weight classes. Tim Konertz developed it in 2019 as a fairer alternative to the older Wilks formula.
What are DOTS in powerlifting?
DOTS is just the name of that scoring system — it doesn’t stand for a lift or a federation. When lifters say ‘my DOTS is 380’, they mean their bodyweight-adjusted total under the DOTS formula. Same scale for men and women, same idea: a bigger number means more strength for your size.
How do I calculate my DOTS score?
Easy version: add your best squat, bench press, and deadlift into one total, find your DOTS coefficient from your bodyweight and sex, then multiply. In full: DOTS = total (kg) × 500 ÷ (a×BW⁴ + b×BW³ + c×BW² + d×BW + e), where BW is your bodyweight in kilograms and a to e are the men’s or women’s coefficients. The calculator above does that for you — you enter your bodyweight and your three lifts, and it hands you your coefficient and your score.
How does the DOTS calculator work?
You enter your sex, your bodyweight, and your squat, bench press, and deadlift. The calculator picks the right coefficient set, plugs your bodyweight into the fourth-degree polynomial, divides 500 by that result to get your coefficient, and multiplies your total by it. If you enter pounds, it converts to kilograms first, because the formula only works in kilograms.
What is the DOTS formula?
DOTS score = total (kg) × 500 ÷ (a×BW⁴ + b×BW³ + c×BW² + d×BW + e). BW is your bodyweight in kilograms. The coefficients differ for men and women, and the formula covers 40 to 210 kg for men and 40 to 150 kg for women — outside those limits, calculators typically use the nearest boundary value.
What is the DOTS coefficient formula?
The coefficient is 500 divided by the bodyweight polynomial: 500 ÷ (a×BW⁴ + b×BW³ + c×BW² + d×BW + e). For men, a is −0.0000010930, b is 0.0007391293, c is −0.1918759221, d is 24.0900756, and e is −307.75076. For women, a is −0.0000010706, b is 0.0005158568, c is −0.1126655495, d is 13.6175032, and e is −57.96288. Your DOTS score is your total multiplied by that coefficient.
What is a good DOTS score?
As a practical guide — not a federation official table — below 300 is still building your base, 300 to 349 is a solid competitive score, 350 to 399 is advanced, 400 to 449 is elite, and 450 and above is world-class territory. A 500 DOTS score is the kind of number very few lifters ever touch, so if you’re chasing it, you’re chasing the very top of the sport.
What is a good DOTS score for powerlifting?
For most competitive lifters, a DOTS in the 300s is a strong, respectable place to be — in fact, the middle of the pack at experienced classic meets sits roughly in the mid-300s for men and low-300s for women. Breaking 400 puts you in elite company, and breaking 450 puts you in world-class company. Judge yourself against your own last score first, though — a guide band is not a verdict.
How does the DOTS score calculator work for men?
You put in your bodyweight and your three-lift total, and it applies the men’s coefficients. At 83 kg the men’s coefficient is 0.6751, so 600 kg becomes 405.1. At 90 kg it’s 0.6466, so 500 kg becomes 323.3. Always read the score as DOTS — a men’s DOTS number on its own doesn’t tell you which scoring system you’re on.
How does the DOTS score calculator work for women?
Same idea, women’s coefficients — and those run higher than the men’s at the same bodyweight. At 60 kg the women’s coefficient is 1.1085, so 300 kg becomes 332.6. At 63 kg it’s 1.0755, so 350 kg becomes 376.4. Men’s coefficients for men, women’s for women, never mixed. Simple as that.
How do I calculate a DOTS score by bodyweight?
Start with your coefficient, because that depends only on your bodyweight and sex. Under DOTS, a 50 kg man gets about 0.9948, an 83 kg man gets 0.6751, and a 120 kg man gets 0.5743. Then just multiply your total by that number. Heavier you are, smaller your coefficient, bigger the total you need for the same score.
Can I calculate a DOTS score in kg and lb?
Yep, as long as you convert first. The formula thinks in kilograms, so divide pounds by 2.205 before you calculate. An 83 kg lifter is about 183.0 lb, and 600 kg is about 1,323.0 lb. Convert bodyweight and total together — mix the units and you’ll get a nonsense score.
What is DOTS vs Wilks score?
Both adjust a total for bodyweight, but with different maths and different scales. DOTS uses a fourth-degree polynomial fitted in 2019; Wilks uses a fifth-degree polynomial, and Wilks 2020 uses a 600 numerator. The same lifter scores roughly 60 to 76 points higher on Wilks 2020 than on DOTS — for example, an 83 kg man totalling 600 kg scores 405.1 on DOTS and 481.0 on Wilks 2020. Never compare one directly with the other.
What is DOTS vs IPF GL points?
IPF GL points are the IPF’s official system since May 2020, and they work completely differently — an exponential model, not a polynomial, with separate raw and equipped parameters. They also live on a totally different scale: around 100 for an elite performance, versus hundreds for DOTS and Wilks. Competing in the IPF? IPF GL is your official score, and your DOTS number is just a side comparison.
Can I use the DOTS calculator for USAPL?
DOTS is used in many non-IPF federation contexts, including USAPL contexts, for best-lifter and comparison purposes — but your official result always depends on your federation’s current rulebook and the specific meet. Check that rulebook before you claim an official score, and treat a DOTS number from this page as a comparison unless your meet explicitly scores with DOTS.
Can I calculate a DOTS score with age?
Standard DOTS has no age adjustment — it scores everyone against the open standard. Some calculators offer an age-adjusted variant, but that’s a separate calculation, not standard DOTS. If a tool gives you an age-adjusted number, label it as such and never compare it directly with a standard DOTS score.
Can I calculate a DOTS score without deadlift?
The calculator will happily multiply a partial total, but let’s be honest — that’s not a competition DOTS score. DOTS means squat plus bench plus deadlift. A squat-plus-bench number is a training comparison at best. Call it a partial score, and don’t present it as a meet score.
Can I calculate a DOTS score for a single lift?
You can run a single lift through your coefficient for training purposes, but it’s not a DOTS score in the competition sense. DOTS was built for a three-lift total, and a single-lift number doesn’t compare with full-total scores. Keep single-lift comparisons separate.
What total do I need for a target DOTS score?
Divide your target by your coefficient. Want 400 at 83 kg as a man (coefficient 0.6751)? You need 592.5 kg. Want 300 at 60 kg as a woman (coefficient 1.1085)? You need 270.6 kg. Want 500 at 83 kg? That’s 740.6 kg — world-class territory. If your bodyweight moves, recalculate, because your coefficient moves with it.
How do I improve my DOTS score?
Lift more, basically — but smartly. Attack your weakest lift first, train to competition standard, and manage your bodyweight on purpose. Gain weight and your coefficient drops, so your total has to climb faster than the coefficient falls. Lose weight and your coefficient climbs, but you might lose strength too. Track bodyweight, total, coefficient, and score together, and you’ll actually see whether you’re getting relatively stronger or just heavier.