Strength
DOTS & Wilks Score Calculator
Your DOTS and Wilks2 (2020) scores: a powerlifting total adjusted for bodyweight, so lifters of different sizes compare fairly.
Result
Where your DOTS score sits
This tool's bands for men, after the bodyweight adjustment.
500 kg total at 83 kg bodyweight.
Formula from IPF scoring formula page (IPF GL points, for comparison), checked against the source on May 25, 2026.
What does the DOTS & Wilks Score Calculator calculate, and which formula does it use?
The DOTS & Wilks Score Calculator converts a powerlifting total into two bodyweight-adjusted strength scores so lifters of different sizes compare fairly. DOTS (2019) multiplies your total by 500 divided by a quartic in bodyweight; Wilks2, the 2020 revision, by 600 divided by a quintic, so it reads about 20% higher. It then ranks the DOTS result from Beginner to Elite, with 600+ Elite for men.
Last updated .
How to use it
- Pick Metric or US units, then enter your sex, bodyweight and powerlifting total (squat + bench press + deadlift under competition rules). DOTS (Dynamic Objective Team Scoring), published in 2019 through the German federation BVDK, divides the total by a fourth-degree polynomial in bodyweight: DOTS = total × 500 / (a·bw⁴ + b·bw³ + c·bw² + d·bw + e), with separate coefficients for men and women, fitted for 40 to 210 kg (men) and 40 to 150 kg (women). Use lifts from the same session at your current weight: mixing all-time bests from different bodyweights inflates the score.
- Read your DOTS score and the tool's rough level: for men Beginner under 300, Novice 300 to 400, Intermediate 400 to 500, Advanced 500 to 600, Elite 600 and up; for women the same steps from 200. These are a guide, not a federation standard. Equipped lifting (squat suits, bench shirts) produces higher totals than raw, and DOTS does not adjust for it, so compare within the same category.
- Your Wilks2 (2020) score sits alongside. Robert Wilks' 2020 revision uses a fifth-degree polynomial and a 600-point numerator, so it reads about 20% above DOTS for the same lift: a DOTS of 400 is roughly a Wilks2 of 475. The IPF itself scores with IPF GL points; the DOTS vs Wilks vs GL calculator shows all three side by side.
- Track your DOTS score across training blocks to measure relative strength progress independent of bodyweight changes. A rising DOTS score across successive 8-16 week training blocks confirms that your strength is improving faster than your bodyweight is changing, which is the definition of productive strength training. For example, if your total increases from 500 kg to 520 kg while your bodyweight rises from 83 kg to 85 kg, your DOTS score will show whether the strength gain outpaced the weight gain. This metric is especially valuable during intentional bulk phases when bodyweight increases are expected. A DOTS improvement of 10-20 points per year is excellent progress for intermediate lifters. For advanced lifters competing at the national level, annual improvements of 5-10 DOTS points represent meaningful gains that reflect optimized programming.
- Ensure accuracy by using your competition total, not gym estimates. Competition lifts under calibrated equipment with strict judging produce lower numbers than gym lifts, typically by 5-10%. If you train in a gym without calibrated plates, your plates may weigh slightly more or less than marked, introducing systematic error. For personal tracking, consistency matters more than absolute accuracy: always use the same scale for bodyweight, the same equipment for lifts, and the same standards for depth and lockout. If you are preparing for a meet, calculate your DOTS from your most recent mock meet or heaviest training singles performed to competition standards (pause on bench, depth on squat, lockout on deadlift) rather than from touch-and-go or partial range-of-motion lifts.
Questions people usually ask
What is the DOTS formula and why was it created?
DOTS (Dynamic Objective Team Scoring) is a bodyweight-normalization formula published in 2019 through the German powerlifting federation (BVDK) and adopted by many federations outside the IPF for best-lifter rankings; the IPF itself replaced Wilks with IPF GL points in 2020. DOTS divides the total by a fourth-degree polynomial in bodyweight: DOTS = total × 500 / (a·bw⁴ + b·bw³ + c·bw² + d·bw + e), with separate male and female coefficients, fitted for 40 to 210 kg (men) and 40 to 150 kg (women). It was built to compare lifters more evenly across the bodyweight range than the original 1994 Wilks formula.
What is the difference between DOTS and Wilks scores?
Both normalize a total against bodyweight with different polynomials. The original Wilks (1994) and DOTS land within a few points of each other at middle bodyweights. Robert Wilks' 2020 revision (Wilks2, the one shown here) refitted the curve and moved the numerator from 500 to 600, so Wilks2 scores run about 20% above DOTS for the same lift: a DOTS of 400 is roughly a Wilks2 of 475. When comparing with historical records or other federations, always confirm which formula and which Wilks version was used.
What DOTS score is considered competitive at different levels?
There is no official scale. This calculator's rough bands for men are Beginner under 300, Novice 300 to 400, Intermediate 400 to 500, Advanced 500 to 600 and Elite 600 and up; for women the same steps start at 200. Federations, weight classes and raw versus equipped all shift what counts as competitive, so compare against the results of the meets you would enter.
Should I use my competition total or gym total for the score?
For accurate comparison to published standards and other lifters, use your competition total from a single meet where best squat, best bench press, and best deadlift were performed under calibrated equipment with strict judging. Gym totals are typically 5-10% higher than competition totals because gym standards for depth, pauses, and lockout are less strict, and commercial gym plates may not be precisely calibrated. For personal tracking between meets, use consistent gym standards and the same equipment each time.
Does DOTS work differently for raw versus equipped lifting?
DOTS uses the same coefficients for raw and equipped lifting, unlike the Goodlift (GL Points) system which applies separate coefficients for each category. This means equipped lifters, who typically total 10-30% higher due to supportive gear like squat suits and bench shirts, will score higher on DOTS than equivalent-strength raw lifters. When comparing DOTS scores, always compare within the same category. The IPF tracks raw and equipped records separately for this reason.
How quickly should my DOTS score improve?
Progress slows as you get stronger: developing lifters often add tens of DOTS points a year, while lifters near the top of their federation may gain only a few. Elite lifters may gain only 2-5 points per year, and year-over-year improvement at this level requires increasingly sophisticated periodization, competition strategy, and sometimes favorable weight class changes. If your DOTS score is stagnant across 6+ months of training, evaluate whether your training program adequately addresses your weakest lift.
How does bodyweight manipulation affect DOTS score?
DOTS accounts for bodyweight through its polynomial, meaning gaining or losing weight does not automatically improve your score. The score improves only when your total increases faster than your bodyweight. Competing at the top of a weight class (after a water cut) versus the bottom can produce a slightly higher DOTS score for the same total because the polynomial rewards strength at lower bodyweights. However, the magnitude of this effect is typically small (2-5 DOTS points) and should not drive your weight class strategy unless you are at the elite level.
Can I compare DOTS scores between male and female lifters?
DOTS uses separate male and female coefficient sets, so the scores are designed to be comparable across sexes. A male and female lifter with the same DOTS score are considered equally strong relative to their respective populations. However, direct comparison has limitations because the polynomial coefficients were derived from different competition datasets, and the size of the female competitive powerlifting population is smaller, which affects the statistical robustness of the coefficients at extreme bodyweights.
Is this tool free and private to use?
Yes. AI Fit Hub tools are free, no-signup browser tools. All calculations run locally in your browser with no data transmission or account requirement.
The formula, worked through
- Formula DOTS Score Formula
DOTS = total_kg × (500 / (a + b·bw + c·bw² + d·bw³ + e·bw⁴)). Sex-specific polynomial coefficients.
- Formula Strength Percentile Formula
Strength percentile: lookup 1RM-to-population-percentile in DOTS-normalized tables. Symmetric Strength / Open Powerlifting / Strength Level data. Bodyweight + sex + lift specific.
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Background on the DOTS & Wilks Score Calculator
- Comparison High Bar vs Low Bar Squat
High bar vs low bar squat: bar position changes torso angle, hip vs knee drive, and quad vs posterior-chain emphasis. Mobility requirements and muscle focus compared.
- Examples DOTS Score Examples
Explore real-world applications of the DOTS strength score for fair comparison across diverse athletes and weight classes, from competitive powerlifting.
- Checklist Powerlifting Meet Day Checklist
Ensure a flawless powerlifting meet day with this actionable checklist. Cover essential gear, nutrition, warm-ups, and strategic attempt selection to hit.
Articles
- 11 min read DOTS vs Wilks vs GL Points: Which Score to Use
DOTS vs Wilks vs IPF-GL powerlifting scores compared: same bodyweight polynomial, but DOTS (2019) and GL (2020) replaced 1994 Wilks. Which to quote.
- 13 min read RPE Programming: Why the Math Beats the Coach
When RPE prescription dominates fixed %1RM, when it doesn't, and how to calibrate the scale so the math actually works for an intermediate lifter.
- 12 min read Powerlifting Peaking Math
Powerlifting peaking compared: Smolov, Sheiko, and Texas Method — volume curves, recovery demands, and the meet-prep windows each handles best.
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Use it from code
The same calculation as a JavaScript module you can import. It runs where you import it, with no request, key or rate limit.
import { compute } from "https://aifithub.io/engines/dots-score-calculator.js";Input and output contract, TypeScript types and the guide for agents.