Squat
DOTS Calculator
DOTS Calculator
Calculate your DOTS score, compare it against Wilks, Wilks2, IPF GL, and allometric scoring, then model team totals, class changes, and the total you need for your next target.
DOTS percentiles on this page are modeled from static curves so the tool stays fast and fully front-end. Use them as ranking context, not as a live federation feed.
Current DOTS
425.31
EliteTop 4% of modeled lifters
Coefficient
0.6751
Percentile
97%
Total
630.0 kg
Equipment
Raw
Bench Press
Bench Press
Deadlift
Deadlift
Auto Total
630.0 kg
Best squat + bench + deadlift.
Bodyweight
83.0 kg
Used to build the DOTS coefficient.
Total to BW
7.59x
Quick ratio context before bodyweight adjustment.
Target Gap
-111.5 kg
Difference between current total and the total needed for the target DOTS.
DOTS Result
DOTS is the main score here because it is the modern comparison model most lifters actually want when judging current raw-level performance.
Elite
425.31
High-level DOTS performance across most fields.
Coefficient
0.6751
500 divided by the DOTS bodyweight polynomial.
Percentile
97%
Top 4% of modeled lifters
Total Used
630.0 kg
The exact total passed into the bodyweight-adjusted model.
Primary Context
Raw
Used to shift percentile expectations without changing the core DOTS math.
Bodyweight Class Analysis
DOTS is cross-class, but class context still matters. This section shows your current IPF-style class and whether a cut to the next lower class would change the score if total stayed constant.
Current Class
83 kg
Matched from your current bodyweight against IPF-style classes.
Current DOTS
425.31
Your score at current bodyweight and total.
Next Lower Class Simulation
74 kg class
Projected DOTS if the same total were carried into the next lower class: 456.30
Change vs current: +31.00
This is only a mathematical class-change preview. It does not account for the real performance cost of cutting bodyweight.
Formula Comparison
The radar uses percentile-style normalization so the formulas can be compared on one chart without pretending their raw point scales are interchangeable.
DOTS
i425.31
Primary modern score used on this page.
Top 4% of modeled lifters
Wilks
i420.52
Classic historical score for older comparison contexts.
Top 6% of modeled lifters
Wilks2
i505.03
Updated Wilks revision with newer coefficients.
Top 6% of modeled lifters
IPF GL
i87.21
Goodlift points used in IPF-style ranking systems.
Top 4% of modeled lifters
Allometric
i326.26
Pure bodyweight scaling without federation-specific fitting.
Top 2% of modeled lifters
Team DOTS
Team Scoring
+
Team DOTS
Team Scoring
Valid Members
0
Only complete entries count toward the team score.
Team DOTS Total
--
Sum of all valid team member DOTS scores.
Team Average
--
Average DOTS across valid team members.
Contribution View
--
Pie chart shows who contributes the most DOTS.
Add at least one valid team member to render the contribution chart.
No team members yet. Add at least one lifter to start the team DOTS calculation.
Target DOTS Planner
Enter the score you want, see the total it requires, then choose whether to spread the missing kilos evenly or bias them toward your strongest or weakest lift.
Target DOTS
350.0
Required total: 518.5 kg
Total Gap
-111.5 kg
Difference between your current total and the total needed for the target score.
Coefficient
0.6751
DOTS coefficient at your current bodyweight.
Target Squat
182.8 kg
One-third of the gap added here.
Target Bench
112.8 kg
One-third of the gap added here.
Target Deadlift
222.8 kg
One-third of the gap added here.
Target Strategy Notes
These are planning heuristics, not promises. Equal split is the neutral baseline. Strongest-lift bias assumes you can keep pushing the lift already carrying the profile. Weakest-lift bias assumes the best return comes from fixing the lagging lift.
Equal Split
-37.2 kg
Best for high-level planning when you want a simple first approximation.
Strongest Lift Bias
260.0 kg
Use when one lift is already converting training into meet kilos efficiently.
Weakest Lift Bias
150.0 kg
Use when your total is clearly being held back by one weak link.
History Trend
Save DOTS results over time to see whether your modern score, older Wilks reference, total, and bodyweight are moving together or drifting apart.
Save a few results to draw DOTS and Wilks trends.
Saved Results
Recent DOTS History
No history yet. Save the current result after a test day, meet, or block review to start the trend line.
What Is a DOTS Score?
A DOTS score is a bodyweight-adjusted powerlifting score designed for modern comparison across classes. Like Wilks, it starts from the reality that raw total alone does not create a fair cross-class comparison. A 600 kg total at 67.5 kg bodyweight is not the same kind of performance as a 600 kg total at 120 kg. DOTS exists so those performances can be scaled into a common language instead of being judged only by absolute kilograms.
What makes DOTS important is that it was built as a more modern answer to the same problem Wilks tried to solve. The older Wilks formula is still useful for historical context, but many lifters and ranking systems prefer DOTS because it fits modern performance data more cleanly, especially across a wider range of bodyweights. In practice, that makes DOTS one of the first scores lifters now check when they want a quick cross-class snapshot of how impressive a total really is.
This page is built around that modern use case. It does not stop at one score. You can calculate the DOTS coefficient, compare the same total across Wilks, Wilks2, IPF GL, and allometric scaling, model team totals, simulate a lower weight class, and reverse-calculate the total required for a target DOTS score. That is the difference between a thin formula widget and a real working tool.
How the DOTS Formula Works
The DOTS formula is conceptually simple. First, your bodyweight is converted to kilograms. Then the formula calculates a bodyweight coefficient. Finally, your total is multiplied by that coefficient to produce the final score. The reason the coefficient matters is that it changes how much each kilogram of total is worth depending on your bodyweight. Lighter lifters usually receive a stronger multiplier, while heavier lifters receive a smaller one.
That means two lifters can post the same total and still receive different DOTS scores. This is not a bug. It is the whole point of the model. DOTS is trying to compare performances relative to body size, not just absolute load. That is why this page shows the coefficient directly. If your score changes mostly because bodyweight changed, the coefficient will reveal that. If the total itself rose while bodyweight stayed similar, the score will move for a different reason.
DOTS also assumes kilogram math internally. If you enter pounds, the calculator converts them to kilograms before applying the scoring formulas. That keeps the formula aligned with how it is defined in competitive use and avoids quiet unit errors. The number you see may be in pounds for convenience, but the score underneath is still driven by kilogram-standardized calculations.
DOTS vs Wilks vs Wilks2
DOTS did not appear because Wilks became mathematically meaningless. It appeared because lifters needed a model that fit modern performance data better. Classic Wilks is still recognizable and still useful when you compare yourself to older rankings, older meets, or long-running records. Wilks2 is the revision that tried to update the older curve. DOTS is the model many lifters now prefer for current raw comparison because it behaves more cleanly across modern bodyweight ranges.
The key idea is consistency, not formula shopping. If your result looks strong in DOTS and still holds up reasonably in Wilks and Wilks2, then the underlying total is robust. If one formula flatters you much more than the others, that is useful information too. It tells you the performance may be more context-sensitive than the headline number suggests. That is why this page compares the formulas side by side instead of pretending one score should end every discussion.
IPF GL and allometric scaling extend that comparison even further. IPF GL speaks more directly to IPF-style meet logic. Allometric scaling strips the question down to pure bodyweight mathematics. Seeing all of them together gives you a better read on whether the underlying strength is genuinely impressive or merely looks good under one scoring lens.
Why DOTS Matters for Team Scoring
One reason DOTS became especially useful is team competition. A team can include lifters from very different bodyweight classes, and raw totals alone make that comparison awkward. DOTS creates a way to sum performances while keeping the scoring more fair across bodyweights. That does not make team ranking magically perfect, but it does make mixed-class comparison much more defensible than simply adding raw kilograms or leaning on class placement alone.
The team section on this page is built for that practical use. Add lifters, enter bodyweight and the three competition lifts, and the page returns each lifter's DOTS score, the team total, the team average, and a contribution breakdown. That makes it useful not only for meet organizers and coaches, but also for clubs that want a fast way to compare a roster without building a spreadsheet from scratch.
It is also useful for training groups. Team scoring is not only a meet-day concept. It can be a coaching tool for seeing which athletes are carrying the current roster, which athletes are improving the fastest, and whether the team profile depends too much on one or two standout lifters. A team total with balanced contribution is usually healthier than a team total held together by one exceptional outlier.
Weight Class Context and Cutting Strategy
DOTS is designed to compare across classes, but weight classes still matter in real competition. Your matched class changes how you compare yourself to actual meet fields, how you interpret rankings, and whether a cut or a bulk makes strategic sense. That is why this page includes class analysis rather than treating DOTS as if bodyweight class no longer exists once the score is calculated.
The lower-class simulation on this page is intentionally conservative. It does one simple thing: it keeps your total constant and shows what the score would look like if the same total were carried into the next lower class. That is useful because it tells you the mathematical upside of a lower weigh-in. It does not tell you whether that cut is smart. Real cutting changes performance, recovery, and meet execution. A small theoretical score gain may not be worth the actual cost of arriving weaker on meet day.
Used correctly, the class simulation is a context tool, not a cutting prescription. If the projected improvement is tiny, the decision is easy: do not chase it. If the projected improvement is large, then you at least know the decision deserves more thought. But the next question should always be whether the total can realistically survive the bodyweight change.
How to Improve Your DOTS Score
DOTS improves when your total rises faster than your bodyweight penalty grows. That means the most direct route is still simple: get stronger in the three competition lifts. But DOTS also reminds you that bodyweight strategy matters. A lifter who adds a lot of scale weight for a small total increase may not improve DOTS much at all. Another lifter who adds modest total while holding bodyweight steady can sometimes improve faster in relative terms.
That is why the target-score section matters. Instead of saying “I want a better DOTS,” you can ask what total is actually required for a meaningful next milestone. Then you can split the missing kilos evenly or test what it would look like to push your strongest lift or patch your weakest one. None of those strategy views replaces coaching judgment, but they turn a vague scoring goal into something you can actually program around.
History tracking closes the loop. A single DOTS score can feel dramatic, but trend is what matters. If DOTS rises over time, the block is probably working. If total rises but DOTS barely moves, bodyweight may be climbing too fast relative to the gain. If DOTS rises while total stays similar, you may have improved class efficiency instead of absolute strength. Those are useful distinctions, and they are exactly why score history belongs on a serious DOTS page.
Frequently Asked Questions
These answers match the FAQ schema on the page so users and search engines read the same wording.
What is a DOTS score?+
A DOTS score is a bodyweight-adjusted powerlifting score designed for modern cross-class comparison. It multiplies your total by a coefficient based on bodyweight so lighter and heavier lifters can be compared on a more even scale.
How is DOTS different from Wilks?+
DOTS is a newer model built on more modern competition data and is generally preferred for many contemporary raw comparisons. Wilks remains useful for historical context, which is why this page shows both.
How do I calculate my DOTS score?+
Enter your sex, bodyweight, and either your three lifts or your total. The calculator converts everything to kilograms, computes your DOTS coefficient from bodyweight, and multiplies your total by that coefficient.
What is a good DOTS score?+
A rough guide is: under 100 = beginner, 100–200 = novice, 200–300 = intermediate, 300–400 = advanced, 400–500 = elite, and over 500 = world-class territory.
Does DOTS work for equipped lifting?+
The DOTS formula can still be calculated for equipped totals, but interpretation changes because equipped lifters compete in a different performance environment. This page adjusts percentile modeling when you switch between raw and equipped.
Can DOTS be used for team scoring?+
Yes. DOTS was built with team-style scoring use cases in mind, so adding multiple lifters and summing their scores is a practical way to compare teams across different bodyweights.
Competition Guides
Wilks Score vs DOTS Score: Which Is Better?
See when DOTS is the cleaner modern comparison and when historical Wilks context still matters.
How to Calculate Your One Rep Max
Get cleaner squat, bench, and deadlift inputs before you compare totals across classes.
How Much Should I Be Able to Deadlift?
Build context for the lift that often carries the largest share of a high DOTS total.
Related Calculators
More Tools for Modern Scoring
Build the total, compare modern and historical score models, then move from ranking context into standards and programming.
Historical
Wilks Calculator
Check how your modern DOTS result compares against the older Wilks standard and its 2020 revision.
Competition
Powerlifting Total
Build the big-three total first, then bring it back here for modern cross-class scoring and team comparison.
Benchmarks
Strength Standards
Standards explain where each lift sits on the ladder before DOTS blends them into one relative score.
Programming
Training Max Calculator
Use the lifts behind your DOTS score to build the next training cycle instead of treating the score as the endpoint.