How this pull-up calculator works
This calculator combines four tools in one: a pull-up 1RM calculator, a weighted pull-up max estimator, a strength level rater, and a lat pulldown to pull-up converter. Enter your bodyweight, reps, and optionally added weight or a lat pulldown 1RM to get all results simultaneously.
The 1RM calculation averages five industry-standard formulas — Epley, Brzycki, Lombardi, O'Conner, and Lander — for a more reliable estimate than any single formula provides.
Pull-up 1RM formulas
The calculator applies all five standard 1RM formulas to total weight (bodyweight + added weight), then averages them:
| Formula | Equation | Best for |
|---|---|---|
| Epley (1985) | w × (1 + r / 30) | General, most widely used |
| Brzycki (1993) | w × 36 / (37 − r) | Accurate at low-moderate reps (≤10) |
| Lombardi (1989) | w × r^0.10 | Higher rep ranges |
| O'Conner (1989) | w × (1 + 0.025 × r) | Conservative estimate |
| Lander (1985) | w × 100 / (101.3 − 2.67 × r) | Powerlifting context |
w = total weight (kg), r = reps. 1RM added weight = 1RM total − bodyweight.
Pull-up strength standards
Based on data from 4,814,965 recorded pull-up sessions on Strengthlevel.com, pull-up performance is classified into five tiers. The average male performs 14 reps (Intermediate); the average female performs 6 reps (Intermediate).
| Level | Percentile | Male reps | Female reps | Added weight 1RM (80 kg male) |
|---|---|---|---|---|
| Beginner | Top 95% | 1–4 | 1–2 | < 10 kg added |
| Novice | Top 80% | 5–13 | 3–5 | ~10–40 kg added |
| Intermediate | Top 50% | 14–24 | 6–14 | ~40–80 kg added |
| Advanced | Top 20% | 25–36 | 15–25 | ~80–120 kg added |
| Elite | Top 5% | 37+ | 26+ | 120+ kg added |
Lat pulldown to pull-up calculator — how the conversion works
The lat pulldown is the closest machine equivalent to a pull-up. If you know your lat pulldown 1RM, you can estimate how many bodyweight pull-ups you could perform using the inverse Epley formula:
estimated pull-up reps = (lat pulldown 1RM / bodyweight − 1) × 30
If your lat pulldown 1RM is less than your bodyweight, the conversion shows the band assistance weight you would need: assistance = bodyweight − lat pulldown 1RM.
| Lat pulldown 1RM | Bodyweight 80 kg | Est. pull-up reps / assistance |
|---|---|---|
| 60 kg | 80 kg | Needs ~20 kg assistance band |
| 75 kg | 80 kg | Needs ~5 kg assistance band |
| 80 kg | 80 kg | ~1 pull-up (borderline) |
| 90 kg | 80 kg | ~4 reps |
| 100 kg | 80 kg | ~8 reps |
| 120 kg | 80 kg | ~15 reps |
Weighted pull-up 1RM — example calculations
For weighted pull-ups, the 1RM is calculated on total weight (bodyweight + added weight), then the added-weight 1RM = total 1RM − bodyweight:
| Bodyweight | Added weight | Reps | 1RM total | 1RM added |
|---|---|---|---|---|
| 80 kg | 0 kg | 10 | ~107 kg | ~27 kg |
| 80 kg | 20 kg | 5 | ~117 kg | ~37 kg |
| 80 kg | 40 kg | 3 | ~132 kg | ~52 kg |
| 80 kg | 60 kg | 1 | ~143 kg | ~63 kg |
Calories burned doing pull-ups
| Reps | 60 kg | 75 kg | 90 kg | 110 kg |
|---|---|---|---|---|
| 5 | 2 kcal | 2.5 kcal | 3 kcal | 3.7 kcal |
| 10 | 4 kcal | 5 kcal | 6 kcal | 7.3 kcal |
| 15 | 6 kcal | 7.5 kcal | 9 kcal | 11 kcal |
| 25 | 10 kcal | 12.5 kcal | 15 kcal | 18.3 kcal |
| 50 | 20 kcal | 25 kcal | 30 kcal | 36.7 kcal |
MET 8.0 (vigorous calisthenics), 3 seconds per rep. Values scale with bodyweight.
Frequently asked questions
How many pull-ups is good for a man?
For males, 5–13 reps is Intermediate (top 50%), 14–24 is Advanced (top 20%), and 25+ is Elite (top 5%). The average male records 14 pull-ups, which sits at the bottom of Intermediate. Being able to do 10 clean pull-ups puts you in the top 50% of all male lifters.
What is a good weighted pull-up?
Being able to add 20–30 kg via a dip belt and perform 5 reps is a strong Intermediate/Advanced milestone. Adding 50+ kg for 1–3 reps is considered Elite-level upper body strength. The Epley 1RM formula applied to weighted pull-ups gives you a number directly comparable to your bench press — most advanced lifters have weighted pull-up 1RMs close to their bench press 1RM.
How do I use this as a lat pulldown to pull-up calculator?
Enter your bodyweight, then enter your lat pulldown 1RM in the 'Lat pulldown 1RM' field. The calculator estimates pull-up reps using: (lat pulldown 1RM / bodyweight - 1) × 30. If your lat pulldown is below bodyweight, it shows the assistance band weight needed instead.
Is lat pulldown the same as pull-ups for building muscle?
Both movements target the same primary muscles (lats, teres major, biceps, rear deltoids). Pull-ups provide more scapular control and core stability demands. Lat pulldown allows precise load progression beyond bodyweight. For beginners, lat pulldown builds pull-up strength effectively. For intermediate to advanced lifters, pull-ups and weighted pull-ups are generally more demanding and effective.
What pull-up 1RM formula is most accurate?
No single formula is universally most accurate. Brzycki tends to be most accurate for low rep ranges (1–10), while Epley performs well across most rep ranges. Averaging multiple formulas reduces formula-specific bias. This calculator averages Epley, Brzycki, Lombardi, O'Conner, and Lander — generally more accurate than any single formula.
How do I know how much band assistance I need for pull-ups?
Band assistance reduces your effective bodyweight. If the calculator shows you need 20 kg of assistance, use a band rated to approximately that level. Light bands assist 5–15 kg, medium bands 15–30 kg, and heavy bands 30–50 kg. Enter your lat pulldown 1RM to get the exact assistance estimate based on your current strength.
How many pull-ups can the average woman do?
The average female records approximately 6 pull-ups, which is Intermediate (top 50% of female lifters). Female Novice threshold is 3 reps, Advanced is 15+ reps, and Elite is 26+ reps. Many women find pull-ups challenging initially due to upper body strength-to-weight ratios — band-assisted pull-ups are the most effective progression path.
What is the pull-up one rep max calculator used for?
The pull-up 1RM calculator is primarily used to: (1) track progressive overload for weighted pull-up training, (2) compare relative pulling strength to bench press or row performance, (3) assess progress when rep counts change, and (4) program weighted pull-up loads for strength cycles. Express the result as added weight for direct programming use.
Can I calculate max pull-ups from my lat pulldown max?
Yes — if your lat pulldown 1RM exceeds your bodyweight, the calculator estimates maximum pull-up reps using the inverse Epley formula: (lat pulldown 1RM / bodyweight - 1) × 30. This is an approximation since pull-ups and lat pulldowns differ mechanically, but it provides a useful starting estimate for programming pull-up progressions.
How many calories do 10 pull-ups burn?
For a 75 kg person, 10 pull-ups burns approximately 5 kcal. For an 90 kg person, about 6 kcal. The calculation uses MET 8.0 (vigorous calisthenics) at 3 seconds per rep. Pull-ups are primarily a strength and muscle-building exercise — their calorie burn per set is modest compared to cardiovascular exercise.