Max Weighted Pull Up Calculator

Calculate your maximum weighted pull-up using scientifically validated formulas. Enter your bodyweight, added weight, and reps to determine maximum pulling strength.

Your current bodyweight (essential for weighted pull-up calculations)
Additional weight used (belt, vest, dumbbell) – enter 0 for bodyweight-only pull-ups
Number of repetitions performed at the given weight (1-20 reps for accuracy)
Choose calculation method – Epley is most common, Average provides balanced estimate

Max Weighted Pull-Up Calculator

Calculate your maximum weighted pull-up using scientifically validated formulas. Our calculator employs Epley, Brzycki, and Lander equations to estimate maximum pulling strength from submaximal lifts, supporting safe and effective upper body training progression.

1RM Formulas for Pull-Ups

Three research-validated formulas calculate maximum strength: Epley (general use), Brzycki (conservative), and Lander (powerlifting-focused). Research demonstrates excellent reliability for upper body pulling movements.

Training Applications

Use 1RM calculations for percentage-based programming: 70-85% for strength, 85-95% for power, 60-70% for hypertrophy. Studies validate submaximal testing accuracy for pull-up program design.

Weighted Pull-Up Strength Standards

Level Added Weight (kg) Added Weight (lbs) Description
Below Bodyweight < 0 kg < 0 lbs Cannot complete bodyweight pull-up
Beginner 0-10 kg 0-22 lbs Basic pulling strength
Novice 10-25 kg 22-55 lbs Developing strength
Intermediate 25-45 kg 55-99 lbs Good pulling strength
Advanced 45-70 kg 99-154 lbs Excellent strength
Elite 70+ kg 154+ lbs Exceptional strength

Training Zones Based on 1RM

Strength (85-95%)

Low reps (1-5), long rest periods. Builds maximum pulling strength and neural efficiency.

Power (70-85%)

Explosive movement, moderate reps (3-6). Develops pulling power and speed.

Hypertrophy (60-75%)

Moderate reps (6-12), shorter rest. Maximizes lat and bicep muscle growth.

Endurance (40-60%)

High reps (15+), minimal rest. Improves pulling endurance and work capacity.

Safety Guidelines

According to exercise safety research, proper weighted pull-up 1RM testing requires specific protocols:

  • Shoulder Preparation: Perform thorough shoulder and lat warm-up before testing.
  • Progressive Loading: Start at 50% estimated 1RM, progress in 5-10% increments.
  • Rest Periods: 3-5 minutes between heavy attempts for full recovery.
  • Grip Considerations: Use lifting straps if grip fails before lats during heavy attempts.
  • Form Standards: Full range of motion – dead hang to chin over bar.
  • Testing Frequency: Limit true 1RM attempts to every 4-6 weeks.

Programming Applications

Beginner Program

Week 1-4: Bodyweight 3×5-8
Week 5-8: +2.5-5kg 3×3-6
Focus: Form development, grip strength

Intermediate Program

Week 1-3: 70-80% 1RM 4×3-6
Week 4: Deload at 50-60% 1RM
Focus: Strength progression, periodization

Advanced Program

Week 1: 80-90% 1RM 5×2-4
Week 2: 90-95% 1RM 3×1-2
Focus: Peak strength, competition prep

Related

References

  • Vigouroux, L., & Devise, M. (2024). Pull-Up Performance Is Affected Differently by the Muscle Contraction Regimens Practiced during Training among Climbers. Bioengineering, 11(1), 85.
  • Sas-Nowosielski K, Kandzia K. Acute Effects of Post‑Activation Performance Enhancement of 5RM Weighted Pull‑Ups and One Arm Pull‑Ups on Specific Upper Body Climbing Performance. J Hum Kinet. 2022 Nov 8;84:206-215. doi: 10.2478/hukin-2022-0097. PMID: 36457479; PMCID: PMC9679189.

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