Free ratio calculator
Seated DB Shoulder Press to Overhead Press Ratio Calculator
Enter a seated db shoulder press 1RM and Trainnode estimates a balanced overhead press target from the same calculator data used on the free strength ratio calculator.
Quick answer
A balanced Overhead Press is about 125% of Seated DB Shoulder Press.
Because both lifts are in the vertical push family, this is mostly a specificity and carryover check. In reverse, Seated DB Shoulder Press is about 80% of Overhead Press. Treat the number as a coaching guideline and use Trainnode's 10% tolerance band to flag lifts that are meaningfully out of line.
Formula
Overhead Press 1RM / Seated DB Shoulder Press 1RM. Divide Overhead Press 1RM by Seated DB Shoulder Press 1RM; Trainnode uses 125% as the balanced target for this page.
How to use it
A useful dumbbell-to-barbell shoulder press comparison for hypertrophy blocks.
Calculator coverage
Trainnode's free calculator supports 25 common barbell, dumbbell, machine, and weighted bodyweight lifts.
Programming read
Seated DB Shoulder Press to Overhead Press: same-pattern carryover
Overhead Press should usually be heavier than Seated DB Shoulder Press in a balanced profile. Since both lifts are vertical push movements, use this ratio to judge whether Seated DB Shoulder Press is carrying over to Overhead Press, or whether the lifter needs more specific practice, setup work, or loading exposure on Overhead Press.
Interactive
Build your own strength ratio profile
This calculator is preconfigured for Seated DB Shoulder Press to Overhead Press. You can switch anchor lifts, add more supported exercises, change units, or move into bodyweight standards without leaving the page. Need to estimate your 1RM first?
Enter what a client actually lifts (optional) to see whether each lift is balanced, over- or under-developed against the ±10% band. The basis selector adjusts expected targets by movement pattern.
Every lift supported by the free calculator
Trainnode keeps these pages tied to the same supported lift set as the public calculator, so every ratio page reflects what the tool can actually calculate.
Squat pattern
- Back Squat100%
- Front Squat85%
- Box Squat105%
- Hack Squat140%
- Bulgarian Split Squat45%
- Leg Press250%
Hip hinge
- Deadlift125%
- Sumo Deadlift125%
- Trap-Bar Deadlift130%
- Romanian Deadlift95%
- Hip Thrust150%
- Good Morning60%
Horizontal push
- Bench Press75%
- Incline Bench Press67%
- Close-Grip Bench Press70%
- Dumbbell Bench Press60%
- Weighted Dip45%
Vertical push
- Overhead Press50%
- Push Press62%
- Seated DB Shoulder Press40%
Horizontal pull
- Barbell Row66%
- Pendlay Row60%
Vertical pull
- Weighted Pull-Up40%
- Weighted Chin-Up45%
- Lat Pulldown55%
Seated DB Shoulder Press to Overhead Press FAQ
- What is a good seated db shoulder press to overhead press ratio?
- A useful balanced target is Overhead Press at about 125% of Seated DB Shoulder Press. Both lifts sit in the vertical push pattern, so this is mainly a same-family strength check. Use it as a starting point, then allow for leverage, technique, and training history.
- How do you calculate the seated db shoulder press to overhead press ratio?
- Divide Overhead Press 1RM by Seated DB Shoulder Press 1RM. On this page, Seated DB Shoulder Press is preselected as the anchor and Overhead Press is highlighted as the target.
- What should a coach do if Overhead Press is below target?
- Treat it as a programming clue, not a diagnosis. If Overhead Press trails the expected target from Seated DB Shoulder Press, add more specific exposure to Overhead Press, review technique, and check whether fatigue or training history explains the gap.
Questions about strength ratios?
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