Bodyweight Dips Strength Standards Calculator

How to Read These Tables Correctly

Each number is a minimum threshold, and the boundaries are lower-inclusive. That means:

• A 35-year-old male performing 17 reps is Novice
• The moment he reaches 18 reps, he becomes Intermediate

There is no rounding or interpretation—one rep can move you up a full tier.

Strict Reps vs Inflated Reps (Using the Table)

The table reflects only reps that meet the standard.

• A 40–49 male performing 27 strict dips is Advanced
• A lifter doing 30 shallow reps that never reach parallel is not Advanced, even though the number is higher

The difference comes down to range of motion and control, not just total reps.

Age Changes the Standard

The same performance is interpreted differently depending on age.

• 18 reps = Intermediate for a 25-year-old male
• 16 reps = Intermediate for a 45-year-old male

Strength expectations shift with age, so using the correct age group is essential when evaluating your result.

Bodyweight Still Affects Performance

Even though these are rep standards, bodyweight changes the difficulty.

• A 150 lb lifter doing 18 reps and a 200 lb lifter doing 18 reps are both Intermediate
• But the heavier lifter must produce more force on every rep

The table classifies performance, but the physical demand increases as bodyweight increases.

Why These Standards Are “Cleaned” Data

These thresholds are not pulled from random gym sets. They are based on large datasets that have been smoothed and standardized to remove inconsistent reps and poor execution.

That is why the numbers may feel stricter than what you see in casual training environments—they reflect repeatable, controlled strength, not inflated sets.

How to Use These Standards

Find your age group, perform one strict set, and match your reps to the table to determine your current tier. Then compare your result to the next threshold to see exactly how many reps you need to move up.

Identify your current level and the exact rep target above you, then run a strict set below to see where you land today.

What Is a “Good” Bodyweight Dip?

A “good” bodyweight dip means reaching at least the Intermediate level for your age and sex using strict reps that meet the standard. For men ages 20–39, that is 18 reps, and for women in the same group, it is 8 reps. Intermediate = above-average dips strength.

In most gyms, many lifters struggle to perform even 10 clean dips. A 35-year-old male performing 18 strict reps is already above average, while someone doing 12 reps remains below that benchmark. For a 30-year-old female, reaching 8 strict reps places her ahead of most lifters attempting dips consistently.

Bodyweight changes how impressive the same number is. A 220 lb lifter performing 15 strict dips is producing more total force than a 160 lb lifter doing the same 15 reps. However, neither would be considered “good” until they reach the Intermediate threshold for their group.

Only reps that meet the full standard count: start at lockout, lower until the upper arm reaches at least parallel, and return to full lockout. A set of 20 reps that fails to lock out fully is less valuable than 16 strict reps completed with consistent depth and control.

A key difference between average and good performance is repeatability. Hitting 18 reps once with breakdown late in the set does not demonstrate the same strength as consistently performing 15–18 clean reps across multiple sessions. Good dips strength shows up as controlled, repeatable performance—not just a single max-effort set.

If you cannot perform a single dip, you are below the Novice level and should focus on assisted variations until you achieve your first strict rep. That first rep is the foundation for all future progress.

Hit your Intermediate target with strict reps, then push past it—run your test below and see exactly how many clean reps you need to reach the next tier.

Average Bodyweight Dips Strength by Experience Level

Average bodyweight dips strength is defined by how many strict reps you can perform and where that places you across Beginner to Elite levels. Most lifters fall into the Novice range, while reaching Intermediate already puts you above average.

Average Dips Strength by Level

What “Average” Actually Looks Like

Most people who train dips regularly land between 8 and 17 strict reps, which defines the Novice range. That means once you reach 18 clean reps, you move beyond average and into above-average performance.

For example:

• A 35-year-old male performing 12 strict reps sits squarely in the average range
• A 30-year-old female performing 8 strict reps reaches Intermediate and moves above average for her group

Bodyweight Changes the Meaning of “Average”

Two lifters can fall into the same category but produce very different outputs.

• A 150 lb lifter performing 18 reps is Intermediate
• A 200 lb lifter performing 18 reps is also Intermediate

The heavier lifter must move more total load on every rep, making the effort more demanding even though the classification is identical.

Why Gym “Averages” Are Often Misleading

What you see in most gyms is often inflated by shortened reps and inconsistent depth.

• A lifter performing 20 partial reps may appear above average
• In reality, that same lifter may only achieve 12–15 strict reps, which is firmly in the Novice range

Average performance only makes sense when reps meet the standard.

What Actually Limits Dip Performance

Most lifters stall in dips because of specific weak points rather than overall strength.

Common limiting factors:

• Triceps fatigue late in the set
• Shoulder instability in the bottom position
• Loss of control as reps accumulate

For example, a lifter may complete 10 strong reps, then fail at 12–13 because they cannot maintain position under fatigue.

Training Age vs Dip Skill

General training experience does not guarantee strong dip performance.

• A lifter with 5 years of training but little dip practice may struggle to reach 10 reps
• A lifter focused on dips for a few months can often reach 15–18 reps quickly

Dip strength depends heavily on movement skill and efficiency, not just time spent training.

How to Use These Averages

Use these ranges to identify exactly where you stand and what comes next. If you are in the Novice range, your next target is 18 strict reps. If you are already Intermediate, your next step is building toward 30 reps.

Find your level in the table, then perform one strict set and measure exactly how many clean reps separate you from the next tier.

Test Your Bodyweight Dips Strength

Your bodyweight dips strength is measured by performing one strict max-rep set and counting only the reps that meet the standard. The result reflects your true level based on clean, repeatable reps—not the highest number you can force.

What to Input Into the Calculator

You only need three inputs:

• Sex
• Age group
• Number of strict reps completed

For example:

• A 55-year-old male performing 12 strict reps is classified as Intermediate based on the 50–59 standards.

Strict Test vs Invalid Test

The difference between an accurate result and a misleading one comes down to how the reps are performed.

• A set of 12 strict reps—full lockout, controlled descent, upper arm reaching at least parallel—counts as Intermediate
• A set of 16 reps that shorten depth or skip lockout late in the set is not a valid test, even if the number is higher

Only reps that meet the full standard should be included in your total.

Bodyweight Affects Test Strategy

Bodyweight changes how quickly fatigue builds during your set.

• A 150 lb lifter may maintain consistent reps deeper into the set
• A 220 lb lifter will fatigue faster because each rep requires more total force

This makes pacing important—starting too fast can reduce how many clean reps you can sustain by the end.

Execution Consistency Rule

Every rep in your test must follow the same standard:

• Start at full lockout
• Lower until your upper arm reaches at least parallel
• Return to full lockout under control

If your range of motion shortens or lockout disappears, the set should end there.

Invalid Reps Do Not Count

Only strict parallel-bar dips are valid for this test.

• 0 reps = Beginner
• Assisted dips do not count
• Bench dips do not count
• Ring dips do not count
• Partial reps do not count

Your result should reflect only strict, repeatable reps.

Conservative Testing vs Ego Testing

Accurate testing means stopping when your form breaks—not chasing a higher number.

• A lifter who stops at 12 clean reps gets a reliable Intermediate result
• A lifter who forces 15 reps with breakdown inflates their result and loses a clear baseline

Conservative testing gives you a number you can build on and improve.

How to Run Your Test

Perform one strict set, stop at the first sign of form breakdown, and record your total reps.

Perform your set now, log your exact rep count, and see exactly where you rank—and the precise rep target you need to reach your next level.

How the Bodyweight Dips Calculator Works

The bodyweight dips calculator takes your strict rep count, your age group, and your sex, and places you into a strength tier based on fixed standards. There are no estimates or formulas—your result comes directly from the reps you complete.

How Your Result Is Determined

This table shows exactly what the calculator uses and what it returns:

Here’s how to read it: your reps are matched against the correct age and sex thresholds, and that combination determines your tier.

For example:

• 18 reps → Intermediate
• 17 reps → Novice

The boundary is exact and lower-inclusive, so one additional rep can move you into a higher level.

Why Rep Quality Matters for Accuracy

The calculator assumes every rep meets the standard. In dips, small changes in how you move can make a big difference in how hard each rep actually is.

• A set of 18 strict dips reaching full depth and lockout produces a correct Intermediate result
• A set of 22 reps that stop above parallel or never fully lock out looks stronger on paper but does not reflect the same level of strength

The number only means something if the reps are done the same way.

Depth Variability Changes the Meaning of Your Reps

Dips vary more than most bodyweight movements because depth is not consistent between lifters.

• A lifter performing 20 shallow reps is doing less work per rep
• A lifter performing 16–18 full-depth reps is working through a harder range of motion

Both might report similar numbers, but only one represents full-strength performance.

Lockout Integrity Affects Rep Count

Each rep must finish at full lockout to count.

• 15–16 strict reps with full lockout reflect a clean result
• 18 reps with soft or incomplete lockout inflate the total without matching the same effort

Lockout is what completes the rep—without it, the rep is unfinished.

Fatigue Changes How Reps Break Down

Dips are demanding because you are moving your full bodyweight through a deep range of motion. As fatigue builds, reps often change.

• Early reps are controlled and consistent
• Later reps tend to shorten depth or lose lockout

For example, a lifter might reach 12 clean reps, then push to 15 by cutting range of motion. The higher number looks better, but the first 12 reps are what actually represent their strength.

Bodyweight Is Built Into the Movement

The calculator does not adjust for bodyweight, but bodyweight still affects how hard each rep is.

• A 150 lb lifter performing 18 reps and a 220 lb lifter performing 18 reps receive the same classification
• The heavier lifter is moving more total load on every repetition

The tier stays the same, but the physical demand is different.

Why Rep-Based Calculators Are More Reliable

This tool uses what you actually did—your completed reps—rather than estimating strength from a formula.

• no 1RM calculation
• no projection
• no guesswork

That makes the result simple and direct: your tier reflects your real performance.

Why Standardization Matters

Dips can vary widely depending on depth, lockout, and how reps change under fatigue. Without a consistent standard, two lifters reporting the same number of reps may not be equally strong.

Using the same depth and lockout on every rep keeps your result meaningful and repeatable.

How to Use the Calculator Correctly

Enter your strict rep count, based only on reps that meet the full standard, and let the calculator place you into your correct tier.

Enter your clean rep number now and see your exact level—then use that number to track progress toward your next rep milestone.

Proper Bodyweight Dips Testing Standards

A bodyweight dip only counts if it meets the same strict standard on every rep. Anything less does not reflect your true strength.

Strict Dip Standards Checklist

Every rep must follow these rules:

• Start at full elbow lockout with shoulders stable
• Lower under control until the upper arm reaches at least parallel
• Do not bounce out of the bottom position
• Return to full lockout at the top of every rep
• Maintain the same range of motion on every rep
• Keep your body stable—no kipping or swinging

Strict vs Loose Reps (What Actually Counts)

Small changes in execution can turn a valid rep into an invalid one.

• 15 strict reps reaching full depth and lockout = valid result
• 20 reps that stop above parallel or never fully lock out = inflated and not comparable

The higher number does not mean higher strength if the standard is not met.

How Reps Get Inflated

Most lifters overcount dips because they change how they move as fatigue builds.

For example:

• A lifter may perform 18 clean reps, then continue to 25 reps by shortening depth and rushing lockout
• Only the first 18 reps reflect true strength

Counting every movement instead of every valid rep creates a misleading result.

Bodyweight Makes Depth Harder to Maintain

Heavier lifters often struggle most at the bottom of the dip.

• A 150 lb lifter may maintain full depth through 18 reps
• A 220 lb lifter may reach 12–14 reps, then begin shortening depth to continue

As bodyweight increases, controlling the bottom position becomes more difficult, which is where most reps break down.

The Non-Negotiable Depth Rule

Every rep must reach at least upper arm parallel to the floor.

• Stopping above parallel reduces the difficulty of each rep
• It also removes the most demanding portion of the movement

A set of 16 full-depth reps is stronger than 20 shallow reps.

Why Consistency Matters When Retesting

Your results only mean something if you test the same way every time.

• If you hit 15 strict reps today, then retest with shorter reps and reach 20, you did not get stronger—you changed the standard
• Real progress only happens when the rules stay the same

How to Apply These Standards

Use this checklist every time you test your dips. If a rep does not meet the standard, do not count it.

Follow these standards, count only strict reps, and you’ll get a result that reflects your real strength—and gives you a reliable baseline to improve from.

How to Improve Your Bodyweight Dips

Improving your bodyweight dips comes down to increasing the number of strict reps you can complete through a full range of motion. The goal is simple: perform more clean reps while maintaining depth and lockout on every repetition.

Build Strength in the Bottom Position

Most sets break down at the bottom of the dip, where the movement is hardest.

• If you struggle to reach parallel, your reps will stall early
• If you rush through the bottom, you avoid the most demanding part of the lift

For example:

• A lifter stuck at 10 reps often cannot control the descent or stabilize at the bottom
• Improving bottom control can move that same lifter to 12–14 reps without adding new exercises

Stronger dips come from controlling the hardest part of the movement.

Use a Simple Rep Progression

Progress by increasing strict reps over time.

Example progression:

• Week 1–2: 8 reps
• Week 3–4: 10–12 reps
• Week 5–8: 14–18 reps

A lifter starting at 8 reps can realistically reach 18 strict reps in 8–16 weeks with consistent training.

Avoid the Most Common Progression Mistake

The fastest way to stall is by chasing reps with reduced range of motion.

• A lifter doing 15 partial reps may feel like they’re improving
• Switching to strict reps often drops them back to 10–12 true reps

If you skip depth or lockout, you stop building strength where it matters.

Bodyweight Directly Affects Your Progress

Your bodyweight determines how much load you move on every rep.

• A 200 lb lifter who drops to 185 lb may increase from 10 to 14 reps
• A 150 lb lifter at the same rep count is moving less total load

Reducing excess bodyweight improves relative strength and increases rep capacity.

What Actually Limits Your Reps

Most plateaus come from specific breakdown points during the set:

• Triceps fatigue reduces lockout late in the set
• Shoulder instability limits control at the bottom
• Loss of position shortens range of motion under fatigue

For example, a lifter may reach 12 reps consistently, then fail at 13 because they cannot maintain depth—not because they lack strength at the top.

What to Do If You Can’t Do One Dip

If you cannot perform a single dip, build strength in the full range of motion using:

• Assisted dips (machine or bands)
• Slow negatives (controlled lowering)
• Partial reps that gradually increase depth

Most beginners can reach their first strict dip within 2–4 weeks of consistent practice.

Build Strength Where It Matters

Total reps matter, but strength at the hardest point matters more.

• A lifter strong at the top but weak at the bottom will stall early
• A lifter strong through the full range will continue progressing

Improving your weakest position improves your entire set.

What to Do Next

Choose your current rep level, set a clear next target (for example, 12 → 15 → 18), and train until you can hit it with strict form.

Set your next rep target now, train until you own it with full depth and lockout, then retest and push to the next level.

Elite Bodyweight Dips Strength Levels

Elite bodyweight dips strength looks like performing 42 or more clean, controlled reps while maintaining the same depth and lockout from the first rep to the last. Very few lifters ever reach this level with consistent execution.

Elite Dips Strength Benchmarks

Reaching 30 reps already places you in the Advanced range. Crossing 42 reps moves you into elite territory, which represents the top end of real-world performance.

What Elite Strength Looks Like in Practice

Elite performance is not just about hitting a number—it is about sustaining control across a long set.

• A 180 lb lifter performing 42 clean reps demonstrates elite-level endurance and consistency
• A 220 lb lifter performing 30–35 controlled reps is operating at a comparable level due to the higher load per rep

Heavier lifters reaching high rep counts are producing significantly more total work, even if the raw number is lower.

Why High Rep Counts Are Often Misleading

Many high-rep dip sets look impressive but don’t represent elite strength because the reps change as fatigue builds.

• 30 controlled reps performed through a full range = Advanced to Elite-level strength
• 40+ reps performed with shortened depth and rushed top positions = inflated and not comparable

The number alone doesn’t tell the full story—how the reps are performed determines their value.

How Elite Sets Break Down Under Fatigue

At high rep ranges, fatigue changes how the movement is performed.

• Depth becomes harder to maintain
• Top position control fades as triceps fatigue builds
• Reps speed up to compensate for loss of strength

For example, a lifter may complete 35 consistent reps, then continue to 45 by shortening the movement. The earlier reps reflect elite strength—the later reps reflect fatigue management.

Elite Means Control, Not Just Reps

Elite dips strength is defined by:

• Consistent range of motion across all reps
• Stable control at both the bottom and top positions
• The ability to maintain quality under fatigue

A lifter performing 30–40 controlled reps is stronger than someone reaching higher numbers with inconsistent execution.

How to Interpret Elite Strength

Elite dips strength is rare because it combines high relative strength, endurance, and control in a demanding movement. Most lifters never reach this level.

Use these benchmarks as long-term targets:

• 18 reps (Intermediate) → build toward 30
• 30 reps (Advanced) → build toward 42

If you’re approaching Advanced, focus on pushing clean reps past 30—then test yourself and see how close you are to crossing into elite-level performance.

Bodyweight Dips Strength Compared to Other Lifts

Bodyweight dips measure your ability to press your full bodyweight through a deep shoulder-loaded range of motion, which makes them one of the clearest indicators of real upper-body pressing strength.

How Dips Compare to Other Upper Body Movements

Dips vs Push-Ups

Dips are harder than push-ups because they require you to move nearly your full bodyweight through a deeper range of motion, especially at the bottom position.

• A lifter who can perform 30 push-ups will often manage only 10–12 strict dips
• Push-ups reduce load through body angle, while dips keep resistance fixed and demand more from the shoulders and triceps

Dips also expose strength at the bottom of the movement, where push-ups are easier to shorten.

Dips vs Pull-Ups

Dips and pull-ups are similar in difficulty because both require lifting your full bodyweight, but they test opposite patterns.

• A lifter performing 10–12 pull-ups will often perform 10–15 dips
• Dips usually allow slightly higher reps because pushing mechanics are more stable under fatigue

If your dips are far ahead of your pull-ups, you likely have stronger pressing than pulling strength.

Dips vs Bench Press

The bench press lets you adjust load, while dips fix the resistance at your bodyweight and force you to control it through a deeper stretch.

• A lifter benching 225 lb may perform 15–20 dips, depending on bodyweight
• A heavier lifter may bench more but still struggle with dips because they must move more total mass

Dips force you to stabilize your body and control the deepest part of the movement—something the bench press does not demand to the same degree.

What Dips Actually Measure

Dips are one of the best measures of relative pressing strength because:

• You must control your body through the hardest part of the movement
• The load cannot be reduced or adjusted
• Weakness at the bottom position immediately limits your reps

For example, a lifter who can bench 275 lb but struggles to perform 10 strict dips may lack control and strength through a full range of motion.

Where Dips Expose Weakness

Dips reveal limitations that other lifts can hide:

• Weakness in the bottom position under stretch
• Poor lockout under fatigue
• Imbalance between pushing and pulling strength

Because the load is fixed and the range is deep, there is less room to compensate.

How to Use This Comparison

Use dips to understand how your pressing strength translates to real movement.

• If your dips are low compared to push-ups → improve strength through full range of motion
• If your dips exceed pull-ups significantly → build pulling strength
• If your dips lag behind your bench press → focus on relative strength and bottom-position control

Use your dip performance as your benchmark for real pressing strength—then adjust your training to close the specific gap holding you back.

Milestones in Bodyweight Dips Strength

Bodyweight dips milestones give you exact rep targets that mark real progress—from your first clean rep to elite-level performance.

Key Bodyweight Dips Milestones

What Each Milestone Represents

Each milestone reflects a clear jump in your ability to control your bodyweight through the full movement.

• Reaching 1 rep means you can support and move your body through the dip once
• Hitting 8 reps shows you can repeat the movement consistently
• Reaching 18 reps puts you into above-average strength

For example, a 200 lb lifter performing 18 clean reps has developed the strength and control to repeat the movement under fatigue—not just complete a single effort.

Bodyweight Changes the Difficulty of Each Milestone

The same milestone requires more output as bodyweight increases.

• A 150 lb lifter performing 18 reps is Intermediate
• A 220 lb lifter performing 18 reps is also Intermediate

The classification is the same, but the heavier lifter is producing more total force across the entire set.

The Most Common False Milestone

Many lifters believe they’ve reached a higher milestone because they continue their set after their movement quality breaks down.

• A lifter reaches 18 strong reps, then continues to 25 reps by shortening the movement as fatigue builds
• The later reps reflect fatigue management, not higher strength

This is why milestones should be based on the reps you can repeat with consistent control.

Why Progress Slows Between Milestones

Each jump requires a different level of control under fatigue.

• Moving from 8 → 18 reps requires building total work capacity
• Moving from 18 → 30 reps requires maintaining control deeper into the set
• Moving from 30 → 42 reps requires sustaining performance at high fatigue levels

For example, a lifter stuck at 18–20 reps often loses control late in the set, not strength early on.

What Your Next Milestone Should Be

Your next milestone depends on your current rep range:

• 0–7 reps → target 8
• 8–17 reps → target 18
• 18–29 reps → target 30
• 30–41 reps → target 42

Each level builds directly on the one before it.

How to Use Milestones for Progress

Milestones remove guesswork and give you a clear target.

• A lifter at 12 reps knows the goal is 18
• A lifter at 25 reps knows the goal is 30

Find your current rep count, lock in the next milestone above it, and train until you can hit it with consistent, controlled reps.

Where These Strength Standards Come From

These bodyweight dips strength standards are built from real performance data, then refined to reflect strict, repeatable reps performed through a full range of motion—not inflated numbers from inconsistent sets.

How the Data Is Built

The starting point comes from thousands of recorded dip performances across different ages and experience levels. But those raw numbers include everything—from clean reps to shortened or inconsistent ones—which is why they need to be adjusted.

Why Raw Data Needs Adjustment

Not all recorded reps reflect the same level of difficulty.

• One lifter may report 25 dips while stopping above parallel
• Another lifter performs 18 full-depth reps with consistent lockout

Even though the first number is higher, the second reflects greater strength. Raw data mixes both types together, which is why it cannot be used as-is.

How the Standards Are Refined

To make the standards meaningful, the data is filtered to reflect what counts as a true rep.

• Shallow reps that avoid the bottom position
• Incomplete lockout at the top
• Sets where form breaks down significantly

The result is a set of thresholds that represent what lifters can repeat with consistent control, not just their highest possible rep count.

Why Standards Differ Across Sites

You may see different dips standards depending on the source.

• One site may list 15 reps as Intermediate
• Another may require 18 reps

The difference usually comes down to how strictly a rep is defined. Looser definitions lower the threshold, while stricter standards raise it.

How Bodyweight Is Interpreted

These standards classify performance based on reps, not bodyweight input.

• A 150 lb lifter performing 18 reps and a 220 lb lifter performing 18 reps both rank as Intermediate
• The heavier lifter is moving more total load across the set

The classification stays consistent, but the physical demand increases with bodyweight.

Why Multiple Standards Can Be Valid

There is no single universal dips standard because execution varies between lifters and environments.

• Different dip stations change shoulder position
• Depth varies depending on control and mobility
• Rep counting is not always consistent

Each system reflects its own definition of a valid rep. The key is using one consistent standard over time.

What Matters Most

What matters is not which standard you use—it is how consistently you apply it.

• Your results are comparable
• Your progress is measurable
• Your strength is trackable

Run your next test using this standard, log your exact rep count, and track your progress against the same rules each time you train.

Related Tools

Weighted Dips Strength Standards

Adding weight to dips changes the challenge from endurance to strength. This tool shows how your performance ranks when you perform dips with added load, using your bodyweight, added weight, and reps to assign a strength level. For example, completing dips with +45 lb for multiple reps may place you in the Advanced range depending on your size. This is the next step once bodyweight dips become too easy and you need a new progression.

Add weight to your dips and find out where your strength stands under real resistance.

Push Up Strength Standards

Push-ups measure your pressing endurance in a different position, with less load but a longer set duration. Enter your max reps and compare your result to age- and sex-based standards to see how you rank. For example, 30 strict push-ups may place you at Intermediate, but if your dips are significantly lower, it highlights a gap in vertical pressing strength. This makes push-ups a useful comparison point for your dip performance.

Compare your push-up capacity to your dips and spot where your pressing strength falls short.

Weighted Push Ups Strength Standards

Weighted push-ups bridge the gap between push-ups and dips by increasing resistance while keeping a similar movement pattern. By entering your bodyweight, added load, and reps, you can see how your strength ranks under added demand. For example, performing push-ups with +25 lb for reps shows a higher level of pressing strength than bodyweight alone. This helps you build strength that carries directly into stronger dips.

Add resistance to your push-ups and see how your pressing strength translates toward stronger dips.

Weighted Push Ups 1 Rep Max Calculator

This calculator estimates your maximum pressing strength based on a weighted push-up set. By entering your reps, bodyweight, and added load, you get a clear estimate of your top-end strength. For example, completing 10 reps with +25 lb can be used to project your maximum pressing ability. This gives you a different lens on your strength beyond high-rep dip performance.

Calculate your max pressing strength and see how it supports your dip progression.

Chin Up Strength Standards

Chin-ups measure your pulling strength and provide a direct comparison to your pushing strength from dips. Enter your max reps to see how you rank relative to other lifters. For example, performing 12 strict chin-ups may place you at Intermediate, but if your dips are much higher, it suggests an imbalance between pushing and pulling. This comparison helps you build a more balanced upper body.

Check your chin-up strength and make sure your pulling keeps up with your dips.

Frequently Asked Questions

How many dips is good?

A good dips performance is at least 18 strict reps for men and 8 for women, which places you at the Intermediate level and above average strength for your age group.

A 35-year-old male hitting 18 full-depth reps is already stronger than most lifters. If those reps shorten or skip lockout, the number doesn’t reflect the same level of strength. Heavier lifters performing the same reps are working against more total load, which increases the difficulty.

Is 20 dips impressive?

Yes, 20 strict dips is above average and places most lifters solidly in the Intermediate range based on age and sex standards.

For example, a male aged 40–49 only needs 16 reps to reach Intermediate, so 20 exceeds that level. The quality of the reps matters—20 controlled reps through full range show more strength than a higher number performed with reduced depth.

How many dips should I be able to do?

You should aim for at least the Intermediate standard (18 reps for men, 8 for women), which represents above-average dips strength.

A 30-year-old female targeting 8 strict reps and a male aiming for 18 are both working toward the same relative level. If your current set includes shortened reps, your true level is lower than it appears. Focus on clean, repeatable reps that meet the full standard.

Why are dips so hard?

Dips are hard because you must press nearly your full bodyweight through a deep range of motion, especially at the bottom where the movement is most demanding.

A 200 lb lifter must control significantly more load than in push-ups, and fatigue quickly limits depth and stability. Most sets break down around 8–10 reps because triceps fatigue and shoulder control become limiting factors.

What muscles do dips work?

Dips primarily train the triceps, with strong involvement from the chest and shoulders depending on body position.

An upright torso emphasizes the triceps, while leaning forward increases chest activation. A set of 15 strict reps requires both strong lockout and control at the bottom. Reducing depth shifts stress away from these muscles and lowers the difficulty.

How can I increase my dip reps?

To increase your dip reps, focus on improving strict rep quality and building strength at the bottom position, then gradually increase your total reps.

A typical progression might move from 8 to 12 to 18 reps over time. If you rely on shortened reps to increase your count, you’ll stall because you avoid the hardest part of the movement. Reducing excess bodyweight can also significantly improve your performance.

Do bench dips count?

No, bench dips do not count toward bodyweight dip standards because they reduce load and limit the range of motion.

Performing 20 bench dips is not equivalent to even 5–8 strict parallel-bar dips. Bench dips remove the deep bottom position that makes dips challenging, so they do not reflect the same level of strength.

What counts as a strict dip?

A strict dip starts at full lockout, lowers until the upper arm reaches at least parallel, and returns to full lockout without bouncing or swinging.

A set of 12 reps that maintains this standard is valid, while a higher count with reduced depth is not. Every rep must follow the same range of motion to ensure the result reflects true strength.

Are dips better than push-ups?

Yes, dips are generally a better measure of relative pressing strength because they require lifting your full bodyweight through a deeper range of motion.

A lifter who can perform 15 dips will usually demonstrate more strength than someone doing 30 push-ups. Push-ups reduce load through body position, making them easier at higher reps, while dips provide a more direct strength test.