T-Bar Row Strength Standards Calculator

Understanding Your T-Bar Row Strength Score

Your T-Bar Row strength score is your Estimated 1RM divided by your bodyweight, which places you into a tier from Beginner to Elite.

Your Estimated 1RM is calculated using the Epley formula (weight × (1 + reps ÷ 30)), then divided by your bodyweight to create a ratio that standardizes strength across lifters. For example, if you T-Bar Row 185 lb for 5 reps, your Estimated 1RM is about 216 lb. At 150 lb bodyweight, that’s a 1.44× ratio (Elite), but at 200 lb, that’s a 1.08× ratio (Intermediate). Same lift—very different ranking.

The rep only counts if you keep your torso fixed and pull the bar from full arm extension to your lower chest or upper abdomen under control.

A valid rep requires a stable 30–45° hinge, full arm extension at the bottom, and controlled contact to your torso with no momentum. If your torso rises, the range shortens, or the bar bounces, the number looks better—but your actual pulling strength is lower.

This is why bodyweight matters more than raw load. A lighter lifter who rows the same weight through a full stretch with a fixed torso is producing more strength relative to their size than a heavier lifter doing the same set.

Unlike a deadlift or squat, the T-Bar Row is limited by how much weight you can control through a fixed hinge and full range of motion. Your score reflects pulling strength, torso stability, and bar control—not just how much weight you can move.

Enter a recent strict set into the calculator above to see your exact ratio, strength tier, and how much you need to reach the next level.

T-Bar Bent Over Row Strength Standards

Your T-Bar Bent Over Row strength standards are determined by how your Estimated 1RM compares to your bodyweight, placing you from Beginner to Elite.

To use the tables, find your bodyweight, then match your Estimated 1RM to the column it falls into. Your ranking is based on your ratio (Estimated 1RM ÷ bodyweight), not just the weight lifted. For example, a 180 lb lifter with a 200 lb Estimated 1RM has a 1.11× ratio, which places them in the Advanced tier. At 220 lb bodyweight, that same 200 lb result (~0.91×) would only be Intermediate—same weight, different ranking.

If your torso rises or the bar bounces, the rep doesn’t count.

A strict rep means a fixed 30–45° hinge, full arm extension at the bottom, and a controlled pull to your lower chest or upper abdomen with no momentum. Loose reps—shortened range of motion, torso swinging, or bouncing the bar—let you use more weight, but they inflate your result and don’t reflect true pulling strength.

Bodyweight matters because this lift exposes relative pulling strength under strict control. A lighter lifter who rows the same load through a full stretch with a fixed torso is producing more strength per pound than a heavier lifter doing the same set.

For example, a 180 lb lifter:

• Beginner: < 94 lb
• Novice: 94–144 lb
• Intermediate: 144–196 lb
• Advanced: 196–248 lb
• Elite: 248+ lb

If this lifter has an Estimated 1RM of 200 lb, they fall into the Advanced tier.

As the weight increases, the limiter becomes your ability to hold a fixed torso and control the bar through a full stretch. Small breaks in position immediately reduce true output, which is why higher tiers require stricter execution—not just heavier weight.

Men

Women

Find your bodyweight row, compare your Estimated 1RM, and identify exactly where you rank—and how much you need to reach the next tier.

What Is a “Good” T-Bar Bent Over Row?

A good T-Bar Bent Over Row is in the Intermediate to Advanced range—about 0.80×–1.38× bodyweight for men and 0.63×–1.09× for women, with Advanced starting at 1.09× (men) and 0.86× (women).

In the gym, this stands out quickly. Many lifters can load up a T-Bar row, but as the weight increases, their torso rises or the range of motion shortens. The lifter who can row near or above bodyweight with a fixed hinge, full stretch, and controlled contact to the torso is the one demonstrating real strength. High-level numbers are rare when those standards are enforced.

The bar must travel in a fixed arc while your torso stays locked—any shift invalidates the rep.

A strict rep means a fixed 30–45° hinge, full arm extension at the bottom, and a controlled pull to your lower chest or upper abdomen with no momentum. Loose reps—shortened range, torso swinging, or using hip drive—let you move more weight, but they inflate your result and don’t reflect true pulling strength.

Bodyweight changes how that strength is ranked. A 160 lb lifter rowing 185 lb (~1.16×) is solidly Advanced, while a 220 lb lifter lifting the same 185 lb (~0.84×) is only Intermediate. The ratio—not the raw weight—determines who is stronger.

Most lifters are limited by torso stability and control through a full stretch under load. As the bar gets heavier, small breaks in position immediately reduce the quality of the rep.

A “good” T-Bar Row shows up rep after rep. If your torso shifts, the bar path changes, or you lose the full stretch, the set doesn’t carry over to real strength.

Enter your numbers into the calculator above to see if your T-Bar Bent Over Row qualifies as “good” and how close you are to the next tier.

Average T-Bar Bent Over Row Strength by Experience Level

Average T-Bar Bent Over Row strength is defined by your Estimated 1RM relative to your bodyweight, placing you from Beginner to Elite based on fixed ratio tiers.

Each experience level maps directly to a ratio range, meaning your Estimated 1RM divided by your bodyweight determines where you fall. As you move from Beginner to Elite, you’re not just adding weight—you’re improving your ability to hold a fixed hinge, reach full arm extension, and control the bar through the same range on every rep.

The bar must move through a fixed arc while your torso stays locked—any shift turns a higher-tier lift into an inflated one.

For example, a 180 lb lifter with a 196 lb Estimated 1RM (~1.09×) reaches the Advanced tier. At 190 lb Estimated 1RM (~1.05×), that same lifter remains Intermediate—even though the weight feels heavy—because the ratio determines the level.

A strict rep means a fixed 30–45° hinge, full arm extension at the bottom, and a controlled pull to your lower chest or upper abdomen with no momentum. Loose reps—shortened range, torso swinging, or bouncing the bar—inflate your numbers and can make an Intermediate lifter look Advanced.

Most lifters stall when they can no longer keep the torso fixed or reach full extension as the weight climbs. The bar may move, but the rep standard breaks, which stops real progress.

This is where training age can be misleading. A lifter might move heavy weight but still rank lower if their reps shorten or their torso shifts. True progression happens when you hold position and range under load first, then add weight on top of that.

Compare your result to these experience levels to see where you rank and what you need to improve next.

Test Your T-Bar Bent Over Row Strength

You test your T-Bar Bent Over Row strength by entering your sex, bodyweight, the weight you lifted, and the number of strict reps you completed.

These inputs are used to calculate your Estimated 1RM and your bodyweight ratio, which determines your strength tier. For example, a 180 lb lifter performing 165 lb for 5 reps produces an Estimated 1RM of about 192 lb, giving a ~1.07× ratio—placing them in the Intermediate tier.

The rep only counts if the bar travels in a fixed arc from full extension to your torso without any change in your hinge position.

A strict rep means a fixed 30–45° hinge, full arm extension at the bottom, and a controlled pull to your lower chest or upper abdomen with no momentum. Loose reps—shortened range, torso swinging, or using hip drive—inflate your numbers and can push you into a higher tier than you actually belong in.

Your ratio determines your ranking—not the total weight. A lighter lifter completing the same set with strict form ranks higher because they produce more strength relative to their bodyweight.

Every rep must start from full arm extension and follow the same torso angle and bar path. If your hinge rises or the range shortens as you fatigue, the set no longer reflects your true strength.

Conservative testing shows your real baseline. Ego testing—using momentum or partial reps—creates numbers that don’t carry over. The T-Bar Row exposes this quickly because once your torso moves, the rep is no longer valid.

Enter a recent strict set into the calculator above to see your true T-Bar Bent Over Row strength level.

How to Use These T-Bar Bent Over Row Strength Standards

You use these T-Bar Bent Over Row strength standards by performing a strict set, calculating your Estimated 1RM, and comparing your ratio to the tier ranges.

Start with a strict set using a fixed 30–45° hinge, full arm extension, and controlled contact to your torso, then calculate your Estimated 1RM and divide it by your bodyweight. For example, a 180 lb lifter performing 165 lb for 5 reps produces an Estimated 1RM of about 192 lb, which equals a ~1.07× ratio—placing them in the Intermediate tier.

The bar must travel in the same fixed arc with your torso locked on every rep—if either changes, the result is invalid.

A strict rep keeps your torso fixed and the bar path consistent from full extension to controlled contact. Loose reps—shortened range of motion, torso swinging, bouncing the bar, or using hip drive—let you move more weight but inflate your result and misplace you in a higher tier.

Your ratio determines your ranking—not the raw weight. A lighter lifter completing the same set with strict form ranks higher because they produce more strength relative to their bodyweight.

Use your result to make decisions. If your ratio stalls, the limiter is usually loss of torso position, shortened range, or poor control under load—not lack of strength. Fix the position and range first, then add weight.

Test a strict set, compare your ratio, and see exactly where you stand—and what to improve next.

How the T-Bar Bent Over Row Calculator Works

The T-Bar Bent Over Row calculator estimates your one-rep max from your weight and reps, then compares that number to your bodyweight to assign your strength tier.

Your Estimated 1RM is calculated using the Epley formula (weight × (1 + reps ÷ 30)), and that number is divided by your bodyweight to create your ratio. That ratio is matched against fixed tier ranges from Beginner to Elite for the T-Bar Bent Over Row.

The calculation assumes a fixed torso and full range—break either, and the number no longer reflects your real strength.

For example, a 180 lb lifter performing 205 lb for 3 reps may calculate into the Advanced range. But if those reps shorten at the bottom or use torso movement, a strict set would likely drop that result into Intermediate.

A strict rep means a fixed 30–45° hinge, full arm extension, and a controlled pull to your lower chest or upper abdomen with no momentum. Loose reps—shortened range, torso swing, or hip drive—inflate your Estimated 1RM beyond what you can actually control.

Your ranking is based on your ratio, not the total weight. Heavier lifters can move more weight, but lighter lifters must move more relative to their bodyweight to reach higher tiers.

T-Bar Row results vary because the lift depends on torso stability and full range control. Comparing full-range reps to shortened or momentum-assisted reps is not valid, and comparing T-Bar Row numbers directly to deadlift or other lifts doesn’t apply.

Even with these differences, the ratio system gives you a consistent way to compare strict pulling strength across body sizes.

Enter a strict set into the calculator above to see how your T-Bar Bent Over Row strength ranks.

Proper T-Bar Bent Over Row Testing Standards

Proper T-Bar Bent Over Row testing standards require every rep to follow a fixed bar path, full arm extension, and a locked torso position from start to finish.

Set the bar on a landmine or T-bar setup so it moves in a fixed arc, hinge forward to about 30–45°, and keep that torso angle unchanged on every rep. Each rep must start from full arm extension, pull to your lower chest or upper abdomen, and make controlled contact with no bounce before returning to a full stretch. There should be no momentum, no jerking, and no hip drive—every rep is controlled from start to finish.

The bar must move from full extension to your torso in the same arc with your torso locked—any shift invalidates the rep.

A strict rep keeps the hinge fixed, reaches full extension, and pulls under control with no torso rise. Loose reps—shortened range of motion, torso swinging, bouncing the bar, or using body English—let you move more weight but invalidate the result. A lifter who counts those reps may appear stronger than they are.

For example, a 150 lb lifter rowing 185 lb (~1.23×) ranks higher than a 200 lb lifter lifting the same weight (~0.93×), but only if both use strict form. If the heavier lifter shortens reps or shifts their torso, the comparison is no longer valid.

Most failed tests don’t come from lack of strength—they come from losing torso position or failing to control the weight through a full stretch. Once the hinge breaks or the bar path changes, the rep no longer reflects your actual pulling strength.

To track progress accurately, you must retest under the same conditions every time. Use the same hinge angle, the same range of motion, and the same controlled contact on every rep. Changing your setup or shortening reps makes your numbers look better, but it destroys consistency.

Test your T-Bar Bent Over Row using strict standards and track consistent results over time.

How to Improve Your T-Bar Bent Over Row

Improving your T-Bar Bent Over Row depends on fixing your limiting factor, not just adding more weight.

For example, a 170 lb lifter stuck at a 180 lb Estimated 1RM (~1.06×) may reach the Advanced tier by improving torso stability and full range control—not by simply increasing the load. If the hinge breaks or the range shortens, adding weight only reinforces weak reps.

The bar must stay on the same arc while your torso remains fixed—if you need momentum, the weight is too heavy.

A strict rep maintains a fixed hinge, full arm extension, and controlled contact to the torso on every repetition. Loose reps—shortened range, torso movement, or using hip drive—let you move heavier weight, but they stall progress because you’re no longer training the correct pattern.

Most lifters plateau because the same breakdown keeps happening under load. Common limiters include losing the fixed torso position, failing to reach full extension, shortening the range of motion as weight increases, or relying on momentum to finish the rep.

Progress comes from cleaning up those errors first. Lock in your hinge, reach full extension every rep, and control the bar all the way to your torso. Once you can maintain that standard consistently, then increase the load.

This lift is limited by control, not just strength. If you can’t hold position and range under heavier weight, your usable strength hasn’t increased. When you improve torso stability and bar control, your numbers go up without changing the movement.

Identify your limiting factor, fix your execution, and re-test to move up to the next strength tier.

Elite T-Bar Bent Over Row Strength Levels

Elite T-Bar Bent Over Row strength starts at 1.38× bodyweight for men and 1.09× for women, with stretch benchmarks at 1.55× and 1.27×.

For example, a 180 lb lifter reaches Elite at about 248 lb Estimated 1RM (1.38×), while the stretch benchmark sits around 279 lb (1.55×). That jump represents the difference between handling heavy weight and controlling it through the same full range under load.

The bar must stay on the same fixed arc while your torso remains locked—any shift drops the lift out of Elite.

A strict rep means a fixed 30–45° hinge, full arm extension, and controlled contact to your lower chest or upper abdomen on every rep. Loose reps—shortened range of motion, torso swinging, or bouncing the bar—inflate the load but don’t qualify as Elite because the movement standard breaks.

Bodyweight still determines how that strength ranks. A 160 lb lifter rowing 225 lb (~1.41×) qualifies as Elite, while a 220 lb lifter lifting the same 225 lb (~1.02×) does not—same weight, different level.

This is where social media distorts expectations. Heavy T-Bar rows are often shown with torso movement or rebound off the body. Those lifts may look strong, but under strict standards they fall short because they rely on momentum instead of control.

Reaching Elite requires holding a fixed torso, reaching full extension, and controlling the bar through the same path every rep. Most lifters fail here because they lose position under load, not because they can’t pull the weight.

At this level, the limiter is simple: if you can’t keep the hinge locked and the range complete, the weight doesn’t count.

Compare your ratio to Elite standards and see exactly how much you need to reach the next level.

T-Bar Bent Over Row Strength Compared to Other Lifts

T-Bar Bent Over Row strength is higher than Pendlay rows, slightly higher than barbell bent-over rows, and lower than deadlifts because the fixed bar path allows more load but still requires strict torso control.

The fixed arc reduces balance demands compared to free-weight rows, which is why you can lift more weight—but only if you maintain a locked torso and full range of motion. Once that position breaks, the comparison to other lifts no longer holds.

The lift only “earns” its higher loading if the bar follows a fixed arc and your torso stays locked—otherwise it’s just a loose row.

In practice, a lifter Pendlay rowing 200 lb will typically T-Bar Row around 220–250 lb, while a lifter deadlifting 350 lb will T-Bar Row about 280–315 lb depending on how well they maintain position and control.

A strict rep means a fixed 30–45° hinge, full arm extension, and controlled contact to the torso. Loose reps—shortened range, torso swing, or hip drive—inflate T-Bar Row numbers and make comparisons to other lifts inaccurate.

These relationships show the difference between lifts. Deadlifts are limited by maximal force production, while the T-Bar Row is limited by how much of that force you can control through a fixed position and full range.

If your numbers don’t line up, diagnose the issue directly. A low T-Bar Row relative to your deadlift points to loss of torso position or incomplete range. An unusually high T-Bar Row usually means shortened reps or momentum are inflating the result.

Compare your T-Bar Bent Over Row to your other lifts to identify gaps in control, stability, and strength.

Milestones in T-Bar Bent Over Row Strength

T-Bar Bent Over Row milestones are defined by bodyweight ratios—0.80× (Intermediate), 1.09× (Advanced), 1.38× (Elite), and 1.55× (stretch benchmark for men).

Each milestone marks a jump not just in how much weight you can row, but in how well you can hold a fixed hinge, reach full arm extension, and control the bar through the same range on every rep. As the ratios increase, maintaining position becomes the limiting factor.

The milestone only counts if the bar follows the same fixed arc with a locked torso—break that path and the number doesn’t count.

For example, a 170 lb lifter reaches key milestones at:

• ~136 lb (0.80×) → Intermediate
• ~185 lb (1.09×) → Advanced
• ~235 lb (1.38×) → Elite

A strict rep means full arm extension, a fixed 30–45° hinge, and controlled contact with your lower chest or upper abdomen. Loose reps—shortened range, torso swing, or bouncing the bar—can make a lift look like it hits a higher milestone, but the result is inflated and doesn’t carry over.

This is where milestones get misleading. A lifter might claim a 225 lb T-Bar Row, but if the torso shifts or the bar path shortens, that lift doesn’t meet the Advanced or Elite standard it appears to hit.

Every milestone must be achieved with the same execution: full stretch, fixed torso, and controlled contact on every rep. As the weight increases, maintaining that exact pattern becomes the real challenge.

Honest milestones reflect true pulling strength and control. Inflated milestones come from momentum or reduced range of motion and disappear as soon as strict standards are applied.

Find your current milestone and focus on reaching the next one with strict, repeatable execution.

Where These Strength Standards Come From

T-Bar Bent Over Row strength standards are based on real-world rowing performance data, validated against deadlift and barbell row relationships, and adjusted for strict execution under a fixed bar path.

These values reflect what lifters can control through a landmine-driven arc while holding a stable 30–45° hinge, reaching full arm extension, and pulling to the torso without momentum.

The standard assumes a fixed arc created by the landmine—unlike free-weight rows, you can’t shift position without changing the lift itself.

A strict rep requires full extension, a locked torso, and controlled contact on every rep. Loose reps—shortened range, torso swing, or bouncing the bar—make lifters appear stronger than they are when compared to these standards.

Ratios normalize strength across body sizes. A lighter lifter who rows the same weight with strict form ranks higher because they produce more pulling strength relative to their bodyweight.

This is why different sites show different numbers. Some allow shortened reps, torso movement, or assisted variations, which inflate results and don’t match what lifters can control under strict conditions.

T-Bar Row performance varies based on torso stability, range of motion, and control. Two lifters moving the same weight can have very different true strength levels depending on how strictly they perform the lift.

Different systems define rowing strength differently. This system prioritizes full range of motion, a fixed torso, and controlled execution to measure true pulling strength—not just how much weight can be moved.

Use the calculator above to compare your result against strict T-Bar Bent Over Row standards.

Related Tools

The T-Bar Row’s fixed path lets you load more weight, but these tools show how much of that strength is actually under your control.

Barbell Bent Over Row Strength Standards

This tool shows how your free-weight rowing strength compares to your T-Bar Row under stricter stability demands. For example, a 180 lb lifter T-Bar rowing 225 lb (~1.25×) may only barbell row ~195–210 lb due to the added balance requirement. It reveals whether your T-Bar numbers hold up when the fixed bar path is removed.

Run both lifts side by side to see if your strength holds when stability is no longer helping you.

Barbell Bent Over Row 1 RM Calculator

This calculator shows how your Estimated 1RM actually progresses across strict rowing sets. For example, moving from 185 × 5 (~216 lb 1RM) to 205 × 5 (~239 lb 1RM) only reflects real improvement if your hinge and range stay consistent. It helps you confirm whether your strength is increasing under the same standard.

Use repeated tests to verify that your numbers are improving without changes in execution.

Dumbbell Row Strength Standards

Dumbbell rows expose side-to-side imbalances that T-Bar Rows can hide. A lifter rowing 225 lb on T-Bar may find one arm struggling to handle 90 lb dumbbells for the same reps, revealing a control gap. This tool helps you identify whether one side is limiting your total pulling strength.

Test each arm independently to uncover weak links affecting your total output.

Pull Ups Strength Standards

Pull-ups measure how well your upper back strength transfers to bodyweight control. A 180 lb lifter rowing 225 lb but struggling to perform 6–8 strict pull-ups is missing strength in key positions. This tool shows whether your pulling strength carries over beyond supported rows.

Check this to see if your strength transfers when your body becomes the load.

Weighted Pull Ups Strength Standards

Weighted pull-ups test your ability to apply pulling strength under strict control without assistance from a fixed bar path. A lifter who can T-Bar Row 250 lb but can’t add 45 lb to their pull-ups likely relies too much on torso support. This tool helps you measure upper-back strength under stricter conditions.

Use this as a final check to see how much of your strength carries over without support.

FAQ

What is a good T-Bar Bent Over Row?

A good T-Bar Bent Over Row is an Intermediate to Advanced ratio, roughly 0.80×–1.38× bodyweight for men and 0.63×–1.09× for women. For example, a 180 lb lifter rowing 200 lb (~1.11×) is Advanced, while the same weight at 220 lb (~0.91×) is only Intermediate. A strict rep means a fixed 30–45° hinge, full arm extension, and controlled contact, while loose reps—shortened range or torso swing—inflate results. Your ratio determines your level, and performance is limited by how well you control the bar through a fixed torso and full range.

How much should I T-Bar Row for my bodyweight?

You should aim to row at least 0.80× your bodyweight to reach Intermediate and 1.09×+ to reach Advanced. For example, a 170 lb lifter should target ~136 lb for Intermediate and ~185 lb for Advanced. A strict rep keeps the hinge fixed and range complete, while loose reps allow heavier weight but don’t count. A lighter lifter hitting the same number ranks higher because the ratio drives the ranking, and your ability to maintain control limits how far you progress.

Why is my T-Bar Row lower than my deadlift?

Your T-Bar Row is lower than your deadlift because it’s limited by control and torso stability, not just force production. For example, a 180 lb lifter deadlifting 350 lb may only T-Bar Row 280–315 lb because they can’t maintain a fixed hinge under load. A strict rep requires full extension and no torso movement, while loose reps artificially close the gap. The ratio shows that pulling strength doesn’t transfer unless you can control it through a fixed position and full range.

Is the T-Bar Row easier than a barbell row?

The T-Bar Row allows heavier loading than a barbell row because the fixed arc reduces balance demands. For example, a lifter barbell rowing 200 lb may T-Bar Row 220–250 lb under the same conditions. A strict rep keeps the hinge locked and range consistent, while loose reps exaggerate the difference. The ratio determines strength, and the fixed path means performance is limited by control rather than instability.

Why is my T-Bar Row higher than my barbell row?

Your T-Bar Row is higher because the fixed bar path removes some stability demands, allowing more weight to be used. For example, a 180 lb lifter rowing 225 lb on T-Bar may only manage ~200 lb with a free barbell. Strict reps maintain a fixed hinge and full range, while loose reps exaggerate the difference even more. Your ratio still determines your ranking, and the real limiter is how much of that load you can control without support.

Why can’t I row heavier weight without losing form?

You can’t row heavier weight because your torso stability and range of motion break down under load. For example, a 170 lb lifter stuck at 180 lb (~1.06×) may lose hinge position trying to push higher. A strict rep keeps the torso fixed and range complete, while loose reps rely on momentum. Your ratio only improves when control improves, and the lift is limited by how well you maintain position as weight increases.

Does the T-Bar Row measure strength or control?

The T-Bar Row measures how much strength you can control through a fixed torso and full range of motion. For example, a 180 lb lifter rowing 225 lb with strict form (~1.25×) shows more usable strength than someone moving the same weight with torso swing. Strict reps require control and consistency, while loose reps inflate output. Your ratio reflects controlled strength, not just how much weight you can move.

How is my T-Bar Row strength score calculated?

Your strength score is calculated using Estimated 1RM divided by bodyweight to create a ratio that determines your tier. For example, 165 lb × 5 reps gives ~192 lb Estimated 1RM, and at 180 lb bodyweight that’s ~1.07× (Intermediate). Strict reps maintain full extension and a fixed hinge, while loose reps inflate the number. The ratio determines ranking, and your ability to control the movement defines how accurate that score is.

Why does my strength tier drop when I use strict form?

Your tier drops with strict form because removing momentum lowers your true Estimated 1RM. For example, a 180 lb lifter may appear Advanced using 205 × 3 with torso movement, but strict reps may drop them to ~190 lb (~1.05×, Intermediate). Strict reps enforce full range and control, while loose reps inflate results. Your ratio reflects actual strength only when the movement standard is maintained.

What limits T-Bar Row strength the most?

T-Bar Row strength is limited most by torso stability and the ability to control the bar through a full stretch. For example, a 180 lb lifter stuck at 200 lb (~1.11×) often fails because their hinge breaks under heavier load. Strict reps maintain position and range, while loose reps rely on momentum. The ratio shows progress only when control improves, because this lift is limited by how much weight you can manage without losing position.