Endura

Cable Reverse Fly Strength Standards Calculator

Compare your Cable Reverse Fly strength with Endura's strength standards for men and women at your bodyweight. A useful benchmark for a good one-rep max is our Intermediate standard: approximately 27 lb at 190 lb for a man and 16 lb at 150 lb for a woman.

How does your best lift compare? Enter your bodyweight, the selected or loaded resistance for the scored set using the same unit family as bodyweight, and the reps you completed below. The calculator estimates your one-rep max and shows your strength level for your bodyweight. Use the exercise-specific approved repetition convention.

The calculator compares that estimated one-rep max with the Cable Reverse Fly standards for your sex at your bodyweight. It preserves the calculator's existing equations, thresholds, and input meanings; the benchmark is a comparison target, not a working-set prescription.

Understanding Your Cable Reverse Fly Strength Score

Your Cable Reverse Fly strength score is estimated 1RM divided by bodyweight, using strict cable rear-delt reverse fly with two handles and total selected cable resistance. The result ranks strict two-handle cable rear-delt isolation, not general gym strength or every nearby movement.

For example, a 180 lb male reaches Advanced around 40 lb and Elite around 58 lb. A 140 lb female reaches Advanced around 22 lb and Elite around 34 lb when the same strict movement rules are preserved.

Those examples only matter when every counted rep uses two cable handles, a controlled forward start, a matched reverse-fly path, a controlled wide rearward finish, and a controlled return. A higher number made with rows, shrugs, high pulls, face pulls, body heave, cable rebound, partial range, dumbbell reverse flyes, or machine reverse flyes is not a stronger standards result for this calculator.

The calculator is useful because it turns one repeatable exercise setup into a bodyweight-relative score. Use it for same-setup retests, coaching decisions, and comparison with nearby tools, not for copying another exercise into this calculator.

Cable Reverse Fly Strength Standards

Cable Reverse Fly strength standards convert estimated 1RM-to-bodyweight ratio into Beginner, Novice, Intermediate, Advanced, Elite, and Stretch benchmarks. Use the table for your sex, choose the nearest bodyweight row, then compare your estimated 1RM with the listed targets.

These tables assume same cable station, pulley height, handle style, stance or bench setup, arm path, range, and total-resistance entry. Different equipment friction, station geometry, attachment length, or body position can change effective resistance, so same-setup retests are the cleanest comparison.

Men’s Cable Reverse Fly Strength Standards

BodyweightNoviceIntermediateAdvancedEliteStretch
120 lb10 lb17 lb26 lb38 lb+48 lb
130 lb10 lb18 lb29 lb42 lb+52 lb
140 lb11 lb20 lb31 lb45 lb+56 lb
150 lb12 lb21 lb33 lb48 lb+60 lb
160 lb13 lb22 lb35 lb51 lb+64 lb
170 lb14 lb24 lb37 lb54 lb+68 lb
180 lb14 lb25 lb40 lb58 lb+72 lb
190 lb15 lb27 lb42 lb61 lb+76 lb
200 lb16 lb28 lb44 lb64 lb+80 lb
210 lb17 lb29 lb46 lb67 lb+84 lb
220 lb18 lb31 lb48 lb70 lb+88 lb
230 lb18 lb32 lb51 lb74 lb+92 lb
240 lb19 lb34 lb53 lb77 lb+96 lb
250 lb20 lb35 lb55 lb80 lb+100 lb
260 lb21 lb36 lb57 lb83 lb+104 lb

Women’s Cable Reverse Fly Strength Standards

BodyweightNoviceIntermediateAdvancedEliteStretch
100 lb6 lb10 lb16 lb24 lb+30 lb
110 lb7 lb11 lb18 lb26 lb+33 lb
120 lb7 lb12 lb19 lb29 lb+36 lb
130 lb8 lb13 lb21 lb31 lb+39 lb
140 lb8 lb14 lb22 lb34 lb+42 lb
150 lb9 lb15 lb24 lb36 lb+45 lb
160 lb10 lb16 lb26 lb38 lb+48 lb
170 lb10 lb17 lb27 lb41 lb+51 lb
180 lb11 lb18 lb29 lb43 lb+54 lb
190 lb11 lb19 lb30 lb46 lb+57 lb
200 lb12 lb20 lb32 lb48 lb+60 lb
210 lb13 lb21 lb34 lb50 lb+63 lb
220 lb13 lb22 lb35 lb53 lb+66 lb

For men, Beginner below 0.08x, Novice 0.08x to below 0.14x, Intermediate 0.14x to below 0.22x, Advanced 0.22x to below 0.32x, Elite 0.32x and above, stretch benchmark 0.40x. For women, Beginner below 0.06x, Novice 0.06x to below 0.10x, Intermediate 0.10x to below 0.16x, Advanced 0.16x to below 0.24x, Elite 0.24x and above, stretch benchmark 0.30x. Exact threshold values count as the higher listed level, so a ratio equal to the Advanced or Elite boundary earns that level.

How the Cable Reverse Fly Calculator Works

The Cable Reverse Fly calculator estimates 1RM from the entered weight and reps, divides that estimate by bodyweight, then compares the ratio with sex-specific standards. Ratio = estimated 1RM / bodyweight.

If a 180 lb male records a 58 lb single, the ratio reaches the Elite threshold. If he records a lighter weight for multiple reps, the shared e1RM helper estimates a single-rep equivalent before the bodyweight comparison is made.

If a 140 lb female records 34 lb, the ratio reaches Elite for women. A result below the next threshold shows exactly how much estimated 1RM is needed to advance.

The calculation only applies to Cable Reverse Fly reps using two cable handles, a controlled forward start, a matched reverse-fly path, a controlled wide rearward finish, and a controlled return. Do not enter other exercise results, per-side values when the spec requires a total, assisted reps, partials, or values borrowed from a different setup.

Elite Cable Reverse Fly Strength Levels

Elite Cable Reverse Fly strength starts at 0.32x bodyweight for men and 0.24x bodyweight for women. Stretch benchmarks sit higher at 0.40x for men and 0.30x for women.

At 180 lb bodyweight, the male Elite benchmark is about 58 lb estimated 1RM and the stretch benchmark is about 72 lb. At 140 lb bodyweight, the female Elite benchmark is about 34 lb and the stretch benchmark is about 42 lb.

Elite status proves the tested movement remains strong under strict conditions. It does not count when the number is inflated by rows, shrugs, high pulls, face pulls, body heave, cable rebound, partial range, dumbbell reverse flyes, or machine reverse flyes, because those changes alter what the calculator is meant to rank.

Cable Reverse Fly Strength Compared to Other Lifts

Cable Reverse Fly comparisons are useful for weakness detection, not for copying standards from one calculator into another. Nearby tools change support, path, grip, implement, range, or muscle contribution, which is why the comparison table focuses on contrast rather than substitution.

Related MovementComparison PurposeKey DifferenceWhat The Gap Reveals
Dumbbell Reverse Flyfree-weight rear-delt fly anchordumbbells use gravity and more bottom-position stabilizationA high dumbbell result with a low cable score often means the lifter controls free weights well but has not matched cable angle and return discipline.
Machine Reverse Flyguided rear-delt fly comparisonmachine support changes path and stabilizationA higher machine result is normal because pads and a guided path reduce the stabilization demand that this calculator keeps in the score.
Face Pullcable rear-delt contrastrope path adds more elbow bend and external rotationA strong face-pull score can show rear-delt capacity, but rope travel and rotation make it a different skill than a straighter cable fly.
Seated Cable Rowhorizontal-pull ceiling checkrows use lat and elbow drive instead of a fly arcIf row numbers dwarf this result, that is expected; if they do not, the lifter may be losing upper-back control or shortening the fly range.
Dumbbell Lateral Raisestrict shoulder-isolation control anchorlateral raises move through a different shoulder planeA lateral-raise gap helps separate long-lever shoulder strength from rear-delt horizontal motion without treating the two paths as the same.
Cable Flyopposite-direction cable fly contrastchest adduction is not rear-delt horizontal abductionThe opposite cable-fly direction is useful for shoulder balance, but chest-driven adduction should not raise rear-delt fly thresholds.

Use these comparisons when the Cable Reverse Fly score does not match training expectations. A strong score in another tool can reveal a setup or control limitation here, but it cannot replace a strict Cable Reverse Fly test.

Milestones in Cable Reverse Fly Strength

Cable Reverse Fly milestones show when the bodyweight-ratio score moves from basic standards toward Advanced, Elite, and Stretch-level performance. Every milestone assumes the same setup, range, and strict rep rules.

Men’s MilestoneRatio180 lb TargetDecision Rule
Intermediate0.14x bodyweight25 lbBuild repeatable range before chasing Advanced.
Advanced0.22x bodyweight40 lbRetest only when the same setup is preserved.
Elite0.32x bodyweight58 lbReject any score raised by rebound or body swing.
Stretch Benchmark0.40x bodyweight72 lbUse as a long-range benchmark, not a shortcut target.
Women’s MilestoneRatio140 lb TargetDecision Rule
Intermediate0.10x bodyweight14 lbBuild repeatable range before chasing Advanced.
Advanced0.16x bodyweight22 lbRetest only when the same setup is preserved.
Elite0.24x bodyweight34 lbReject any score raised by rebound or assistance.
Stretch Benchmark0.30x bodyweight42 lbUse as a long-range benchmark, not a shortcut target.

Related strength standards tools place Cable Reverse Fly inside a broader strength ecosystem. The goal is to compare what the current score may reveal, not to treat nearby tools as substitutions.

  • Dumbbell Reverse Fly is useful as a free-weight rear-delt fly anchor; dumbbells use gravity and more bottom-position stabilization, Use it to check whether free-weight rear-delt control carries over once cable angle, handle travel, and return tempo are fixed.
  • Machine Reverse Fly is useful as a guided rear-delt fly comparison; machine support changes path and stabilization, Use it when a guided rear-delt machine is much stronger, which can reveal that support and fixed handles are masking cable-control limits.
  • Face Pull is useful as a cable rear-delt contrast; rope path adds more elbow bend and external rotation, Use it to separate rope-to-face pulling strength from the wider rearward arc required by this calculator.
  • Seated Cable Row is useful as a horizontal-pull ceiling check; rows use lat and elbow drive instead of a fly arc, Use it as a ceiling check for horizontal pulling, since row mechanics should normally sit well above strict fly numbers.
  • Dumbbell Lateral Raise is useful as a strict shoulder-isolation control anchor; lateral raises move through a different shoulder plane, Use it to compare long-lever shoulder isolation while keeping the lateral path separate from posterior-shoulder work.
  • Cable Fly is useful as a opposite-direction cable fly contrast; chest adduction is not rear-delt horizontal abduction, Use it to contrast chest-fly cable control with the opposite rear-shoulder path, especially when one direction dominates training.

Use these tools as comparison lenses. They can show whether nearby strength is ahead of Cable Reverse Fly, but each calculator keeps its own movement rules.

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