Hip Adduction Machine Strength Standards Calculator
Compare your Hip Adduction Machine 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 77 lb at 190 lb for a man and 46 lb at 150 lb for a woman.
How does your best lift compare? Enter your bodyweight, the selected or loaded machine resistance for both legs together, and the reps you completed below. The calculator estimates your one-rep max and shows your strength level for your bodyweight. Enter the number of repetitions you completed in one set, using whole numbers. Both thighs must move inward through a clear, repeatable hip-adduction range. The motion must be driven mainly by the adductors bringing the thighs toward the midline, not by torso twisting, hip lifting, knee repositioning, or hand-assisted leverage.
The calculator compares that estimated one-rep max with the Hip Adduction Machine 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 Hip Adduction Machine Strength Score
Your Hip Adduction Machine strength score is Estimated 1RM divided by bodyweight, using only strict bilateral seated hip adduction machine strength. The result ranks how much controlled inward-thigh force you can express relative to bodyweight on a dedicated seated adduction machine.
The useful number is the bodyweight ratio, not the biggest machine number you can display. A 200 lb male with a 120 lb Estimated 1RM has a 0.6 ratio, which is Advanced because the Advanced line starts at 0.6x bodyweight for men.
The same 120 lb estimate at a heavier bodyweight produces a lower ratio, which can change the standards result even when the load is identical. That is why this calculator normalizes Hip Adduction Machine performance to bodyweight instead of treating every loaded set as the same strength result.
Execution decides whether the score means anything. A valid result requires a dedicated seated hip adduction machine, a repeatable open-thigh start, stable hips and pelvis against the support, both thighs moving inward together, a controlled finish, and a controlled return without pad slam or stack rebound.
If the set uses per-leg entries, bodyweight-plus-load entries, hip abduction, cable adduction, Copenhagen plank work, leg press loading, tiny pulses, pad slams, stack bounce, hip lift, seat slide, twisting, handle-yanking, unilateral help, or changed start-angle settings, the entered load overstates the standard. Read the badge as strict Hip Adduction Machine strength under the same setup, not as a best-case machine number.
Hip Adduction Machine Strength Standards
Hip Adduction Machine strength standards convert your Estimated 1RM-to-bodyweight ratio into Beginner, Novice, Intermediate, Advanced, Elite, and Stretch targets. Use the table for your sex, find the closest bodyweight row, then compare your Estimated 1RM with the listed targets.
These standards assume a dedicated seated hip adduction machine, a repeatable open-thigh start, stable hips and pelvis against the support, both thighs moving inward together, a controlled finish, and a controlled return without pad slam or stack rebound. The entered load is the total external or machine-displayed resistance for the tested bilateral set, not bodyweight plus load and not one side of a plate-loaded machine.
Men’s Hip Adduction Machine Strength Standards
| Bodyweight | Novice | Intermediate | Advanced | Elite | Stretch |
|---|---|---|---|---|---|
| 120 lb | 29 lb | 48 lb | 72 lb | 96 lb+ | 115 lb |
| 130 lb | 31 lb | 52 lb | 78 lb | 104 lb+ | 125 lb |
| 140 lb | 34 lb | 56 lb | 84 lb | 112 lb+ | 134 lb |
| 150 lb | 36 lb | 60 lb | 90 lb | 120 lb+ | 144 lb |
| 160 lb | 38 lb | 64 lb | 96 lb | 128 lb+ | 154 lb |
| 170 lb | 41 lb | 68 lb | 102 lb | 136 lb+ | 163 lb |
| 180 lb | 43 lb | 72 lb | 108 lb | 144 lb+ | 173 lb |
| 190 lb | 46 lb | 76 lb | 114 lb | 152 lb+ | 182 lb |
| 200 lb | 48 lb | 80 lb | 120 lb | 160 lb+ | 192 lb |
| 210 lb | 50 lb | 84 lb | 126 lb | 168 lb+ | 202 lb |
| 220 lb | 53 lb | 88 lb | 132 lb | 176 lb+ | 211 lb |
| 230 lb | 55 lb | 92 lb | 138 lb | 184 lb+ | 221 lb |
| 240 lb | 58 lb | 96 lb | 144 lb | 192 lb+ | 230 lb |
| 250 lb | 60 lb | 100 lb | 150 lb | 200 lb+ | 240 lb |
| 260 lb | 62 lb | 104 lb | 156 lb | 208 lb+ | 250 lb |
Women’s Hip Adduction Machine Strength Standards
| Bodyweight | Novice | Intermediate | Advanced | Elite | Stretch |
|---|---|---|---|---|---|
| 100 lb | 18 lb | 30 lb | 46 lb | 62 lb+ | 76 lb |
| 110 lb | 20 lb | 33 lb | 51 lb | 68 lb+ | 84 lb |
| 120 lb | 22 lb | 36 lb | 55 lb | 74 lb+ | 91 lb |
| 130 lb | 23 lb | 39 lb | 60 lb | 81 lb+ | 99 lb |
| 140 lb | 25 lb | 42 lb | 64 lb | 87 lb+ | 106 lb |
| 150 lb | 27 lb | 45 lb | 69 lb | 93 lb+ | 114 lb |
| 160 lb | 29 lb | 48 lb | 74 lb | 99 lb+ | 122 lb |
| 170 lb | 31 lb | 51 lb | 78 lb | 105 lb+ | 129 lb |
| 180 lb | 32 lb | 54 lb | 83 lb | 112 lb+ | 137 lb |
| 190 lb | 34 lb | 57 lb | 87 lb | 118 lb+ | 144 lb |
| 200 lb | 36 lb | 60 lb | 92 lb | 124 lb+ | 152 lb |
| 210 lb | 38 lb | 63 lb | 97 lb | 130 lb+ | 160 lb |
| 220 lb | 40 lb | 66 lb | 101 lb | 136 lb+ | 167 lb |
For men, Beginner is below 0.24, Novice begins at 0.24, Intermediate begins at 0.4, Advanced begins at 0.6, Elite begins at 0.8, and the stretch benchmark is 0.96x bodyweight. For women, Beginner is below 0.18, Novice begins at 0.18, Intermediate begins at 0.3, Advanced begins at 0.46, Elite begins at 0.62, and the stretch benchmark is 0.76x bodyweight.
At 200 lb bodyweight, a male lifter needs about 120 lb Estimated 1RM for Advanced and about 160 lb for Elite. A 140 lb female needs about 64 lb for Advanced and about 87 lb for Elite.
Use exact ratios near boundaries. A male ratio of exactly 0.6 counts as Advanced, and a female ratio of exactly 0.62 counts as Elite.
How the Hip Adduction Machine Calculator Works
The Hip Adduction Machine calculator estimates your 1RM from the entered load and reps, divides that estimate by bodyweight, then compares the ratio with sex-specific standards. A 1-rep entry uses the entered load directly, while multi-rep entries use the e1RM helper before the bodyweight ratio is calculated.
Ratio = Estimated 1RM / bodyweight.
If a 200 lb male enters a 120 lb single, the ratio is 120 / 200 = 0.6, which is Advanced. If he enters a 160 lb single, the ratio is 160 / 200 = 0.8, which is Elite.
If a 140 lb female enters a 64 lb single, the ratio is 64 / 140 = 0.46, which is Advanced because the 0.46 boundary is lower-inclusive for the higher standards level.
The calculation only applies to Hip Adduction Machine reps. A nearby exercise, machine variation, unilateral version, cable version, free-weight version, or partial-range overload answers a different question and should not be entered as the same test.
Use the same unit for bodyweight and load, and compare repeat tests only when the machine setup, range, and strictness standard stay the same.
Before interpreting the standards result, audit the entered set against the same movement rule used by the page. The calculator cannot tell whether the rep was strict; it can only rank the load and reps you give it.
Elite Hip Adduction Machine Strength Levels
Elite Hip Adduction Machine strength starts at a 0.8x bodyweight Estimated 1RM for men and a 0.62x bodyweight Estimated 1RM for women. Stretch benchmarks sit higher at 0.96x for men and 0.76x for women.
Elite means strong adductor output through a repeatable machine path without using the handles, pad rebound, or a shortened range to manufacture the number. It does not mean the lifter found a friendlier machine, shortened the range, or borrowed a load convention from another exercise.
For a 200 lb male, Elite begins at about 160 lb Estimated 1RM and Stretch begins at 192 lb. A valid 176 lb single is Elite when the same range and setup rules are preserved.
For a 140 lb female, Elite begins at about 87 lb Estimated 1RM and Stretch begins at 106 lb. A result above the Elite line should still be audited for range, assistance, and machine consistency.
At high ratios, small execution changes have a large effect. Treat a heavier but looser attempt as a failed standard, not as proof that the lifter moved up.
Elite results should survive a standards audit. If another lifter watched the set, they should be able to see the same start position, the same finish, and the same controlled return that produced the lower-tier scores.
Hip Adduction Machine Strength Compared to Other Lifts
Hip Adduction Machine standards belong in the lower-body machine-isolation ecosystem, but the movement is not interchangeable with leg curls, leg extensions, leg press, or wide-stance barbell work.
The useful comparison is whether the other exercise tests the same strength quality. Hip Adduction Machine ranks strict performance in its own setup; related lifts can explain a strength gap but should not replace the standard.
| Movement | Typical Relationship | What The Gap Reveals |
|---|---|---|
| Hip Abduction Machine | Opposite hip-machine direction | A gap shows whether inward adductor strength or outward abductor strength is the limiting hip-control quality. |
| Seated Leg Curl | Strict seated machine-isolation contrast | The comparison separates hamstring knee-flexion strength from adductor force production. |
| Leg Extension | Seated quadriceps machine contrast | A much stronger extension score does not prove adductor strength because the joint action is different. |
| Leg Press | Compound machine ceiling | Leg press loading can be far higher because hip and knee extension share the work. |
| Barbell Sumo Squat | Adductor-involved compound contrast | A wide stance may use the adductors, but it also depends on squatting strength, bracing, and balance. |
If the related lift is much stronger than the Hip Adduction Machine, the gap often points to the specific limiter the machine or position exposes. If the Hip Adduction Machine is much stronger, audit whether a shorter range, assistance, or non-equivalent load convention is inflating the score.
Use comparison gaps to choose training priorities. A strong related lift with a weaker Hip Adduction Machine usually means the related lift removes the exact constraint this calculator is trying to measure. A stronger Hip Adduction Machine with weaker related lifts often means the machine setup is favorable, so compare cautiously.
Milestones in Hip Adduction Machine Strength
Hip Adduction Machine milestones are bodyweight-ratio targets that show when your Estimated 1RM moves from Novice toward Intermediate, Advanced, Elite, and Stretch-level strength. Each milestone only counts when the same setup and execution standard stay intact.
| Men’s Milestone | Ratio | 200 lb Target |
|---|---|---|
| Intermediate | 0.4x bodyweight | 80 lb Estimated 1RM |
| Advanced | 0.6x bodyweight | 120 lb Estimated 1RM |
| Elite | 0.8x bodyweight | 160 lb Estimated 1RM+ |
| Stretch Benchmark | 0.96x bodyweight | 192 lb Estimated 1RM |
| Women’s Milestone | Ratio | 140 lb Target |
|---|---|---|
| Intermediate | 0.3x bodyweight | 42 lb Estimated 1RM |
| Advanced | 0.46x bodyweight | 64 lb Estimated 1RM |
| Elite | 0.62x bodyweight | 87 lb Estimated 1RM+ |
| Stretch Benchmark | 0.76x bodyweight | 106 lb Estimated 1RM |
A result just below a milestone is still useful because it shows the next target under the same strict standard. Move to the next line by adding valid load or reps, not by changing the range, assistance, or load-entry convention.
Use every milestone as an execution audit. The next standards level should come from stronger Hip Adduction Machine reps, not from a more generous interpretation of what counts.
Milestones are most useful when they are paired with a setup note. A result just short of Elite is still a useful target if it was tested under the same range and load convention you will use next time.
Related Strength Standards Tools
Hip Adduction Machine related tools should explain what a nearby result does and does not prove. Use these links to compare movement family, support point, loading convention, and the strictness rule that changes whether a set counts.
- Seated Leg Curl compares hip adduction with another strict seated lower-body machine standard where pad contact and controlled return matter, but the scored joint action is hamstring knee flexion instead of inward thigh movement.
- Lying Leg Curl contrasts seated adductor isolation with a prone hamstring machine where hip contact, pad position, and no-bounce execution create a different strictness problem.
- Leg Extension shows how a seated machine-isolation score changes when the target is quadriceps knee extension rather than hip adduction toward the midline.
- Leg Press gives a compound machine ceiling so heavy lower-body pressing is not mistaken for isolated adductor-machine strength.
- Barbell Sumo Squat compares adductor-involved wide-stance squatting with a seated machine standard that removes balance, bracing, and squat depth.
- Barbell Side Lunge separates guided seated adduction from dynamic lateral lower-body strength where balance, stepping control, and frontal-plane loading change the test.
Use these related tools as comparison lenses, not substitutions. A strong related lift can explain possible carryover, but the Hip Adduction Machine score should still be judged by its own setup, range, load-entry rule, and strict rep standard.
The best related-tool section should create useful next clicks without diluting the current page. Each link above changes one meaningful variable, such as posture, implement, support, range, or scored joint action.