The Hip Abduction Test measures how far the thigh moves away from the body’s midline. It is useful for assessing frontal-plane hip mobility, comparing sides, monitoring symptoms and adding context to lateral movement, cutting, stepping and change-of-direction tasks.
Hip abduction is the movement of the thigh away from the midline. It is used in side stepping, lateral lunging, cutting, skating, change of direction, kicking and many sport and gym-based movements.
When measuring hip abduction, the pelvis often tries to help. If the pelvis hikes, rotates or tilts, the recorded range may not represent true hip abduction. For this reason, the test should measure both the angle and the quality of the movement.
The Hip Abduction Test can support progress tracking and movement comparison, but it should be interpreted alongside pain, symptoms, hip strength, balance, pelvic control and functional movement findings.
Measures frontal-plane hip movement away from midline.
Can be tested actively or passively.
Usually recorded in degrees.
Pelvic control strongly affects accuracy.
Useful for side-to-side comparison and progress tracking.
The Hip Abduction Test measures how far the femur moves away from the body’s midline. It may be assessed in supine, side lying or standing, but supine testing is often preferred when the goal is controlled ROM measurement.
For consistent Measurz tracking, record the exact position used because values from different positions may not be interchangeable.
The test is used to:
establish baseline hip abduction ROM
compare left and right sides
monitor lateral hip, groin or thigh symptoms
identify pelvic compensation
guide exercise range selection
provide context for lateral movement and change-of-direction tasks
track change across sessions
The test measures hip abduction ROM in degrees.
It may also provide information about:
adductor mobility or stretch tolerance
pelvic control
symptom response
active movement control
side-to-side difference
movement confidence into lateral range
Results may be affected by pain, guarding, warm-up, fatigue, hip position, pelvic stabilisation, device placement, sport history and examiner consistency.
Active hip abduction shows how far the client can move the leg away from the body using their own control.
Passive hip abduction shows how much range is available when the limb is guided by the professional.
A large difference between active and passive range may provide useful context, but it does not explain the reason on its own. Consider strength, confidence, pain, control and other movement findings.
Useful for:
field and court athletes
change-of-direction athletes
dancers, martial artists and kicking athletes
runners
gym clients performing lateral lunges or side-lying hip work
older adults building lateral movement confidence
professionals tracking hip mobility profiles
Firm plinth or mat
Inclinometer, goniometer or digital ROM tool
Pain scale
Measurz recording profile
Optional strap, marker or towel to monitor pelvic position
Explain the movement. Tell the client they will move the leg out to the side while keeping the pelvis still.
Position the client. Place the client supine with both legs straight and the pelvis level.
Set neutral. Align the trunk, pelvis and legs. Record if the hip starts in slight flexion or rotation.
Stabilise the pelvis. Prevent pelvic hiking, rotation or side bending.
Active ROM. Ask the client to slide or lift the leg out to the side as far as comfortable without turning the leg outward.
Passive ROM. If relevant, guide the leg into abduction while maintaining pelvic control.
Measure. Use a goniometer or inclinometer with consistent landmarks and placement.
End point. Stop at symptom limit, firm end range or visible pelvic compensation.
Ask symptoms. Record groin, lateral hip, thigh, lower-back or adductor stretch symptoms.
Record quality. Note whether the movement stayed in the frontal plane or drifted into flexion or external rotation.
Trials. Use one familiarisation trial and one to three recorded trials.
Retest consistency. Use the same position, side order, device and examiner instructions.
Record hip abduction ROM in degrees.
Higher values generally reflect greater frontal-plane hip range in that test position. Lower values show less available abduction range, but the result does not identify the cause.
Interpret with:
active versus passive result
left versus right comparison
pain score
symptom location
pelvic compensation
hip adduction strength or abduction strength findings
balance and lateral movement findings
baseline change
For example, a client may show reduced hip abduction with no pain and stable pelvis. Another may show a similar score but with groin discomfort and pelvic hiking. These results should be interpreted differently.
Evidence level: Level 2 — closest available reference values.
General hip abduction values are commonly reported around 30–50 degrees, but this depends on population, testing position, device and whether pelvic motion is controlled. CDC ROM reference data support age- and sex-aware ROM interpretation rather than one universal value.
Use the range as context only. For practical Measurz interpretation, prioritise:
the client’s baseline
side-to-side difference
active/passive difference
pain or symptom response
quality of pelvic control
relevance to lateral movement goals
repeatability across sessions
Hip ROM measures can be useful when the protocol is standardised. A 2020 reliability study found that ROM reliability differs across tests and measurement tools, which means repeatable setup matters when using ROM to track progress.
Smartphone goniometer research on hip ROM also supports the practical use of digital tools, but highlights the importance of examiner consistency and device placement.
No universal MDC, MCID or SEM was found for this exact hip abduction protocol across all populations. Interpret small changes cautiously.
Sensitivity and specificity are not usually applicable because hip abduction ROM testing measures movement range, not a stand-alone diagnostic outcome.
Common issues include:
pelvic hiking
hip flexion during abduction
external rotation of the leg
poor landmarking
inconsistent start position
unclear active versus passive scoring
forcing passive range
ignoring symptoms
comparing supine and side-lying values directly
assuming one normal value applies to everyone
Hip abduction ROM can help with:
lateral movement profiling
side-to-side mobility comparison
adductor mobility context
change-of-direction planning
lateral lunge progression
monitoring symptoms during frontal-plane movement
tracking progress after mobility, strength or control work
Record:
test name: Hip Abduction ROM
side tested
active or passive ROM
score in degrees
testing position
device used
trial number or best trial
pain score
symptom location
pelvic compensation
hip rotation or flexion compensation
comparison side
baseline
related strength, balance or functional findings
retest date
Example: “Left hip abduction AROM 38°, supine, inclinometer, pain 0/10, mild pelvic hike at end range. Right 44°. Retest after mobility block.”
Hip Adduction Test
Hip Flexion Test
Hip Extension Test
Prone Hip Internal Rotation Test
Prone Hip External Rotation Test
Lateral lunge assessment
Hip abduction strength test
What does hip abduction ROM measure?
It measures how far the thigh moves away from the body’s midline.
What is a typical hip abduction range?
General references often report 30–50 degrees, but values vary by testing position, population and pelvic control.
Why does the pelvis move during hip abduction testing?
The pelvis may hike or rotate to create more apparent range. This should be recorded because it changes the meaning of the score.
Should hip abduction be measured actively or passively?
Both can be useful. Active testing reflects controlled movement, while passive testing shows assisted range.
How should hip abduction ROM be interpreted?
Compare baseline, side-to-side difference, symptoms, compensation and related strength or functional findings.
Hip abduction ROM measures frontal-plane hip mobility.
Pelvic control is essential for accurate interpretation.
Active and passive scores should be recorded separately.
Side-to-side and baseline comparison are more useful than one universal cut-off.
Symptoms and movement quality should be recorded with the degree score.
Centers for Disease Control and Prevention. (2023). Normal joint range of motion study.
Fraeulin, L., Holzgreve, F., Brinkbäumer, M., Dziuba, A., Friebe, D., Klemz, S., Schmitt, J., Theis, A., Tenberg, S., van Mark, A., Maurer-Grubinger, C., & Ohlendorf, D. (2020). Intra- and inter-rater reliability of joint range of motion tests using tape measure, digital inclinometer and inertial motion capturing. PLOS ONE, 15(12), e0243646. https://doi.org/10.1371/journal.pone.0243646
Takeda, Y., & Furukawa, K. (2022). Clinical reliability and usability of smartphone goniometers for hip range of motion measurement. Journal of Physical Therapy Science, 34(6), 433–439. https://doi.org/10.1589/jpts.34.433
