The Upper Limb Rotation Test, or ULRT, is an upper-limb physical performance test designed to assess shoulder control and stability during a combined trunk and upper-limb rotation task.
It is especially relevant to overhead athletes because it includes weight-bearing through the upper limb, trunk rotation and a 90/90-style shoulder position. The result should be interpreted with movement quality, pain, strength, shoulder ROM and related upper-limb functional tests.
Test name: Upper Limb Rotation Test
Also known as: ULRT, Upper Extremity Rotation Test
Purpose: Assess upper-limb performance during combined trunk rotation and shoulder control
What it assesses: Shoulder control, closed-chain stability, trunk rotation, coordination, repeated movement capacity and side-to-side performance
Equipment: Flat surface, wall or setup marker depending on protocol, stopwatch, Measurz for recording
Key finding: Number of valid repetitions, quality of movement, side-to-side comparison or time-based score
Best used with: CKCUEST, seated medicine ball throw, seated shot put, shoulder rotation strength, trunk rotation ROM and upper-limb functional tests
Key limitation: Results are influenced by protocol setup, trunk rotation, shoulder mobility, pain, fatigue, body position and scoring criteria
The Upper Limb Rotation Test is an upper-limb performance test that combines closed-chain shoulder support with trunk rotation and shoulder control.
The client performs repeated rotations while supporting the body through the upper limb in a defined setup. The movement challenges the shoulder, trunk and kinetic chain together rather than assessing isolated strength alone.
Different ULRT protocols exist, so professionals should always record exactly how the test was performed.
The test is used to assess upper-limb performance in a task that is more dynamic than isolated strength testing.
It can help professionals monitor progress, compare sides and decide whether more complex shoulder, throwing, pushing or sport-specific testing is appropriate.
It may be useful where performance depends on:
shoulder control
closed-chain upper-limb stability
trunk rotation
repeated movement capacity
coordination
overhead position tolerance
kinetic-chain control
The test measures upper-limb performance during a combined rotation task.
It may reflect:
shoulder control
scapular control
closed-chain upper-limb support
trunk rotation
coordination
endurance
confidence
pain response
side-to-side performance
repeated movement quality
It does not directly measure isolated shoulder strength, tissue healing, pain source, injury risk, throwing velocity or return-to-sport readiness.
This test may be useful for:
overhead athletes
throwers
swimmers
volleyball athletes
tennis players
basketball players
combat sport athletes
gym clients
clients progressing through shoulder performance testing
clients returning to upper-limb loading or sport-specific tasks
It may not be suitable for clients who cannot safely weight-bear through the upper limb, cannot tolerate shoulder rotation, have high pain during testing, or have not progressed through lower-level shoulder strength, ROM and control tasks.
Flat, non-slip surface
Wall or marker if required by the chosen protocol
Stopwatch if using a timed protocol
Measurz for recording results
Optional video review
Optional tape measure for setup consistency
Optional pain or confidence rating
Optional MAT Muscle Meter, Anker or Gripper for related upper-limb strength testing
Prepare the surface
Use a flat, non-slip surface with enough space for the client to perform the movement safely.
Set the body position
Position the client according to the chosen ULRT protocol. Record hand, elbow, shoulder, trunk and foot position clearly.
Standardise the setup
Use the same support position, body angle, wall or marker contact, hand spacing and foot position for retesting.
Explain the movement
Ask the client to rotate through the trunk and upper limb according to the protocol while maintaining controlled support and alignment.
Define a valid repetition
A repetition is valid if the client completes the required rotation, maintains the required support position and returns under control without loss of balance or invalid compensation.
Complete practice trials
Allow practice trials so the client understands the movement, rhythm and control requirements.
Complete test trials
Complete the agreed number of trials, or a timed trial if using a time-based protocol.
Record performance
Record valid repetitions, side tested, symptoms, movement quality, fatigue and any invalid attempts.
Scoring depends on the protocol.
Common options include:
number of valid repetitions in a set time
time to complete a set number of repetitions
side-to-side comparison
movement-quality score
symptom response
fatigue rating
invalid repetitions
reason for stopping
A higher repetition score or faster completion time generally suggests better performance under the tested setup. However, a fast result with poor shoulder control, trunk collapse, pain or inconsistent rotation should not automatically be interpreted as better function.
Interpretation should include:
valid repetitions
movement quality
side comparison
pain
confidence
fatigue
shoulder ROM
trunk rotation
related strength findings
related upper-limb performance tests
Normative data for the ULRT are still developing and depend on protocol, population and scoring method.
Research has examined the ULRT in healthy adults and adolescent athletes, but values should only be applied when the protocol and population are comparable.
For most Measurz use, interpretation should focus on:
baseline score
repeat testing
side-to-side comparison
movement quality
pain and symptoms
fatigue
protocol consistency
comparison with related upper-limb tests
sport or task demands
A symmetry or repetition target may be useful, but it should not be used alone to determine readiness for sport or high-demand upper-limb activity.
The ULRT has been studied as a new upper-limb performance test, with research examining reliability and relationships with other upper-limb tests, trunk rotation ROM and shoulder rotational isometric strength.
Reliability improves when the same:
setup
body position
hand or elbow placement
foot position
movement instruction
time period
scoring criteria
repetition standard
warm-up
number of trials
rest period
are used each time.
The ULRT may provide useful information about combined upper-limb and trunk performance, but it does not isolate one muscle group or explain why performance is reduced.
Common errors include:
changing body position between sessions
not standardising hand or elbow placement
not defining a valid repetition
accepting poor-quality repetitions
not recording pain
not recording fatigue
not recording trunk compensation
comparing results from different ULRT protocols
using the result as a diagnosis
interpreting repetition count without movement quality
The main limitation is that ULRT performance does not capture all upper-limb function, throwing capacity or sport readiness.
Use the ULRT to track upper-limb performance, shoulder control and trunk-shoulder coordination over time.
It is most useful when paired with:
Seated Shot Put Test
Seated Medicine Ball Throw
Closed Kinetic Chain Upper Extremity Stability Test
Upper Quarter Y-Balance Test
shoulder isometric strength
shoulder external rotation ROM
shoulder internal rotation ROM
trunk rotation ROM
sport-specific throwing or overhead testing
Record:
protocol used
side tested if unilateral
trial number
valid repetitions
invalid repetitions
time period
movement quality
pain score
symptom location
fatigue rating
confidence
hand or elbow position
foot position
trunk position
setup markers
reason for stopping
retest date
Useful notes include poor trunk control, shoulder discomfort, reduced rotation, asymmetrical movement, fatigue, loss of alignment or invalid repetitions.
Seated Shot Put Test
Seated Medicine Ball Throw
Closed Kinetic Chain Upper Extremity Stability Test
Upper Quarter Y-Balance Test
Shoulder External Rotation Test
Shoulder Internal Rotation Test
Shoulder Isometric Strength
Trunk Rotation ROM
Push Up Test
Plate Tapping Test
It measures upper-limb performance during a combined shoulder-control, closed-chain support and trunk-rotation task.
No. It is a functional performance test that involves the shoulder, trunk and kinetic chain.
It may be useful for overhead athletes, throwing athletes and clients progressing through upper-limb performance testing.
Loss of position, incomplete rotation, poor control, loss of balance or movement outside the chosen criteria may make a repetition invalid.
No. It measures performance and should be interpreted with symptoms, strength, ROM and other upper-limb tests.
Yes. Pain or symptoms during the test change interpretation.
No. It can contribute to a broader test battery, but it should not be used alone to determine readiness.
The Upper Limb Rotation Test assesses combined upper-limb support, shoulder control and trunk rotation.
Protocol consistency is essential.
Repetition count should be interpreted with movement quality, symptoms and fatigue.
The ULRT is useful as part of a broader upper-limb performance test battery.
Measurz should record protocol, repetitions, setup, symptoms, movement quality and retest details.
Barbosa, G. M., Calixtre, L. B., Fialho, H. R. F., Locks, F., & Kamonseki, D. H. (2024). Measurement properties of upper extremity physical performance tests in athletes: A systematic review. Brazilian Journal of Physical Therapy, 28(1), 100575. https://doi.org/10.1016/j.bjpt.2023.100575
Decleve, P., Attar, T., Benameur, T., Gaspar, M., Van Cant, J., Cools, A. M., & Cagnie, B. (2020). The “upper limb rotation test”: Reliability and validity study of a new upper extremity physical performance test. Physical Therapy in Sport, 42, 118–123. https://doi.org/10.1016/j.ptsp.2020.01.009
Gür, F., Özden, F., & Yıldız, T. İ. (2025). The reliability of the Upper Limb Rotation Test in adolescent male basketball players. BMC Sports Science, Medicine and Rehabilitation, 17, Article 84.
Turgut, E., Duzgun, I., & Baltaci, G. (2018). The effect of scapular dyskinesis on physical performance tests in adolescent overhead athletes. Journal of Sport Rehabilitation, 27(2), 166–172.
Tucci, H. T., Martins, J., Sposito, G. C., Camarini, P. M. F., & de Oliveira, A. S. (2014). Closed Kinetic Chain Upper Extremity Stability Test: A reliability study in persons with and without shoulder impingement syndrome. BMC Musculoskeletal Disorders, 15, 1.
