TruStrength Test Types
Recommended Test Naming & Tagging Strategies for the Hawkin TruStrength
Consistent test naming and tagging are essential for getting the most value from your Hawkin TruStrength Fixed Dynamometer. A standardized tagging system makes it easier to filter, compare, report on, and monitor athlete performance over time.
Whether you're testing strength for performance, rehabilitation, or return-to-play, investing time in a consistent tagging structure will save significant time when reviewing data later.
ALWAYS REMEMBER TO TAG!
Why Tagging Matters
Tags allow you to quickly identify:
- Which limb was tested
- The position used during testing
- The specific muscle group or movement assessed
- Any special testing conditions
- Rehabilitation stages or testing protocols
Without consistent tagging, finding and comparing tests over time can become difficult, especially when managing large athlete groups.
Best Practice: Tag both the test type and the testing conditions for every assessment.
- Build a Consistent Naming Convention
We recommend creating a standardized naming structure that includes:
Side + Position + Movement
Examples
- Right 90/90 Shoulder Adduction
- Left 90/90 Shoulder Adduction
- Right Standing Hip Abduction
- Left Standing Hip Abduction
- Right Prone Hamstring
- Left Supine Groin
Using consistent names helps ensure everyone within your organization collects data the same way.
Always Remember to Tag✅ Test Type
✅ Testing Position
✅ Limb Tested
✅ Special Testing Conditions
Consistent tag usage improves filtering and reporting within Hawkin Cloud.
Common TagsConsider creating a library of commonly used tags that coaches, therapists, and sport scientists can apply consistently.
Side
- Right
- Left
- Bilateral
Body Position
- Standing
- Seated
- Supine
- Prone
- Side Lying
- Half Kneeling
Testing Protocol
- ASH
- 90/90
- Return to Play
- Baseline
- Pre-Season
- In-Season
- Post-Season
- Rehab
Isometric Strength TestingThe TruStrength system can be used to assess a wide variety of isometric strength qualities.
Lower Body TestsCommon lower-body assessments include:
Hip
- Adduction (Groin)
- Abduction
- Internal Rotation
- External Rotation
Knee
- Knee Flexion
- Knee Extension
Posterior Chain
- Hamstring
- Calf
Additional Common Lower-Body Tests
- Hip Flexion
- Hip Extension
- Ankle Plantarflexion
- Ankle Dorsiflexion
Upper Body TestsCommon upper-body assessments include:
Shoulder
- Internal Rotation
- External Rotation
- Shoulder Adduction
- Shoulder Abduction
- Shoulder Flexion
- Shoulder Extension
ASH Test Series
The Athletic Shoulder (ASH) Test is frequently used to evaluate shoulder function and force production.
Common ASH positions include:
- ASH I
- ASH Y
- ASH T
Additional Upper-Body Assessments
- Scapular Retraction
- Elbow Flexion
- Elbow Extension
Free Run TestingFree Run mode can be useful when evaluating banded exercises, multi-repetition movements, and other activities that do not fit a traditional maximal isometric protocol.
Common examples include:
- Banded Adduction
- Banded Abduction
- Multi-Rep Strength Exercises
- Isometric Holds
- Rehabilitation Progressions
Example Tag StructuresExample 1: Hip Adduction
Test Name: Right Standing Hip Adduction
Tags:
- Right
- Standing
- Adduction
- Baseline
Example 2: ASH Test
Test Name: Left ASH Y
Tags:
- Left
- ASH
- Y
- Return to Play
Example 3: Hamstring Assessment
Test Name: Right Prone Hamstring
Tags:
- Right
- Prone
- Hamstring
- Post-Injury
Pro TipBefore beginning large-scale athlete testing, establish a standard naming and tagging convention across your entire organization. Consistency ensures that coaches, athletic trainers, physical therapists, and sport scientists can quickly locate, compare, and report on strength data without confusion.
Key TakeawayA well-organized tagging strategy is one of the most valuable habits you can develop when using TruStrength. Consistent test names and tags make filtering data easier, improve reporting efficiency, simplify side-to-side comparisons, and help ensure meaningful longitudinal tracking of athlete strength over time.