Track & Field (Throws)
Power-rotational events requiring thoracic rotation for wind-up, hip IR for power foot plant, shoulder mobility for delivery, and core bracing for force transfer.
Key ROM Tests
Risk Factors Assessed
Frequently Asked Questions
What does the Track & Field (Throws) biomechanical assessment include?
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How long does the Track & Field (Throws) protocol take?
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Get your Track & Field (Throws) assessment
Your coach runs this protocol as part of your structural evaluation, then builds a personalized corrective plan based on the data.
Apply for AssessmentProtocol Details
- Category
- Sport
- ROM Tests
- 6
- Corrective Targets
- 4
- Benchmarked
- Yes
Take our 2-minute quiz to identify your pain patterns and get a personalized correction plan.
Related Sport Protocols
Outdoor bodyweight strength: shoulder stability for bar work/human flag, wrist conditioning on hard surfaces, thoracic extension for back lever, core compression for front lever.
BoxingStriking sport demanding shoulder endurance for guard, hip rotation power for cross/hook mechanics, ankle stability for pivoting, and cervical resilience for head movement.
StrongmanStrength sport with odd-object lifting, carrying, pressing, and dragging. Demands hip hinge capacity for stone loads, overhead shoulder stability for log press, grip endurance, and thoracic extension for yoke and farmer's walks.
Soccer / FootballMulti-directional field sport with highest groin injury incidence. Demands hip adduction resilience, ankle DF for cutting, hamstring length for stride, and thoracic rotation.
RunningSagittal-dominant cyclical sport where injury risk correlates with hip drop (Trendelenburg), reduced hip extension, ankle dorsiflexion deficit, and thoracic rotation restriction. Assessment focuses on gait-cycle prerequisites rather than maximum ROM.
FencingLinear combat sport demanding hip flexibility for the en garde stance, ankle dorsiflexion for deep lunges, thoracic rotation for parry-riposte, and asymmetric loading management from dominant-side overuse.