Calisthenics
Bodyweight strength: shoulder mobility for handstands/muscle-ups, thoracic extension for overhead, wrist strength for handstand loading, hip flexor length for hollow body.
Key ROM Tests
Risk Factors Assessed
Frequently Asked Questions
What does the Calisthenics biomechanical assessment include?
Who needs a Calisthenics assessment?
How long does the Calisthenics protocol take?
How do I get started with the Calisthenics protocol?
Get your Calisthenics 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
Ocean sport demanding shoulder paddling endurance, thoracic extension for pop-up mechanics, hip mobility for bottom turns, ankle stability for board control, and rapid prone-to-standing transitions.
SkateboardingBalance and impact sport demanding ankle stability for board control, hip mobility for trick execution, thoracic rotation for body rotation tricks, and wrist resilience for fall absorption.
Motocross / Motorcycle RacingHigh-impact motor sport demanding grip and forearm endurance (arm pump prevention), cervical resilience for G-forces and impacts, hip mobility for bike control, and thoracic extension for riding posture.
PadelEnclosed-court racket sport demanding shoulder endurance for overhead smashes, lateral movement for wall play, thoracic rotation for volleys, and ankle stability for rapid direction changes on artificial turf.
CheerleadingAcrobatic team sport demanding overhead shoulder stability for stunts and bases, hip flexibility for splits and jumps, ankle stability for tumbling landings, and thoracic extension for back handsprings.
Track & Field (Sprints)Linear-speed sport demanding maximal hip extension power, ankle stiffness for ground contact, hamstring length for swing-phase mechanics, and thoracic rotation for arm-leg coupling.