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05 · KNOWLEDGE AREA

Carving & Technical Riding

Edge engagement, turn shape and technical performance.

FREESTYLE ATLAS · TRICK TREE

SEE HOW EVERY
FREESTYLE TRICK CONNECTS

Families, named tricks, variants, contexts and research records across flatground, guratori, jumps, grabs, jibbing and transition.

526

FREESTYLE
RECORDS

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Method

Errors: chatter; washout; late engagement; over-rotation; excessive bend at waist; dragging hands

Whole-body spin, counterrotation and board-relative change are different observations. Internal action alone cannot create net whole-body angular momentum in free flight. Carving organizes an edge-supported path with little lateral skid. Edge angle, inclination, angulation, pressure and trajectory must be interpreted through the board's actual response.

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Method

Fore/aft management; torsional control; rebound; deformation under load

This page applies the carving application framework to Fore/aft management; torsional control; rebound; deformation under load. Treat the listed dimensions separately rather than assigning one universal cue to the whole topic. Carving organizes an edge-supported path with little lateral skid. Edge angle, inclination, angulation, pressure and trajectory must be interpreted through the board's actual response.

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Method

Heel/toe mechanics: comparable outcomes and differences in movement

This page applies the carving application framework to Heel/toe mechanics: comparable outcomes and differences in movement. Treat the listed dimensions separately rather than assigning one universal cue to the whole topic. Carving organizes an edge-supported path with little lateral skid. Edge angle, inclination, angulation, pressure and trajectory must be interpreted through the board's actual response.

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Method

Low-body carving; laid-out turns; extremecarving; recovery from low positions

This page applies the carving application framework to Low-body carving; laid-out turns; extremecarving; recovery from low positions. Treat the listed dimensions separately rather than assigning one universal cue to the whole topic. Carving organizes an edge-supported path with little lateral skid. Edge angle, inclination, angulation, pressure and trajectory must be interpreted through the board's actual response.

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Method

Radius & line: long/medium/short carved turns; corridor; shape-based speed control

This page applies the carving application framework to Radius & line: long/medium/short carved turns; corridor; shape-based speed control. Treat the listed dimensions separately rather than assigning one universal cue to the whole topic. Carving organizes an edge-supported path with little lateral skid. Edge angle, inclination, angulation, pressure and trajectory must be interpreted through the board's actual response.

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Method

SBSweet pathways: an original system with its own criteria, recorded separately from certification standards

This page applies the carving application framework to SBSweet pathways: an original system with its own criteria, recorded separately from certification standards. Treat the listed dimensions separately rather than assigning one universal cue to the whole topic. Carving organizes an edge-supported path with little lateral skid. Edge angle, inclination, angulation, pressure and trajectory must be interpreted through the board's actual response.

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Method

Softboot/hardboot differences; boot-out; stance and equipment constraints

Current travel stance and natural regular/goofy stance are separate properties. Physical nose and tail retain their identity in switch travel. Boot fit combines overall size, heel retention, support and absence of problematic pressure. Binding adjustment cannot correct every boot-fit problem. Carving organizes an edge-supported path with little lateral skid. Edge angle, inclination, angulation, pressure and trajectory must be interpreted through the board's actual response.

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Method

Styles/schools: objectives, mechanics, conditions, gear, vocabulary and demonstrations

This page applies the carving application framework to Styles/schools: objectives, mechanics, conditions, gear, vocabulary and demonstrations. Treat the listed dimensions separately rather than assigning one universal cue to the whole topic. Carving organizes an edge-supported path with little lateral skid. Edge angle, inclination, angulation, pressure and trajectory must be interpreted through the board's actual response.

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Method

Surface contact: purposeful touch vs accidental support; effect on balance

This page applies the carving application framework to Surface contact: purposeful touch vs accidental support; effect on balance. Treat the listed dimensions separately rather than assigning one universal cue to the whole topic. Carving organizes an edge-supported path with little lateral skid. Edge angle, inclination, angulation, pressure and trajectory must be interpreted through the board's actual response.

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Method

Transitions: extension; flexion/retraction; cross-over/cross-under terminology

This page applies the carving application framework to Transitions: extension; flexion/retraction; cross-over/cross-under terminology. Treat the listed dimensions separately rather than assigning one universal cue to the whole topic. Carving organizes an edge-supported path with little lateral skid. Edge angle, inclination, angulation, pressure and trajectory must be interpreted through the board's actual response.

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