Method
Linked turns: release; transition; S-turns; speed control through turn shape
HOW TO DO IT
First linked turns
Linked turns connect one rounded turn to the next through a controlled release and new supporting edge. Their rhythm should preserve speed and space management.
Preparation and setting
Reliable individual turns and stops on both edges on an appropriate open beginner slope.
Execution / application
- Choose a short line with a visible finishing point.
- Complete a rounded first turn.
- Release the old edge progressively as the board follows the taught transition.
- Organize the new supporting edge and steering for the next turn.
- Complete the second rounded turn rather than rushing to another edge change.
- Stop at the chosen finish and compare both directions.
Learning and practice
Link two turns first. Add turns only while turn shape and stopping remain predictable. Use the earliest unstable phase to choose the next cue.
Errors, limits and corrections
Rushing the edge change can create a catch. Repeatedly pointing downhill without a rounded finish can accelerate the line. Adding force to the shoulders does not repair an unclear support change.
Observable checks
Both-edge turns connect deliberately and speed remains managed through the intended line.
Editorial status
editorial_page_draft; coaching review pending.
Evidence and review limits
New explanatory and teaching text is SBSweet editorial synthesis grounded in existing material. Referenced source scope is stated; it is not a source-certified curriculum. No video/image review or live-site validation. https://casi-acms.com/quickride/ — CASI identifies Basics, Sliding, Control, Turning and Flow as its introductory phases. The detailed SBSweet tasks here are editorial, not a transcription of CASI instructions.
HOW TO DO IT
Linked Skidded S-Turns and Recentering Through Transition
Linking turns keeps movement going between opposite-edge turns. The rider completes one turn enough to manage speed, releases the old edge and develops the next path without rebuilding from a stationary start. A short controlled traverse can initially separate the turns; it is progressively reduced as timing becomes reliable. Recentering restores usable support through the transition. It is not a demand to throw the body far downhill and hope the board catches up. Nor is it a requirement to hold a flat base for a fixed time. The transition must match the board's direction, snow and chosen skidded task.
Preparation and setting
Required: repeatable heel and toe C-turns, deliberate stops on either edge, and a route wide enough for the chosen shape. Helpful: D09 and D22. Choose familiar gentle terrain. Linking cannot repair an unreliable isolated toe-side finish; work on that finish first.
Learn and reproduce it
- Plan a short pair of turns and the final stopping zone. Inspect the corridor and traffic.
- Make the first familiar turn. Complete enough of its across-slope path to manage speed, but keep a small controlled movement rather than stopping unintentionally.
- Use a brief traverse to organise support and look toward the next path. Keep it short enough for the available corridor and long enough for the learner to prepare.
- Release the old edge progressively, restore usable support and allow the board to enter the next direction. Do not keep the previous deep seated or leaned posture through the transition.
- Develop the new-edge support and round the next turn using its established individual-turn actions.
- Finish the pair with a deliberate stop. Compare speed at the two finishes and identify any asymmetry.
- Repeat the pair. Gradually shorten the organising traverse only while both finishes and the stopping margin remain reliable.
- Add another pair before lengthening the whole run. Adapt rhythm to terrain rather than accelerating the count to force fluency.
Exercises and errors
D22 is the pair-to-chain progression. D20/D21 repair individual turns; D23 checks shape and speed; D09 investigates timing.
Success and progression
The rider links a short sequence with stable speed, deliberate transitions and a chosen final stop. Then vary shape within the available corridor. Longer runs, steeper snow and narrower terrain require additional decisions.
Diagnostic hypotheses and rechecks
Possible causes are hypotheses to test, not diagnoses inferred from one attempt.
| Observation | Possible cause | Diagnostic exercise | Correction | Recheck |
|---|---|---|---|---|
| Speed rises with every turn | Incomplete shaping or shrinking completion time | D23 then short D22 pair | Finish the path enough to regulate speed before releasing | No cumulative acceleration over the short chain |
| Rider throws body inside and board lags | Excessive unsupported transition movement | D22 with a brief organising traverse | Restore support and coordinate the next entry rather than diving | Next edge develops without an arm rescue |
| Rider stops after every turn | Completion becomes excessive grip or next entry delayed | D22 on very gentle terrain | Keep a controlled small movement and prepare the next release | A pair links without a stationary rebuild |
| One transition is consistently rushed | Weak individual turn or uneven timing | Separate D20/D21 and D09 | Repair the weaker turn; give its preparation enough time | Both transitions remain predictable |
Methodology connection
M14 provides the named school's traverse-to-link progression. M05 discusses recentring in a more developed turn; it is contextual background, not a first-day demand for a particular flat-base interval. The pair-based progression is SBSweet synthesis.
Editorial status
detailed_text_draft; coaching review pending.
Existing placement anchors
03.07; 03.08; 02.09; 02.06
01
editorial review notes
Imported from the supplied editorial package; technical and coaching review remains required.
CONNECTED KNOWLEDGE