Right backward inside choctaw

RBI to LFO: a step onto the other foot, changing edge and reversing onto a new one. No cusp.

Also called S step, open S step or closed S step. Other names.

turnentry RBIexit LFO
On RBI · 7 other entries
  • LFOLFO to RBI: a step onto the other foot, changing edge and reversing onto a new one. No cusp.
  • RFORFO to LBI: a step onto the other foot, changing edge and reversing onto a new one. No cusp.
  • LFILFI to RBO: a step onto the other foot, changing edge and reversing onto a new one. No cusp.
  • RFIRFI to LBO: a step onto the other foot, changing edge and reversing onto a new one. No cusp.
  • LBOLBO to RFI: a step onto the other foot, changing edge and reversing onto a new one. No cusp.
  • RBORBO to LFI: a step onto the other foot, changing edge and reversing onto a new one. No cusp.
  • LBILBI to RFO: a step onto the other foot, changing edge and reversing onto a new one. No cusp.
  • RBI (this page)RBI to LFO: a step onto the other foot, changing edge and reversing onto a new one. No cusp.

Not checked yet. The mechanics on this page are a first draft by a non-expert, and no coach has seen them yet. Read them as a starting point and check them with a coach. Corrections are very welcome.

outside edge: the paler lineinside edge: the darker line
RBI → LFO. A skater who rotates the other way traces LBI: the same element, generated from this one.

Backwards on the inside edge, stepping onto the other foot to travel forwards on its outside edge, with the lobe reversing at the step. The weakest entry edge and a change of both foot and curve, which is why it turns up late.

The reward is the exit. A forward outside edge, checked, coming out of a reversal, is about the strongest position a step sequence can hand you, and it is worth the months it takes to make it quiet.

Derived

RBI is three letters (foot, direction, edge): right foot, backwards, inside edge. Every edge in the guide is written that way, so RBI is a right foot travelling backwards on an inside edge.

RBI choctaw to LFO: the skater steps onto the other foot, the edge changes, and the lobe reverses. There is no cusp, because nothing pivots.

A skater who rotates the other way does the same thing from LBI. Same element, mirrored.

Build on

Leads to

2 elements in the guide are built on this one.

From RBI

Clusters from RBI

Appears in

In the USA's grades

None of the American level lists in this guide name it.