Right forward outside loop

RFO to RFO: a small circle traced on the same edge, still travelling forwards, and the lobe continues.

transitionentry RFOexit RFO
On RFO · 7 other entries
  • LFOLFO to LFO: a small circle traced on the same edge, still travelling forwards, and the lobe continues.
  • RFO (this page)RFO to RFO: a small circle traced on the same edge, still travelling forwards, and the lobe continues.
  • LFILFI to LFI: a small circle traced on the same edge, still travelling forwards, and the lobe continues.
  • RFIRFI to RFI: a small circle traced on the same edge, still travelling forwards, and the lobe continues.
  • LBOLBO to LBO: a small circle traced on the same edge, still travelling backwards, and the lobe continues.
  • RBORBO to RBO: a small circle traced on the same edge, still travelling backwards, and the lobe continues.
  • LBILBI to LBI: a small circle traced on the same edge, still travelling backwards, and the lobe continues.
  • RBIRBI to RBI: a small circle traced on the same edge, still travelling backwards, and the lobe continues.

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 line
RFO → RFO. A skater who rotates the other way traces LFO: the same element, generated from this one.

A small circle traced on one foot, on one edge, forwards, coming back to the edge it left and carrying on. The foot, the edge and the direction all stay the same, and that is what separates it from a turn.

It is a figure, and it behaves like one: the whole thing is decided by the entry. The loop should sit inside the lobe, be about the size of the skater’s own body, and rejoin the curve so cleanly that the tracing reads as a single lobe with a knot in it.

Derived

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

RFO loop to RFO: the blade traces a small circle and comes back to the edge it left, the direction of travel does not change, and the lobe continues.

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

Build on

From RFO

Clusters from RFO

Appears in

In Australia's grades

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