Relative Rotation Graph (RRG)
The Relative Rotation Graph is a relative strength strategy for portfolio management on weekly bars — the classic tool for sector rotation.
The Relative Rotation Graph is a relative strength strategy for portfolio management on weekly bars — the classic tool for sector rotation. It places an instrument on a two-dimensional map against a benchmark and holds it while it sits in the Leading quadrant (outperforming and still improving), exiting when it rotates into Lagging. It is the two-dimensional evolution of Relative Strength: where RS answers "is this outperforming?", RRG also answers "and is that outperformance getting better or worse?"
It is a hard, trending, weekly strategy for portfolio management.
How it trades
RRG measures two normalized coordinates, both centred on 100:
| Axis | Meaning | Above 100 means |
|---|---|---|
| RS-Ratio (x) | Relative strength level vs the benchmark | Outperforming its own recent norm |
| RS-Momentum (y) | Rate of change of that relative strength | The outperformance is improving |
The sign of each axis gives four quadrants, which instruments rotate through clockwise:
| RS-Momentum > 100 | RS-Momentum ≤ 100 | |
|---|---|---|
| RS-Ratio > 100 | Leading — own it | Weakening — trim |
| RS-Ratio ≤ 100 | Improving — early entry | Lagging — avoid |
Buy (rotate into leadership):
RRGLEADING()
Sell (relative strength exit — rotated into lagging):
RRGLAGGING()
The crucial property is that this is relative, not absolute. A sector can be rising in price the whole way and still be Lagging, because the benchmark is rising faster — capital is better deployed elsewhere. An absolute-return indicator would call that same sector strong.
When it works best
Excellent for sector rotation in a trending market with clear leadership dispersion, where capital genuinely rotates between sectors and leadership persists for months — precisely what the weekly timeframe and the two-axis view are built to capture. Its behavioural weakness is that in a market moving as one block (correlations near 1), every instrument hugs the 100/100 origin and small wobbles flip quadrants, producing whipsaw. Requiring a quadrant to persist for two consecutive bars, or gating entries on a minimum distance from the origin, are the natural hardenings.
Backtest this strategy yourself
Build these rules on the Free plan, adjust them, and see how they would have traded.