For analysts, portfolio managers, and serious investors, analysing dozens of relative strength charts individually is inefficient and often counterproductive. Insights get buried in noise.<\/p>\n
This is exactly the problem that Relative Rotation Graphs<\/strong> were built to solve.<\/p>\n At the heart of every RRG lies a powerful analytical engine. Just as an engine relies on key mechanical components to generate motion, an RRG is powered by two specialised indicators:<\/p>\n Together, these indicators form the drivetrain of the RRG, transforming complex relative performance data into a single, visual framework that tracks trend strength and trend momentum simultaneously<\/strong>.<\/p>\n Understanding how RS-Ratio and RS-Momentum work is the first and most important step to mastering Relative Rotation Graph analysis.<\/p>\n The JDK RS-Ratio<\/strong> is a proprietary indicator designed to measure the trend strength of a security\u2019s relative performance<\/strong> compared to a benchmark.<\/p>\n While it is derived from ratio analysis (similar to a traditional price relative line), it is not the same as a raw relative strength chart<\/strong>.<\/p>\n In simple terms:<\/p>\n RS-Ratio tells you whether an asset is in a relative uptrend or downtrend\u2014and how strong that trend is.<\/strong><\/p>\n The 100 level<\/strong> is the critical reference point for RS-Ratio interpretation.<\/p>\n The distance from 100 matters<\/strong>:<\/p>\n Because RS-Ratio is intentionally lagging, it filters out short-term noise and focuses only on sustained, meaningful relative trends, <\/strong>a key reason why RRGs are widely used in professional portfolio analysis.<\/p>\n While RS-Ratio measures trend strength<\/strong>, it does not explain whether that trend is improving or deteriorating<\/strong>.<\/p>\n This is where JDK RS-Momentum<\/strong> comes in.<\/p>\n RS-Momentum measures the rate of change of the RS-Ratio itself<\/strong>. In other words, it is an indicator of an indicator<\/strong>.<\/p>\n Consider this scenario:<\/p>\n The answer depends on direction<\/strong>:<\/p>\n RS-Momentum was created to provide this missing context.<\/p>\n Unlike the RS-Ratio, the RS-Momentum is a leading indicator<\/strong>. Because it tracks acceleration and deceleration, it often signals changes before<\/strong> they appear in RS-Ratio.<\/p>\n The most important reference level is, again, 100<\/strong>.<\/p>\n Because RS-Momentum is more sensitive by design, it fluctuates more frequently around the 100 level than RS-Ratio.<\/p>\n The real power of Relative Rotation Graphs emerges when RS-Ratio and RS-Momentum are combined<\/strong>.<\/p>\n On an RRG chart:<\/p>\n The interaction between RS-Ratio and RS-Momentum determines an asset\u2019s position in the four RRG quadrants:<\/p>\n For example, an asset in the Leading quadrant<\/strong> is:<\/p>\n This combined view allows investors to track relative leadership, deterioration, and rotation<\/strong> with far greater clarity than traditional charts.<\/p>\n Understanding Relative Rotation Graphs begins with mastering their core components.<\/p>\n Together, they map the rotational journey of assets across RRG quadrants, offering a powerful framework for sector rotation, relative strength analysis, and portfolio positioning<\/strong>.<\/p>\n With a clear understanding of RS-Ratio and RS-Momentum, you now have the essential foundation needed to confidently interpret RRG charts and apply them effectively in real-world market analysis.<\/p>\n\n
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What Is JDK RS-Ratio? Measuring Relative Trend Strength<\/h2>\n
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How RS-Ratio Works<\/h3>\n
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The Importance of the 100 Level in RS-Ratio<\/h3>\n
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What Is JDK RS-Momentum? Measuring the Rate of Change<\/h2>\n
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Why RS-Momentum Is Essential<\/h3>\n
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RS-Momentum as a Leading Indicator<\/h3>\n
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Key RS-Momentum Signals<\/h4>\n
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How RS-Ratio and RS-Momentum Work Together on an RRG<\/h2>\n
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Functional Roles of Each Indicator<\/h2>\n
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Quadrants and Relative Performance States<\/h3>\n
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Conclusion: Building the Foundation for RRG Analysis<\/h2>\n
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