Showing posts with label Toby Crabel. Show all posts
Showing posts with label Toby Crabel. Show all posts

Friday, September 25, 2026

George Cole and the Discovery of Pivot Points for Day Trading | Toby Crabel

The daily support and resistance lattice that most day traders treat as folk knowledge was first set down in 1936 by George William Cole (1870–1937), though he rarely gets credit for it. Cole was the first author to publish the formula now called Classic or Floor Pivots. Toby Crabel himself uses these pivot levels—not as a standalone system, but as one layer in a larger map of reference points.

"Before the many books and derivations of pit trader's numbers, there was George Cole in 1936. He was the first author to write about the formula so many day traders use now, most of whom have no idea where it originated. I haven't seen any contemporary authors credit Cole for it. Fair enough, the method works well, and the numbers are good reference points for structure in the market. It’s worth knowing where they sit each day in whatever you're trading."

 Cole self-published Graphs and Their Application to Speculation (a sequel to his 1928
book Successful Speculation: A Business) the year before he died, and Donald Mack
reprinted it
in 1998
in the Financial Times / Pitman Traders' Masterclass series.

Cole was not creating a simple day-trading cheat sheet. He wanted speculation to operate like a profession: charts as a visual map of mass psychology, a "law of occurrence or recurrence" in commodity prices, and human judgment required to pull the facts together. That is 1930s technical analysis in the Wyckoff family—slow, pictorial, and commodity-first. On subsequent literature, Crabel is blunt, and he names names:

"Almost all short-term traders have explored these numbers. Larry Williams called them his own. John Hill, Fisher, and Ochoa each added something to them. Carter and Person use them too. I saw traders on the floor in the '80s carrying their "Green Sheets" into the pit, and these numbers were the dominant feature on them. It’s safe to say most traders know about them and have built systems around them, so it pays to know where they sit if you want a read on the market’s mind throughout the day."⁠

These details matter. By the 1980s, the formula was no longer just a book idea; it had become pit infrastructure.

»
 Huh! that fellow is a 'chart trader.'
« 
 
Two Different "Pivots," Often Smashed Together
► Structural and Swing Pivots: A high with lower highs on both sides; a low with higher lows on both sides. Livermore called turning points "pivotal points" and split them into reversal versus continuation. Larry Williams later said he first called those short-term turns "ringed" highs and lows "in deference to the work done in the 1930s by Henry Wheeler Chase." That is swing structure, not a closed-form projection.
► Calculated Floor Levels: Yesterday's high, low, and close, printed into today's map before the open.
 

This is what Crabel means by Cole numbers (15-minute E-mini NASDAQ-100 of January 29, 2024): "R4 to S4 including the pivot (p), are all Cole numbers. I-1 hi and I-1 lo are yesterday's high and low. The two-day high (2 day hi), the all-time high (ath), and swing low (1 day sw lo) are also an important part of market structure."⁠ 

John Person's lineage credits Chase with the formula and Williams with its 1979 revival. The honest history involves two 1930s names, an unread reprint, a popularizer, and a floor practice that was already regarded as "secret numbers" when Person walked onto the CBOT. Crabel is likely right that Cole printed the arithmetic first. Person is likely right that the pits treated it as inherited craft. Neither invented the market’s habit of defending yesterday’s range.

The Formula Without Mysticism 
   Let H, L, C be the prior session's high, low, and close.
 
R4 and S4 are further range multiples, which Crabel plots. PP is the typical price (High + Low + Close / 3). R1 and S1 reflect the opposite extreme through that typical price, while R2 and S2 add or subtract the full prior range. Variants exist simply because people keep reweighting those same three numbers: Woodie doubles the close; Fibonacci stacks 0.382/0.618/1.00 of the range off the Pivot Point; Camarilla builds tight fade and breakout rails off the close; DeMark flips the calculation depending on whether the prior bar closed above or below its open. None of this is new physics. It is a daily map printed from a finished bar. 
 
How Crabel Uses the Numbers
He does not treat Cole levels as a system in themselves. He views them as a "predetermined" framework that sits next to a "dynamic" one:

"These are all predetermined price levels. Once the market opens, there are dynamic reference points to factor in too, and I cover those elsewhere. [...] Price will often poke through a high or low before resuming trend, so the action around the previous day's high and low matters."⁠

That last sentence is the core operational rule. The Cole grid provides the scaffolding; the prior high and low are the live walls. A poke-and-fail through yesterday's extreme, in Crabel's framing, tells you far more than a simple tap of R2.

The dynamic half of the map is the work Crabel is known for. In the 1988 Stocks & Commodities series that became his 1990 book, he defined the open itself as the other reference point of the day:

"Opening range breakout is one of the most important indicators of daily market direction that a trader can utilize. An opening range breakout (ORB) is a trade taken at a predetermined amount above or below the opening range. When the predetermined amount (the "stretch") is computed, a buy stop is placed that amount above the high of the opening range and a sell stop is placed the same amount below the low of the opening range. The first stop that is traded is the position and the other stop is a protective stop."⁠

He was already distinguishing rare trend days from ordinary rotation:

"Early entry is defined as a large price movement in one direction within the first five minutes after the open of the daily session. A study of early entry is essentially a study of price action, and the type of price action that takes place on early entry shows that participants are urgent about entering the market. It is a distinct recognition of either a profitable or dangerous situation. [...] It should be noted that directional moves of this nature are relatively rare and may occur only 10% of the time. Most days (70% to 80%), prices exhibit rotation or choppy action and the first five to 10 minutes of trading are sluggish and directionless without a clear movement away from the opening range.⁠"

The hinge between those two day-types is the principle that still sits under NR4, NR7, inside days, and two-bar and three-bar narrow range:

"The market having a specific nature is constantly changing from a period of movement to a period of rest and back to a period of movement."

 
That is the Principle of Contraction/Expansion. Cole numbers do not tell you which regime you are in; compression plus a move off the open does. Crabel reduced that entire visual tradition to two forces:

"My observations of markets through visual displays of data have led me to a simple conclusion: there are two primary forces at work. One is momentum, which includes the opening range breakout (ORB). The other is mean reversion, which at times can even involve trading in the opposite direction of the ORB. This has always been a useful way to think about markets. But over time, I have come to appreciate that there are many nuances and additional conceptual frameworks that continue to refine this view."⁠

Cole's grid is useful in both regimes. On a rotation day, it marks the likely fade rails. On a momentum day, it marks where the move should pause or accelerate. It does not choose the regime for you.

 
What Changed: The Open Stopped Being the Open
The Cole numbers survived the death of the pit because they do not depend on a clean open. ORB did. Crabel has been explicit about that at length, and the long version is the right one:

"⁠Where's the open? For God's sake. I mean there's so much volume in the 24-hour sessions it's impossible to determine what the open is. So the wonderful thing about open range breakout—back in the day when there were just primary session, domestic session trading—was it was the most vital piece of information, the reference point that you could have. [...] The real problem is where is the reference point? Where the open was a great reference point, but now what other reference points are there in the markets? One is the close of the previous day and the movement off of that."⁠⁠

He has also been careful not to claim invention of the open as a tool—"I didn't invent it"—and to note that Larry Williams was already working the same ground, and was not pleased to see it in print.
 
S&P 500 vs. Daily, Weekly, Monthly, and Quarterly Pivot Levels.
 
What Crabel does claim is the research program: find where order flow concentrates, then trade the imbalance. In the early 1990s, that meant two markers. Now it means a crowd of them:

"⁠In the early nineties I used ORB as a primary, or previous day’s high or low, as a reference point for marking and entering trades. Now we probably have 10 or 15 or maybe even 20 different reference points that exist in any market and different ways of navigating that. [...] The closing of the previous day tends to be much more important now than it ever was.⁠"⁠

Reading the Cole essay against that interview and the layout of Crabel's January 29, 2024 chart, the takeaway becomes obvious. R4 and S4 are the old predetermined lattice. The prior high and low, two-day high, all-time high, and swing low are the reference points that still carry energy now that the open is no longer a single moment.

 
What is Solid, What is Soft
► Solid: The levels are objective and available before the session begins. They establish a sensible bias rule: lean long above PP, lean short below PP, and treat R1 and S1 as the first places the auction should hesitate. Prior-day highs and lows are usually respected more than outer projections because they are actual traded extremes rather than mathematical reflections. Crabel's poke-through-and-fail observation around those extremes remains one of the cleanest intraday tells in trading literature. The green sheets existed because the numbers were shared—and shared levels become structural market points even after their original rationale is forgotten.
►
Soft: The formula does not account for overnight gaps or a Sunday FX open. "Yesterday" is no longer a clean object in 24-hour markets. Outer levels are often wallpaper. Buying S1 and selling R1 as a standalone system is how the method earns its bad name. The edge, when there is one, is confluence: a Cole level + prior high and low + opening range or prior close + the actual swing right in front of you.

That is also why Crabel's credit-where-due note is more than antiquarianism. Cole printed a portable map. The pits made it a common language. Williams, Hill, Fisher, Ochoa, Carter, and Person turned it into product. Camarilla, Woodie, Fibonacci, and DeMark are variants. Crabel's own contribution is the frame around the map: predetermined levels first, then the day’s dynamic reference points, then a decision about whether the session is momentum or mean reversion.

Ochoa's CPR, Cole's Floor/Classic or Traditional, Woodie, DeMark, Fibonacci, Scott's Camarilla.

However, do not give the pivots' arithmetic more metaphysics than it earns. It is a prior-day typical price and a set of reflections. It works when the market is still negotiating yesterday's range. It is noise when the market has already decided today is a different day. The skill is telling those two conditions apart—and that skill, as Toby Crabel keeps repeating, is not in the formula. It is in the structure you put around it.

Reference:
 
Why pivot points work?
Self-fulfilling prophecy.
 Aha!
 
See also:

Tuesday, August 18, 2026

The Evolution of the Opening Range Breakout | Toby Crabel

My observations of markets through visual displays of data have led me to a simple conclusion: there are two primary forces at work. One is momentum, which includes the opening range breakout (ORB). The other is mean reversion, which at times can even involve trading in the opposite direction of the ORB.

The ORB concept should not be discarded, but it must be modified.
 
This has always been a useful way to think about markets. But over time, I have come to appreciate that there are many nuances and additional conceptual frameworks that continue to refine this view. After more than 50 years of trading, one thing is clear: all ideas are subject to revision. Flexibility is required. I do not discard the original intellectual structures when changes are necessary. Instead, the framework evolves and, ideally, strengthens as markets change.
 
The Impact of Electronic Markets
One of the most important revisions to the concept of the opening range breakout came with the transition to electronic trading and nearly continuous global markets. The primary session open no longer carries the same significance it once did. That moment used to concentrate liquidity and information. Today, that effect has been diluted. The concept should not be discarded, but it must be modified.
 
Diminishing ORB Annual Sharpe Ratio 1923-2025.
 
Modifications to the ORB Framework
Over time, several adjustments have proven useful when thinking about ORB and momentum more broadly.
1. Simplifying Entry
In my 1989 book, the entry logic for moves off the open was more complicated than necessary. A simpler approach is to use a percentage of an n-day average range. The exact percentage and lookback period will vary by market and should be explored. Different markets require different thresholds.
 
2. Expanding Reference Points
There are now many valid reference points beyond the open. In some cases, they may be more relevant. Regional closes, or moves of a certain magnitude from any price level, can serve as useful anchors. Observation should guide testing.
 
3. Time of Day
Time of day remains a critical factor. There was once a multi-billion-dollar firm that used the open to 11:00 EST as a primary directional signal. If markets moved consistently in one direction during that window, positions were held over multiple days. That specific behavior has changed, but the broader concept remains. Other periods during the day may now carry similar importance and should be part of the research.
 
4. Day of the Week
Day-of-week effects also deserve attention. Yale Hirsch did extensive work in this area, now continued through The Stock Market Almanac. We have observed, for example, that a gap lower on a Monday can be a dangerous place to initiate short positions. Conversely, momentum later in the week can be quite powerful when markets are active. These tendencies are probabilistic and evolve over time, but they appear to reflect persistent behavioral patterns tied to the structure of the trading week.
 
5. Magnitude and Price Action
The magnitude of the move off the open, along with the nature of the price action, is essential. For discretionary traders, this is critical. To the extent these ideas can be formalized, systematic approaches can benefit as well.
 
6. Prior Market Behavior
The behavior of prior days has a meaningful impact on ORB outcomes. Arthur Merrill's work on simple price patterns, some of which I included in my 1989 book, still has relevance today. These patterns can serve as useful supporting indicators when evaluating momentum.
A Long-Term Perspective on ORB
Below is a basic test of an opening range breakout strategy in its raw form. The system enters at 0.80 time the 10-day average range, with no stops or profit targets, and exits on the next day’s open. While simple, it provides a useful baseline.
 
The study spans more than 100 years, beginning with a single market (wheat) and expanding as additional markets became available. What stands out is a gradual decline in both dollars per contract and Sharpe ratio over time. This reflects a broader reality: markets evolve, and edges tend to diminish.
 
Interpreting the Data
Markets in the study are equally weighted as new ones are added. This is not realistic for large-scale trading, where position sizing must be adjusted, but it is sufficient for understanding long-term behavior.

» No edge remains static. Markets evolve. «
 
The tables include: number of contracts traded, total profit, percentage return, dollars per contract, maximum drawdown, return-to-drawdown ratio, Sharpe ratio, Sortino ratio, standard deviation, trades per year, number of markets. Totals are provided at the bottom.
 
Final Thought
The most important lesson is not the strategy itself. It is that no edge remains static. Markets evolve. What worked in one regime will weaken in another. The advantage comes from continuing to observe, test, and adapt.
 
Quoted from:

Buy After Three Higher Lows | Toby Crabel

One of the simplest—and most reliable—ways to recognize momentum is by counting higher lows.

 
On a five-minute chart, this pattern often marks the strongest intraday momentum moves.
 
When the market makes three or more higher lows in a row, it's showing sustained buying pressure. Each pullback is shallower, each rebound faster. The first pullback that actually takes out a bar low after a run like this often gives the best entry—because you're joining a trend that's already proven its strength.

The same logic applies in reverse for downtrends: a series of lower highs points to heavy selling pressure and strong downside continuation.

Wyckoff's Development of the Law of Effort versus Result | Toby Crabel

Among Richard D. Wyckoff's most enduring contributions to technical market analysis is the principle known today as Effort versus Result. Although modern students often encounter it as one of Wyckoff's three fundamental laws, the concept did not appear fully developed at first. Instead, it evolved gradually over more than three decades of observation, research, and practical experience during one of the most dynamic periods in American financial history.
 
Chart 1: The Dow Jones Averages 1900-1911. Wyckoff was still formulating the concept of Effort vs Result at this time. This is what he would have seen. Using ATR as a proxy for effort vs result, you can see significant narrowing of ranges (below average) either at a test of an extreme or on the exact extreme. We can assume to some extent that volume would have been higher than usual.
Between 1900 and 1935, Wyckoff transformed from a young tape reader and financial journalist into one of the most influential market theorists of his generation. Throughout that journey, his understanding of the relationship between trading activity and price movement became increasingly refined. What began as simple observations regarding unusual market behavior eventually matured into a comprehensive analytical framework capable of identifying accumulation, distribution, trend continuation, and major market reversals. The principle of Effort versus Result emerged directly from Wyckoff's central objective: to understand the behavior of large professional operators and identify their activity before major price movements became obvious to the investing public.

The Early Years: Tape Reading and Market Observation (1900–1910)
At the beginning of the twentieth century, Wyckoff devoted himself to studying the ticker tape. Although traders of the era did not have access to the detailed volume statistics available today, the tape itself revealed an extraordinary amount of information regarding transactions, price changes, and market activity. Wyckoff quickly noticed that markets did not always respond to buying and selling pressure in the manner most traders expected.

On many occasions, exceptionally heavy trading produced surprisingly little movement in price. At other times, relatively modest activity generated substantial advances or declines. These recurring inconsistencies challenged the prevailing assumption that high volume automatically represented strength and low volume automatically represented weakness. Instead of concentrating solely on the amount of activity taking place, Wyckoff began asking a far more important question: What is the market accomplishing relative to the effort being expended? That simple question became the intellectual foundation of what would eventually become the Law of Effort versus Result.

During these formative years, Wyckoff repeatedly observed situations in which tremendous buying activity failed to generate meaningful advance
s. Such behavior suggested that hidden selling interests were quietly absorbing demand. Likewise, large waves of selling sometimes failed to produce substantial declines, indicating that informed buyers were quietly accumulating shares beneath the surface. Although Wyckoff had not yet formalized these observations into a unified principle, the essential logic of Effort versus Result had already begun to emerge. 
 
The Composite Operator Emerges (1910–1920)
As Wyckoff's research expanded, his attention increasingly shifted from individual transactions to the activities of large professional interests. Through careful study of legendary operators such as Jesse Livermore, James R. Keene, E. H. Harriman, and other influential financiers, he became convinced that major market movements were rarely random. Instead, they reflected carefully planned campaigns conducted by well-capitalized professionals acting with deliberate purpose.

To simplify his analysis, Wyckoff began treating these large interests as though they were a single market participant, a concept that later became known as the Composite Operator. This framework transformed the way he interpreted market behavior. Trading volume became evidence of professional activity, while price movement represented the visible result of that activity. The relationship between the two assumed central importance.

When substantial buying activity generated strong upward price movement, effort and result were considered to be in harmony. Likewise, heavy selling accompanied by decisive declines confirmed that supply remained dominant. However, whenever unusually large trading activity failed to produce the expected price response, Wyckoff recognized that hidden forces were operating beneath the surface. Such divergences frequently preceded important turning points because they revealed that one side of the auction was quietly absorbing the efforts of the other.

By the end of this period, Wyckoff had shifted his emphasis away from the simple measurement of volume and toward evaluating its effectiveness. The critical question was no longer, “How much trading occurred?” but rather, “What did that trading actually accomplish?”

Formalization Through Supply and Demand (1920–1930)
The 1920s marked a period of significant refinement in Wyckoff's analytical framework. Increasingly, he organized his market observations around the universal law of supply and demand. Price movement came to be understood as the visible expression of the ongoing struggle between buyers and sellers, while volume represented the intensity of that struggle.

Chart 2: The Dow Jones Industrial Average's 1920 through 1922 daily. In 1921, an important low point was etched out. Note that at the low, and on the test (the circled areas on the chart), ranges were well below average. This was the start of the 1920's super bull market. This pattern is the earmark of accumulation or distribution.
Within this framework, the concept of Effort versus Result acquired a precise meaning. Effort was represented primarily by trading activity and volume, while Result was measured by the amount of price progress achieved, including the size of price spreads and the distance traveled by the market.

When effort and result remained proportional, the prevailing trend was considered healthy. Expanding volume accompanied by strong advances confirmed a healthy bull trend, while increasing volume accompanied by decisive declines confirmed persistent bearish control.

Far greater analytical value, however, was found in situations where effort and result diverged. Wyckoff observed that enormous trading volume sometimes produced only limited price progress. Such behavior suggested that professional interests were quietly distributing shares into enthusiastic public buying. Similarly, exceptionally heavy selling that generated only modest declines indicated that hidden institutional demand was absorbing virtually all available supply.

The opposite condition proved equally informative. Sharp advances occurring on relatively modest volume suggested that very little supply remained available for sale. Likewise, rapid declines on comparatively light volume often reflected an absence of buying interest rather than unusually aggressive selling.

These observations led Wyckoff to conclude that volume should never be interpreted independently. Its significance depended entirely upon the effect it produced on price.

The Crash of 1929 and Validation of the Principle
The events surrounding the 1929 stock market peak provided dramatic confirmation of Wyckoff's developing theory. Throughout many leading stocks, trading activity expanded dramatically while price progress became increasingly limited. Enormous effort was required to produce ever smaller advances.

To the casual observer, heavy volume appeared bullish because prices were still advancing. Wyckoff, however, interpreted the situation very differently. He recognized that professional operators were quietly distributing stock into widespread public optimism. The inability of price to respond proportionally to increasing activity revealed growing internal weakness long before the subsequent collapse became obvious.

The market was communicating that demand remained visible, but its effectiveness had deteriorated significantly because professional supply was quietly absorbing it. These events reinforced Wyckoff's conviction that the relationship between effort and result provided one of the most reliable methods available for evaluating the true condition of the market.
 

Chart 3: The Dow Jones Industrial Average weekly 1928 through 1929. At the high of the 1929 bull market there was a significant narrowing of range but with high volume (1). The following week extended slightly to a new high and then formed an outside bar down. There was intense distribution on both bars, and it continued for the two weeks off the top.
The Three Laws and the Final Formulation (1930–1935)
During the early 1930s, Wyckoff and his associates organized his lifetime of research into a systematic educational methodology. The principle of Effort versus Result became one of the three foundational laws of the Wyckoff Method, alongside the Law of Supply and Demand and the Law of Cause and Effect.

Chart 4: The Dow Jones Industrial Average late 1931 through mid-1933. The 1932 low of the largest bear market in history provided a classic case of laboring at the extreme. Bars 1-6 in the above weekly chart show clear narrowing. This narrowing gives opportunity for maximum accumulation at good price levels. The volume was significantly lower at the lows; the public was not present. But the professionals were acquiring.
In its mature form, the Law of Effort versus Result stated that the relationship between volume and price movement reveals the underlying condition of the market. Harmony between effort and result confirms the existing trend, while divergence between them warns that change may be approaching.

The principle became an essential tool for identifying accumulation, detecting distribution, confirming trends, recognizing exhaustion, and anticipating reversals. More importantly, it provided traders with a practical method for inferring the intentions of the Composite Operator through publicly observable market behavior rather than relying upon rumor, news, or opinion.

Conclusion
Between 1900 and 1935, Richard D. Wyckoff transformed the concept of Effort versus Result from a series of practical tape-reading observations into one of the central pillars of technical market analysis. Its evolution mirrored his broader intellectual journey, moving from the observation of individual transactions to the understanding of institutional campaigns and the strategic behavior of professional market operators.

The enduring strength of the principle lies in its remarkable simplicity. Market activity alone has little meaning. What truly matters is what that activity accomplishes. When effort and result remain in harmony, the market confirms the strength of the prevailing trend. When they diverge, the market begins revealing hidden forces that often precede significant changes in direction.

More than a century after Wyckoff first developed these ideas, the Law of Effort versus Result remains one of the most powerful analytical tools available to traders. Although markets have evolved dramatically, institutions continue to leave recognizable footprints through the relationship between volume and price. By learning to interpret that relationship, modern traders can still observe the intentions of professional money long before those intentions become obvious to the broader market.
 
Reading the Market Story with Effort versus Result
Each trading day brings a different market development. That can be confusing, and it requires imagination to understand—or at least form a working hypothesis about—what is happening in the moment. The supply-and-demand battle is always underway. Rising and falling prices help us judge the market’s condition, but it is the relationship between effort and result, interpreted in context, that allows us to build the market story.

In today’s market, July 28, 2026, several areas showed ease of movement. The strongest ease-of-movement indication occurs when a market forms a trend bar with a wide range but without excessively high volume. In other words, price moves a meaningful distance without exhausting amounts of energy. When range and effort align that way, you have the basis for a trade.

Ease of Movement and Market Context
In the chart below, bars 2, 7, 8, 9, 16, and 22 all developed with effort-versus-result readings greater than 1.00. When this occurs, the next step is to evaluate both the direction of the bar and the surrounding market context. Properly interpreted, these readings provide a useful backdrop for entering on pullbacks and confirming the path of least resistance.

Chart 5: Ease of movement is even more useful when the structure also favors the trade. For instance, if a market shows shortening of thrust on a rally to new highs, then labors, and then comes off the high with range expansion but without excessive volume, that is a meaningful indication for sales.
If a buildup occurs before the ease-of-movement reading, it may provide the cause for a reasonably strong market swing. By contrast, when a market narrows while volume remains higher than normal for such narrow ranges, it often means the opposing force—supply or demand—is standing in front of the move. This condition is commonly described as churningor laboring.

Most price-swing highs and lows have some laboring quality. The key qualifying principle, however, is whether the market then shows ease of movement away from that area. Before entering countertrend in what appears to be a laboring zone, it is better to wait for ease of movement away from the area. Without that confirmation, there is no clear indication that the opposing force has succeeded in turning the market.

If the opposing traders are forced to cover, their exits can intensify the trend. In that case, their buying or selling becomes fuel for continuation. This explains why trends can persist with readings below 1.00 for meaningful periods of the day—or on any trading time frame.

Laboring Bars, Failed Reversals, and Continuation
This is a crucial point in effort-versus-result analysis: when a market stalls, narrows, and produces low calculated readings, it is not enough to assume reversal. If the market does not reverse with ease, it remains subject to continuation in the direction that preceded the laboring bars.

If the market absorbs the temporary supply or demand entering against the trend and then continues, it may trap the opposing force in an untenable position. From that point, those traders must at least consider that they may be wrong.

► Scalpers will usually cover losses quickly once the continuation becomes clear.
► Larger traders, especially those viewing the move as a longer-term value trade, may hold longer.
► If ease of movement appears with the trend after the laboring area, trading against that breakout becomes increasingly uncomfortable.

Some of the most powerful trend moves occur after the market absorbs an opposing force’s attempt to reverse the trend, and that attempt fails.

Why Failed Reversals Strengthen the Trend
This is an important subtlety of a trending market: when the market fails to reverse, that failure itself becomes powerful confirmation of the trend. The confirmation is especially strong when the market then registers an ease-of-movement reading after the consolidation.

That development forces the opposing side to reevaluate its strategy. As those traders work out of their positions, their exits provide additional impetus for the trend to extend further.

Evaluating Trapped Traders Within the Range
When evaluating potential, study the trading range. For example, in an uptrend, a narrow bar with a laboring reading below 1.00 may reveal something about the number of trapped traders in the market, depending on the time frame of those trading against the trend.

If a re-accumulation area is developing and the market cannot move below a prior low, countertrend shorts may not get a chance to exit with a profitable scalp. If the market then makes a new high, they are forced to confront the prospect of a losing position. In that situation, the short-term group will often exit at the new high.

When the Range Low Is Tested
On the other hand, if the market does take out the low of a developing trading range, short-term scalpers will likely take profits. That profit-taking can create a demand indication back through the low of the range.

A thrust back up that recaptures the low of the range can then become the impetus for another drive to new highs within the trend.

Structure as Confirmation
If a lower swing high then develops and is followed by another bearish bar with ease of movement, the market moves closer to a major trend reversal. A second lower high, accompanied by another bearish bar with a reading above 1.00, would make the case even stronger.

As this structural evidence builds against the prior uptrend, the probability of a new trend increases considerably. Longer-term longs may begin to feel real indecision and pressure to liquidate, while shorts benefit from the selling that comes from the former demand crowd.
 
Why the Law of Effort versus Result Has Endured
One of the most remarkable characteristics of Richard D. Wyckoff’s Law of Effort versus Result is not simply that it has survived the dramatic transformation of financial markets over the past century, but that its practical value has arguably increased. 
 
Chart above: Nasdaq 5-minute chart July 29,2026, with "Effort versus Result" readings. The volume in this single market in one day probably dwarfs a month’s worth of total volume of all markets trading globally in 1905 when Wyckoff developed Effort versus Result.
Few concepts in technical analysis have demonstrated such resilience. Trading technologies have changed beyond anything Wyckoff could have imagined. Markets have grown exponentially in size and liquidity. Trading now occurs at electronic speeds measured in milliseconds, with sophisticated algorithms executing thousands of orders each second. Yet despite these extraordinary advances, the fundamental relationship between effort and result continues to reveal the underlying condition of the market.
 
Reference: