BITCOIN PIVOT POINTS

What is Bitcoin Pivot Points?

Pivot Points turn the preceding candle’s high, low, and close into a set of dollar reference levels for the next candle. The central pivot in Maketo’s views is (high + low + close) ÷ 3. The outer levels use the preceding range in different ways. They are calculations from earlier prices, not observed order books or proof that orders are waiting at those prices.The selected interval controls the source candle. On a daily chart, the levels use the preceding UTC day. On an hourly chart, they use the preceding hour; on a monthly chart, the preceding month. This page does not quietly keep daily pivots fixed when you switch to another interval. Matching the source interval is essential when comparing it with another chart.Maketo offers Classic, Fibonacci, and Camarilla variants on one page because they share the same idea and inputs. The variants differ in their placement of outer levels. The page treats all of them as reference levels, without adding an upward or downward vote to the hub.

Classic levels use the pivot and preceding range

Write P for the pivot and R for the preceding high minus low. The first upper level is 2P − low; the first lower level is 2P − high. The second pair is P + R and P − R. The third upper level is high + 2(P − low), and the third lower level is low − 2(high − P). All remain dollar prices.

Fibonacci pivots place symmetric bands around the pivot

The three outer pairs are P ± 0.382R, P ± 0.618R, and P ± R. These levels are symmetric around P. They use ratios of the preceding candle’s range; they do not search the chart for two swing anchors, which is the separate Fibonacci Retracement calculation.

Camarilla levels use a different center

The four outer pairs are preceding close ± 1.1R divided by 12, 6, 4, and 2 respectively. Those pairs are centered on the preceding close, while the separately displayed pivot is still (high + low + close) ÷ 3. The two centers coincide only when the close equals that three-price average.

How Pivot Points is calculated

Classic pivot P = (high + low + close) / 3. The first upper reference is 2P − low and the first lower reference 2P − high. Fibonacci and Camarilla variants use different multiples of the prior range. The page is published on Classic pivots. A period counts candles at the interval you choose, so the same setting covers a different stretch of time on a one-hour chart than on a daily one. How smoothing and missing candles are handled.

A calculation you can follow

Use an illustrative preceding high of $110,000, low of $100,000, and close of $106,000. Rounding below is for explanation; calculations use the unrounded values. The range is $10,000. The central pivot is ($110,000 + $100,000 + $106,000) ÷ 3 = $105,333.33.The first Classic upper level is 2 × $105,333.33 − $100,000 = $110,666.67. The first lower level is $100,666.67. The second pair is $115,333.33 and $95,333.33.The first Fibonacci pair is $105,333.33 ± $3,820, giving $109,153.33 and $101,513.33.The first Camarilla pair is $106,000 ± ($11,000 ÷ 12), or approximately $106,916.67 and $105,083.33. It is centered on the close, not on $105,333.33.All three views use the same preceding candle yet produce different levels. A citation should name the variant and interval instead of describing a single universal Bitcoin pivot price.

Completed source candle

The levels for a candle use its predecessor, so their inputs do not change with ordinary price movement inside the current candle. They update when a new selected-interval candle begins. A correction to the preceding data can still revise them.

How much history is needed

One preceding complete candle provides the source values. Missing history is not replaced with a synthetic candle. Large intervals require a real completed preceding period; the presence of daily history does not automatically provide every earlier annual reference.

Level numbering

Upper and lower labels identify formula positions, not the probability of being reached. A wider preceding range spreads most outer levels farther apart. The same level number on two variants need not refer to the same price or distance.

A calculated line does not demonstrate a floor or ceiling

Price can pass through, stop near, or never approach a pivot level. The formula does not inspect available orders or estimate the chance of any of those outcomes. A previous reaction near a line also does not establish the next one.

Daily pivots depend on the day boundary

A continuous Bitcoin market has no single physical closing auction. Maketo uses UTC candles. A chart with another daily boundary can have different highs, lows, closes, and therefore different pivot levels without either arithmetic being wrong.

Pivot Points compared with Fibonacci Retracement

Fibonacci pivots center range multiples on the preceding candle’s pivot. Fibonacci Retracement marks fractions of a move between two anchors. Sharing some ratios does not make the reference prices or the choice of source history equivalent. Open Bitcoin Fibonacci Retracement.

Why did every pivot level change at once?

A new candle of the selected interval brings a new preceding high, low, and close. The whole set is recalculated together. That change can occur even if current price barely moved across the boundary.

Do the levels forecast a closing price?

No. They organize prices derived from a completed period. The calculation has no future-price estimate, target date, or probability attached to any level.