When Will Bitcoin Bottom?

When will Bitcoin bottom? Nobody knows for sure — but there are a few ways to make an educated guess. One of the simplest is to look at where Bitcoin has bottomed before, using something called market cycle theory.

If you're new to this: Bitcoin has historically moved in roughly four-year cycles. In each cycle the price climbs to a peak (the cycle high), then falls to its lowest point before the next run-up (the cycle low). A fall from a high like that is called a drawdown. If this pattern keeps repeating, we can average out the past cycles and project the pattern forward.

The chart above shows Bitcoin's market cycles. They're identified automatically by a clustering algorithm that groups the all-time highs Bitcoin sets into distinct eras. According to this chart, the latest cycle high was on [UPGRADE REQUIRED] at $[UPGRADE REQUIRED]. One thing to keep in mind: this chart is always updating. If we're still in the middle of a bull market, today's "latest high" will keep moving up and everything below will update with it. But if the top really is in at $[UPGRADE REQUIRED], we can use that date and price as an anchor to estimate when — and how low — the next bottom will be.

Method 1: Historical drawdowns and timespans

Part 1: How long from top to bottom?

The simplest question we can ask history: after each cycle high, how many days did it take to reach the cycle low? If cycles keep rhyming, the next bottom should take a similar amount of time.

So far there have been [UPGRADE REQUIRED] cycle highs and [UPGRADE REQUIRED] cycle lows. We ignore the very first low — it isn't between two highs, it's simply where our data starts. That leaves [UPGRADE REQUIRED] completed top-to-bottom moves to learn from. The last row below projects the current cycle forward using the average of the completed ones.

[UPGRADE REQUIRED]

Based on this data, the current cycle should bottom around [UPGRADE REQUIRED] on average — or anywhere between [UPGRADE REQUIRED] and [UPGRADE REQUIRED]. Two big assumptions here: 1) that the [UPGRADE REQUIRED] top really was this cycle's high (in a bull market it can still be taken out), and 2) that this cycle behaves like the last few did.

Part 2: How deep is the fall?

The same trick works for price. Each cycle's drawdown tells us how much of the peak value was lost before the bottom was in.

[UPGRADE REQUIRED]

History says a drawdown of [UPGRADE REQUIRED] to [UPGRADE REQUIRED] is on the table. From the current cycle high of $[UPGRADE REQUIRED], that puts the bottom roughly between $[UPGRADE REQUIRED] and $[UPGRADE REQUIRED]. Keep in mind this is a crude estimate: it ignores diminishing losses. As Bitcoin grows, it takes more and more money to move the price, so each cycle's crash has tended to be a little shallower than the one before. Method 2 tries to account for exactly that.

Method 2: Computing the bottom with the price model

Part 1: What price does the model predict?

Look at Bitcoin's full price history and you'll see it grows along a curve — explosive early on, then gradually calming down. If we model this price using logarithmic regression, we get a predicted range: an upper band the price rarely exceeds (risk 1, the predicted top) and a lower band it rarely falls below (risk 0, the predicted bottom).

This model comes with the usual caveats — it assumes history keeps rhyming and returns keep diminishing — but it gives us a more analytical, computed answer for the bottom. Notice in the chart how the bands slowly squeeze together. The table below makes that concrete: it shows the drop you'd take going from the top band to the bottom band, sampled every four years of data.

The predicted worst-case fall keeps shrinking — that's diminishing losses, now built into the math. Today the top band sits at $173,211 and the bottom band at $41,637 — a band-to-band drop of -76.0%. But we're not starting from the top band: the actual cycle high was $[UPGRADE REQUIRED]. Falling from there to today's bottom band would be a [UPGRADE REQUIRED] drawdown, giving a floor of about $41,637. That's noticeably higher than Method 1's crude range — the diminishing-losses effect at work.

Part 2: How long does a drop like that take?

Now that the model has given us a target drawdown, we can ask history a sharper question: when Bitcoin falls about [UPGRADE REQUIRED]% from a price, how long does that usually take?

The chart above tracks, for every day in Bitcoin's history, how many days it took for the price to drop [UPGRADE REQUIRED]% from that point — the closest tracked threshold to our modeled [UPGRADE REQUIRED] drawdown. On average that drop took [UPGRADE REQUIRED] days, with a standard deviation of [UPGRADE REQUIRED] days.

Counting from the cycle high on [UPGRADE REQUIRED], that lands the bottom around [UPGRADE REQUIRED] — most likely somewhere between [UPGRADE REQUIRED] and [UPGRADE REQUIRED].

Recap

Putting it together: the two methods triangulate a worst-case bottom zone of roughly $[UPGRADE REQUIRED] to $[UPGRADE REQUIRED], most likely landing somewhere between [UPGRADE REQUIRED] and [UPGRADE REQUIRED]. Method 1 marks the pessimistic edge (it ignores diminishing losses), while Method 2 bakes them in — so the truth is probably somewhere inside that band.

Both methods assume the $[UPGRADE REQUIRED] top on [UPGRADE REQUIRED] was this cycle's high, and that Bitcoin keeps following its historical rhythm. If we're still in a bull market, every date and price on this page will simply update itself as new data comes in — this is a living article.