Loading market data...

Analyst Predicts Bitcoin Could Hit $320,000, Citing Cyclical Pattern

Analyst Predicts Bitcoin Could Hit $320,000, Citing Cyclical Pattern

A crypto analyst known for tracking Bitcoin cycles is making a bold call: the next peak could land around $320,000. The prediction, shared this week by @CryptoTice, draws on a long-term upward channel and a repeated pattern where Bitcoin retests its all-time high before launching higher.

The $320,000 target

The analyst sees Bitcoin currently trading near the lower boundary of a long-term channel. The upper boundary sits at roughly $320,000. That's the level where the next cycle peak might form, they argue, if the same rhythm that played out in previous cycles holds.

A history of cycle bottoms

To back the call, @CryptoTice laid out Bitcoin's historical cycle lows: $2 in 2011, $170 in 2015, $3,800 in 2020, $15,000 in 2023, and most recently $60,000 in 2026. Each low marked the start of a new expansion phase. The analyst says the current price, though well above that 2026 floor, still sits within the channel's lower range — suggesting room to run.

The 'launchpad' comparison

The analyst draws a direct parallel between the 2017–2020 cycle and the 2021–2026 cycle. In both cases, Bitcoin rallied to a new all-time high, retraced, and then retested that high before exploding upward. During the earlier cycle, that retest preceded a move from roughly $17,000 to $69,000. @CryptoTice describes the current ATH retest as “the launchpad” for another major move.

If the same pattern repeats, the target isn't just a round number — it's the upper channel line that has contained every cycle so far. The analyst's forecast doesn't set a timeline, but the structure of the argument hinges on the retest completing and the channel holding.

Whether the pattern repeats is the open question. The analyst's record of calling the cycle bottoms — from $170 in 2015 to $60,000 earlier this year — gives the prediction weight in some corners of the market. For now, Bitcoin sits near the lower end of that channel, waiting for the next signal.