Bitcoin Mining Difficulty Drops 10% After Sharp Price Slide

The lower difficulty gives miners some temporary breathing room, but it also shows how strongly the industry reacts to price pressure and shifting hashrate. Read on for the reasons behind it.

Key Takeaways

• Bitcoin cut mining difficulty by 10.09% at block 953,568, the second-biggest drop of 2026.
• The drop followed about a 15% price decline in June, which squeezed margins and pushed hashrate offline.
• Lower difficulty gives active miners temporarily more revenue per unit of hashrate and eases pressure on profitability.

Bitcoin recently recorded its second-largest mining difficulty drop of 2026, falling 10.09% at block 953,568. This adjustment is the 11th-largest downward move in the network’s history. Difficulty dropped from 138.9 trillion to 124.9 trillion, a response to the sharp price decline in June that put pressure on miners’ margins and led to hashrate going offline.

How the Difficulty Adjustment Works

Bitcoin’s difficulty is adjusted every 2,016 blocks to keep block times around 10 minutes. When miners scale back their activity, difficulty falls to bring the network back into balance. This was the third major downward adjustment in 2026, after drops of 11.16% in February and 7.76% in March. The recent decline lined up with a broader downtrend in Bitcoin’s price, which briefly fell below $60,000 (€51,900) before recovering above $64,000 (€55,300).

How the Price Drop and Energy Use Affected Mining

The June price drop, about 15%, put major pressure on miners’ margins, which led to lower hashrate and a longer epoch of 15.6 days instead of the usual 14 days. Hashprice, a measure of daily mining revenue, fell below $30 (€26) per petahash per second as a result, a key break point for many miners. More efficient mining operations can still stay profitable, but older machines and miners with higher energy costs are shutting down more often.

There is also a shift in energy capacity at play: some miners are repurposing their infrastructure for artificial intelligence (AI) and high-performance computing (HPC) use cases. That is reducing Bitcoin hashrate, even though the underlying energy capacity is still being used. In Texas, one of the biggest mining markets in North America, the four-peak season (4CP) pushes miners to cut back during peak hours to avoid transmission costs, which causes temporary swings in hashrate.

What Does the Lower Difficulty Mean for Miners?

The lower difficulty gives miners who stay online immediate relief. Over the next two weeks, it will take less computing power to mine a block, which means miners can earn more Bitcoin per unit of hashrate. That can be especially important for operators who keep running despite tough market conditions.

These developments highlight how dynamic the mining sector is and how outside factors like market prices and energy use directly affect how the Bitcoin network works.