Best Solo Mining Coins for Low Hashrate 2026: Realistic Targets

Let me break this down: If you’re running a single GPU or a small ASIC at home, you’re not competing with industrial farms. That’s actually good news for solo mining — because you’re not trying to win a race. You’re buying lottery tickets.

I’ve been testing different coins with low hashrate setups for the past year. Some combinations make sense. Others are pure fantasy.

Here’s what the numbers say about solo mining when your hashrate isn’t measured in petahashes.

Step 1: Understanding Your Solo Mining Position with Low Hashrate

First thing you need to accept: Low hashrate solo mining is not about steady income. It’s about buying a lottery ticket every few seconds, minutes, or hours depending on your hardware.

When I started solo mining with a single RTX 3060 Ti, I spent weeks calculating “realistic” timelines. The math showed I had a 1 in 40,000 chance per day of finding an Ethereum Classic block. That sounds terrible. But here’s the thing — someone finds those blocks. Sometimes it’s the small guy.

Your goal isn’t competing with pools. Your goal is finding the sweet spot where:

• Network difficulty is low enough that your hashrate matters
• Block reward is high enough to justify electricity costs
• Coin has actual value and liquidity
• You can run the full node without enterprise hardware

That combination exists. Just not for every coin.

Before we dive into specific coins, check your realistic odds with our Solo Mining Probability Chart 2026 — it’ll show you what “low hashrate” actually means for different networks.

Step 2: CPU Solo Mining — Monero and Realistic Expectations

CPU mining is where many solo miners start. Low barrier to entry, minimal hardware investment, and one coin that actually makes sense: Monero.

Monero (XMR) — Your Best CPU Solo Mining Target

Current XMR price: $342.52

Monero runs on the RandomX algorithm, which is designed to be ASIC-resistant. This means your CPU actually has a chance. Not a great chance, but a real one.

Here’s what the numbers say:

• Average desktop CPU: 2,000-8,000 H/s
• Monero network hashrate: ~2.5 GH/s (fluctuates)
• Block time: 2 minutes
• Block reward: ~0.6 XMR

With a Ryzen 9 5950X running at 18,000 H/s, you’d have roughly a 0.0007% chance per block. That means one block every… well, statistically around 4 years.

Sounds bad. But compared to Bitcoin with the same hashrate percentage? Monero is actually reasonable.

Important detail: Monero solo mining teaches you more about blockchain than any other coin. The node is lightweight, the community is helpful, and the mining software (XMRig) is rock solid.

Power consumption on a high-end CPU running XMRig: 150-200W total system draw. At $0.12/kWh, that’s $13-17 per month. If you find one block in a year, you’re profitable. If not, you paid for an interesting experiment.

Honestly? I ran Monero solo mining for six months on my main PC. Found zero blocks. But I learned how to compile mining software, optimize CPU settings, and run a full node. Worth it for the education alone.

Step 3: GPU Solo Mining — Finding the Right Altcoin Balance

GPU solo mining in 2026 is where things get interesting. You have actual hashrate, but you’re still a tiny percentage of most networks.

Let’s rank realistic targets:

Ravencoin (RVN) — Your Most Realistic GPU Target

Current RVN price: $0.005653

Ravencoin runs KawPow algorithm. It’s mineable with most modern GPUs, and the network hashrate is low enough that a single decent GPU actually moves the needle.

Here’s a real example from my testing:

• Single RTX 3060 Ti: ~25 MH/s on KawPow
• RVN network hashrate: ~4 TH/s
• Block time: 1 minute
• Block reward: 2,500 RVN

Your odds per block: 0.000625%. That means statistically one block every 160,000 minutes, or roughly one block every 111 days.

That’s actually doable. Not guaranteed, but within the realm of “maybe this year.”

Power draw: 120W for the GPU, maybe 180W total system. At $0.12/kWh, that’s $15.50 per month. One block at current prices covers several months of electricity.

I’ve found two Ravencoin blocks in the past year with a single 3060 Ti. Both times felt like winning the lottery. Because it is.

Check out our detailed analysis in Best GPUs for Solo Mining Ravencoin if you want to optimize your setup.

Ergo (ERG) — Higher Difficulty, Higher Reward

Current ERG price: $0.3491

Ergo uses Autolykos v2 algorithm. It’s GPU-friendly and has a decent mining community.

Numbers for solo mining:

• Single RTX 3060 Ti: ~90 MH/s
• ERG network hashrate: ~17 TH/s
• Block time: 2 minutes
• Block reward: 51 ERG

Your odds: About one block every 222 days statistically. Possible, but less likely than Ravencoin.

The upside? Ergo’s block reward is more valuable in dollar terms when you do hit. The downside? Longer average time between wins means more patience required.

Power consumption is similar to Ravencoin — around 180W total. Same monthly cost, but longer expected wait time.

Flux (FLUX) — The Underdog Option

Current FLUX price: $0.0230

Flux runs ZelHash algorithm. Lower network hashrate than Ergo, making it interesting for solo miners.

With a single RTX 3060 Ti (~28 Sol/s) on a network doing around 8 MSol/s, you’re looking at roughly one block every 130 days statistically.

Block reward: 37.5 FLUX every 2 minutes.

Important detail: Flux has actual utility beyond just mining. The FluxOS platform gives the coin some fundamental value. When you’re solo mining something, that matters — you want the coin to still exist when you finally hit a block.

Step 4: Small ASIC Solo Mining — Bitcoin Lottery Tickets

Okay, let’s talk about the elephant in the room: Bitcoin solo mining with low hashrate.

The math is brutal. Let me show you.

Bitcoin network hashrate in 2026: roughly 600 EH/s. A small home ASIC like the Bitaxe Gamma does around 1.2 TH/s. Your percentage of the network? 0.0000002%.

Statistically, you’d find one block every 3,500 years.

So why do people do it?

Because someone wins. Check out Every Bitcoin Solo Block Win: Complete Database — small miners do hit blocks. Just not often.

When I set up my first Bitaxe, I knew the odds. But here’s what the numbers don’t tell you: Running your own Bitcoin node, pointing your ASIC at it, watching your miner contribute to network security — that’s the real reward.

The block reward ($66,312 x 3.125 BTC at current subsidy) would be life-changing. The monthly electricity cost ($3-8 depending on your ASIC) is coffee money.

Is it logical? No. Is it fun? Absolutely.

For a detailed comparison of entry-level Bitcoin solo miners, check out Bitaxe Gamma 602 vs NerdQaxe++.

If you want slightly better odds with Bitcoin, look at larger home ASICs. The Avalon Mini 3 runs at 37.5 TH/s — still statistically around 115 years per block, but 30x better than a Bitaxe.

Read our full review: Canaan Avalon Mini 3 Review.

Step 5: Dual-Algorithm Strategies — Mining Multiple Coins Simultaneously

Here’s where solo mining gets interesting: You can run multiple setups at once.

My current setup:

• One RTX 3060 Ti solo mining Ravencoin
• One Bitaxe Gamma solo mining Bitcoin
• My main PC’s CPU solo mining Monero when I’m not gaming

Total additional monthly electricity cost: around $20. I’m buying three different lottery tickets simultaneously.

This strategy makes sense because:

• Your overall odds of hitting something improve
• Hardware is already paid for (or serves other purposes)
• You learn different mining algorithms and setups
• When one coin becomes unprofitable, you can switch

The key is diversification without going overboard. Don’t buy ten GPUs hoping to solo mine them all. That’s not lottery mining — that’s just bad pool mining.

For more on this approach, read Solo Mining Multiple Coins Simultaneously.

Step 6: Calculating Your Personal Solo Mining ROI

Let’s get real about profitability.

Traditional mining profitability calculators don’t work for solo mining. They calculate pool earnings. Solo mining is different — you need to factor in variance, luck, and time.

Here’s how I calculate whether a coin makes sense:

Step 1: Calculate monthly electricity cost

Power draw (watts) × 24 hours × 30 days ÷ 1000 × electricity rate = monthly cost

Example: 180W system at $0.12/kWh = 180 × 24 × 30 ÷ 1000 × 0.12 = $15.55/month

Step 2: Calculate statistical time to block

Your hashrate ÷ network hashrate × block time × blocks per day = average days per block

Example: 25 MH/s on 4 TH/s Ravencoin network = 0.000625% × 1440 blocks/day = roughly 111 days

Step 3: Calculate break-even value

Monthly cost × statistical months to block = minimum block value needed

Example: $15.55 × 3.7 months = $57.50 needed to break even

Ravencoin block reward: 2,500 RVN. At current prices, that’s well above break-even. Even if it takes twice as long as the statistical average, you’re still profitable.

Important detail: This math assumes you eventually hit a block. That’s not guaranteed. But it shows you whether the expected value is positive.

For Bitcoin solo mining with a Bitaxe? The expected value is slightly negative when you factor in 3,500-year average. But the variance is so high that it doesn’t really matter — you’re either hitting the lottery or you’re not.

Honest warning: If your electricity costs more than $0.20/kWh, most solo mining becomes economically questionable. The math still works, but the margin shrinks enough that you’re basically paying for entertainment.

The Psychological Factor

Numbers don’t tell the whole story.

Solo mining with low hashrate tests your patience. I’ve gone six months without finding a block, then found two in one week. That’s variance.

Some days I wake up and immediately check my miner logs. Other days I forget it’s even running. Both attitudes are fine — just don’t let solo mining become an obsession.

Read more in Solo Mining Psychology: Managing Expectations & Enjoying It.

Recommended Solo Mining Pools for Low Hashrate

Even when solo mining, you usually point your hardware at a solo mining pool. These pools don’t share rewards — if you find a block, you keep 100% (minus a small fee). They just handle the stratum connection and node infrastructure.

For Bitcoin:

• CKPool Solo — 0.5% fee, most reliable, been around forever
• K1Pool Solo — 1% fee, easier setup for beginners

Full comparison: Best Solo Mining Pool Comparison

For Altcoins:

• WoolyPooly — Supports solo mining for RVN, ERG, FLUX, and others
• SoloPool.org — Multi-coin solo mining service

Check out WoolyPooly Solo Mining Guide and SoloPool.org Review for setup instructions.

Setting Up Your Solo Mining Node

If you really want to do solo mining right, run your own node.

For Bitcoin, that means Bitcoin Core + CKPool. For most people, this is overkill. But if you’re technical and want full control, it’s the purest form of solo mining.

Guide here: Install CKPool Solo Mining Server.

For altcoins, each has its own full node software. Ravencoin Core, Ergo node, Monero daemon — all surprisingly lightweight compared to Bitcoin.

Coins to Avoid for Low Hashrate Solo Mining

Let’s be honest about what doesn’t work.

Litecoin — Network hashrate is too high. Even with an L7 ASIC doing 9.5 GH/s, you’re looking at years between blocks statistically. The math just doesn’t work for home miners.

If you’re curious anyway: How to Solo Mine Litecoin.

Dogecoin — Merged mining with Litecoin means even higher effective hashrate. Solo mining DOGE with low hashrate is pure fantasy.

More details: Dogecoin Solo Mining Guide.

Kaspa — Interesting coin, but even with dedicated ASICs, the network grows faster than small miners can keep up. GPU solo mining Kaspa in 2026 is basically impossible.

Analysis: Solo Mining Kaspa: ASIC vs GPU.

Zcash — GPU mining is technically possible, but network hashrate makes solo mining with single GPUs unrealistic. You’d need multiple high-end cards to even register.

Full breakdown: Zcash Solo Mining with GPU in 2026.

Ethereum Classic — Used to be a good target. Network hashrate has grown enough that single-GPU solo mining is now a multi-year proposition. Still possible, but Ravencoin offers better odds.

Frequently Asked Questions

What’s the absolute minimum hashrate needed for realistic solo mining in 2026?

Depends on the coin. For Ravencoin with a GPU, anything above 20 MH/s gives you a shot within a year statistically. For Monero CPU mining, 5,000 H/s or higher makes sense. For Bitcoin, there is no “minimum” — even 1 TH/s is technically mining, just with extremely low odds. The question isn’t minimum hashrate, it’s minimum odds you’re comfortable with. I personally won’t solo mine anything where my statistical time per block exceeds two years.

Is solo mining with low hashrate even worth the electricity cost?

Financially? Depends on your electricity rate and the coin. At $0.12/kWh or lower, solo mining Ravencoin or Ergo with a single efficient GPU usually breaks even or profits if you eventually hit blocks. At $0.20/kWh or higher, you’re paying for the experience more than the profit. But here’s the thing — most solo miners aren’t doing it purely for money. The education, the community, the slim chance of a big win — that’s worth something too. Just be honest with yourself about why you’re doing it.

Can I solo mine profitably with just a CPU in 2026?

Only Monero makes sense for CPU solo mining, and “profitable” is a stretch. With a high-end CPU like Ryzen 9 5950X, you’ll spend around $15-20/month in electricity and statistically hit a block every few years. When you do hit, one block covers many months of costs. But you need patience and cheap electricity. I ran CPU solo mining for six months and found nothing — but I also learned a ton about mining software and node operation. Worth it for education, questionable for profit.

What happens if two miners find a block at the same time when solo mining?

Orphan blocks are rare but real. If you find a block at nearly the same moment as another miner, the network picks one based on which propagates faster and gets built on first. The other becomes an orphan — basically worthless. This is part of solo mining variance. It’s more common on coins with very fast block times. On Bitcoin with 10-minute blocks, orphan rates are below 1%. On coins with 1-minute blocks, maybe 2-3%. Just another reason why solo mining is a lottery — even when you win, there’s a tiny chance the prize gets yanked away.

Should I solo mine one coin with all my hashrate or split it across multiple coins?

I prefer splitting. If you have one GPU, point it at your best odds coin (probably Ravencoin). If you have a CPU too, throw it at Monero. If you want to buy a lottery ticket on Bitcoin, add a small ASIC. Diversification improves your chances of hitting something within a reasonable timeframe. The alternative — putting everything on one coin — gives you better odds on that specific coin but no backup if variance goes against you. That said, don’t split so much that you’re running ten different setups. That’s just complexity for complexity’s sake. Two to four different setups is my sweet spot.