Is GoMining worth it in 2026? The numbers, not the adjectives

Most reviews answer this question with adjectives. This one answers it with a maintenance bill and a block reward, because that's all a digital miner is: a share of the bitcoin the network pays out every day, minus what it costs to keep the hardware running. When the first number is bigger than the second, it's worth it. When it isn't, it isn't. The interesting part is what moves each number.

Everything below assumes electricity at $0.05/kWh, the lower end of GoMining's published range, and the service fee of $0.0089 per TH per day (official documentation, verified July 2026 and again on 2 September 2026). The bitcoin price and the network hashrate are read live when the page loads, and the stamp under each table tells you which values were used.

What you are actually buying

A GoMining miner is a tokenised slice of real hashrate in a data centre: you own a certain number of TH with a certain efficiency in W/TH, and you're paid in bitcoin every day for what that hashrate mines. Unlike a fixed-term contract, the miner doesn't expire and can be resold on the platform's marketplace. Unlike a machine at home, you never see it, and you pay the data centre's electricity instead of your own. The differences from other cloud mining models are here; for this article, the only thing that matters is that your revenue depends on the network and your costs depend on your miner.

The three numbers

1. Efficiency. TH decide how much bitcoin you earn; W/TH decide how much electricity you pay for earning it. Two miners with the same TH earn the same and pay very different bills. Since July 2026 every new miner GoMining sells is 12 W/TH; 15 W/TH is the other common tier, and above 28 W/TH the platform no longer allows hashrate upgrades.

2. Discounts. The maintenance bill can be cut by up to 29% through three documented mechanisms: holding GOMINING tokens (up to 20%), your VIP tier (up to 6%) and the daily service button (up to 3%). How each one is earned is explained here. The first two are automatic once set up; the button is a habit.

3. Price per TH. This is the one people skip, and it's the one that sets your payback. A new 12 W/TH miner is priced by size: GoMining's own announcement (June 2026) puts it at $21.99 per TH for a 1 TH miner, falling to $17.60 at 5,000 TH, and the size we checked in the app in July came out at $18.43. Upgrading a miner you already own to 15 W/TH cost $10.43 per TH in the same check. The secondary market is whatever the seller asks.

Net per day, with and without discounts

Here is what 100 TH earns after maintenance for each efficiency tier, with no discounts and with all three maxed out. The last column is the bitcoin price below which that setup starts losing money, which is the number to compare against your own expectations for the market:

Electricity at $0.05/kWh. "Max discounts" means 20% token + 6% VIP Elite + 3% button. The threshold is cost divided by gross revenue at today's price: revenue scales with bitcoin, the bill doesn't. Reward Protection is off so the real loss shows.

Read the table from the bottom up. The 28 W/TH row is a tier you only find second-hand today: with no discounts it loses money every day at today's price, and with every discount on it earns something but sits closest to the line. That is not a flaw in the platform. It's a machine that burns more than twice the electricity of a 12 W/TH one for the same bitcoin, and the market prices it accordingly. The 12 W/TH row is the miner you can actually buy new today, and it's positive at every discount level.

Payback: where the price per TH takes over

A positive net per day tells you the miner earns. It doesn't tell you whether it earns enough for what you paid. For that you need the purchase price, and here the routes GoMining offers behave very differently:

The 1 TH and 5,000 TH prices are the range GoMining published in June 2026 for new 12 W/TH miners; the other two were read in the app in July 2026. Payback = price ÷ net per day, with today's revenue held constant; in reality difficulty rises and the 2028 halving lands inside these horizons, so treat them as a floor, not a forecast. The token balance is the GOMINING you'd have to hold to cover 360 days of maintenance, converted at today's token price: it is capital you still own, but capital that moves with the token.

Two things jump out. First, the 15 W/TH upgrade pays back faster than the 12 W/TH miner at those prices, even though it's less efficient, because it costs a little more than half per TH. Size matters too: the same 12 W/TH hashrate is about a fifth cheaper per TH at the top of the range than at the bottom. That advantage is real today and shrinks every time bitcoin falls, because the 15 W/TH miner's break-even price sits higher. It's a trade between speed and margin, and there's no universal right answer. Second, the discounts roughly halve the payback, but the token discount asks you to park a balance that grows with your fleet. It doesn't save money so much as move it.

What changes after you buy

The tables above are a photograph. Two things move the picture over time, and both are already built into the calculator's projection:

• Network difficulty rises. More machines come online every month and your share of each block shrinks; historically that's been between 1% and 3% a month. It's why a straight-line projection is always too optimistic.
• The halving of April 2028 cuts the block subsidy from 3.125 to 1.5625 BTC. Revenue halves overnight; the maintenance bill doesn't change. What that does to each tier is worked out here, along with the bitcoin price that would bring the net back to zero.

Neither of these is an argument against buying. They're an argument for buying efficiency rather than quantity, because efficiency is what survives a smaller reward. A 12 W/TH miner needs a much smaller price rise than a 20 W/TH one to stay positive after the halving.

So: when is it worth it?

Taking the numbers at face value, the answer splits cleanly:

• It adds up when you buy 12 W/TH (or 15 at a clearly lower price), activate the discounts from day one and treat the bitcoin you're paid as bitcoin, not as a fixed dollar income. The payback in the table is measured in years, not months, and it's paid in an asset whose price you don't control.
• It doesn't add up when the miner is inefficient, whatever it cost. A cheap 28 W/TH miner from the secondary market is a bill waiting for a bad month, and the platform won't let you upgrade it either.
• It's a bet on bitcoin either way. Every row of the first table has a price below which it goes red. If you think bitcoin will trade above that price for the life of the miner, the miner earns; if you don't, no discount fixes it.

What GoMining does well is make all of this legible: the efficiency is on the label, the fees are published, the bill arrives every day, and you can sell the miner if you change your mind. That transparency is the reason a calculator like this one can exist at all. What it can't do is make an inefficient miner efficient or make bitcoin go up.

Before you buy: a five-line checklist

1. Look at the W/TH before the TH. 12 is what's sold new; anything above 20 needs a very good price.
2. Work out the bitcoin price where your setup goes negative and decide whether you're comfortable with it.
3. Compute the payback at the price you'll actually pay, not at the average.
4. Plan the discounts: the token balance is capital, the button is a daily habit, the VIP tier comes on its own.
5. Remember the halving is inside your payback window. Buy what survives it.

Run your own case in the calculator, which uses the same engine as these tables, or read the methodology to see every formula and where the model can be wrong.