Tool
Price per stable player calculator
This calculator turns a host's advertised price into what you would actually pay per month over the length of time you plan to keep the server, then per GB and per player. The cost per stable player, which is the number the tool is named for, is not available yet: it needs measured capacity for each plan, and GameServerBench has measured none.
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Why advertised prices don't compare
Hosting prices are hard to compare for four reasons. The calculator handles the first three and keeps each result in the currency you entered:
- Promo and renewal. A discounted first month says little about month seven.
- Billing commitment. A low monthly equivalent may require paying for a year up front.
- The unit. Some hosts sell GB of RAM, some slots, some player counts, and some one plan per game.
- Currency and tax. Some prices exclude VAT, and some are in euros.
What you enter
| Input | Notes |
|---|---|
| First-period price and its length in months | The promo. Enter the normal price and 0 months if there is none |
| Renewal price per month | After the promo ends. If left blank, the first-period price is used |
| Billing cycle in months | Required. 1 for monthly, 12 for annual |
| How many months you expect to keep the server | Required. Pre-filled with 12 |
| Tax percent | If the price excludes it |
| Plan RAM in GB | Leave blank if the host doesn't state it |
| Slots or player limit on the plan | Leave blank if unlimited or not stated |
| Players you actually expect | Your group, not the plan's limit |
| Currency | A label only. Results stay in the currency entered, and the tool doesn't convert |
How it calculates
months_kept = max(keep, billing_cycle), rounded up to a whole number of billing cycles, because a prepaid term is paid whether you use it or not.
total = (promo_price × min(P, months_kept)) + (renewal_price × max(months_kept − P, 0)), then add tax.
effective_monthly = total ÷ months_kept
per_GB = effective_monthly ÷ plan_RAM
per_slot = effective_monthly ÷ slots
per_expected_player = effective_monthly ÷ expected_players
per_stable_player shows "not yet available". When measured capacity exists, the formula would be effective_monthly ÷ stable_player_count, using the stable player definition.
A blank input leaves its result blank. The tool doesn't guess a plan's RAM from its slots.
Two worked examples
Both use prices shown on 8 November 2026, from the Apex Hosting and DatHost reviews, and are kept for 12 months.
| Apex Hosting, 8 GB Java plan | DatHost, 16 GB Palworld plan | |
|---|---|---|
| Advertised | $20.99 first month, $27.99 recurring, billed monthly | €14.90 monthly, or €6.90 per month on yearly billing |
| Total over 12 months | $20.99 + (11 × $27.99) = $328.88 | Yearly billing: €82.80. Monthly billing: €178.80 |
| Effective per month | $27.41 | €6.90, or €14.90 |
| Per GB per month | $3.43 | €0.43, or €0.93 |
These are different games and currencies, shown to illustrate the arithmetic. Neither column says which server performs better, and a low price per GB tells you nothing about what those GB can do. The currency difference and any VAT would also need handling before comparing them directly.
What to do with the result
Compare options for the same game on the same basis, then check the exit. A low effective price on a long prepaid term matters less if the refund window is 72 hours. Each host review gives the refund terms, and the cheapest game server hosting guide works through a full example.