Estimated sustained frame rate
42โ47 FPS
Indicative range before game or device capsHow this calculator helps
Estimate a realistic sustained frame-rate range instead of relying on a chipset's brief peak benchmark. Game demand and thermal throttling are explicit inputs so long-session performance is not confused with a short test.
How to use it
- 1
Use a benchmark index from sustained rather than peak testing.
- 2
Set a higher demand index for graphically intensive games and settings.
- 3
Enter observed or expected thermal loss during a long session.
Formula and methodology
Estimated FPS = benchmark index รท game-demand index ร 60 ร (1 โ thermal loss). The displayed estimate is capped at 120 FPS.
Worked calculation example
A benchmark index of 75 against game demand of 85 with 12% thermal loss produces an estimate near 47 FPS before game-specific caps.
What can affect the result?
Game cap
A game or device profile may cap frame rate below hardware capability.
Cooling
Ambient heat, a case and charging while playing can increase throttling.
Updates
Game and firmware updates can improve or reduce performance.
Limits of this estimate
This proportional model is not a game benchmark and cannot predict manufacturer profiles, frame pacing, graphics settings, RAM limits or future updates.
Frequently asked questions
Is the mobile gaming FPS estimator free?๏ผ
Yes. SolvePilot tools are free, work in your browser, and require no account.
Does SolvePilot store my values?๏ผ
No. Calculations run locally in your browser and the values you enter are not sent to a server.
Should I treat the result as an exact bill or quotation?๏ผ
No. Results are informed estimates. Final charges can vary because of taxes, tariffs, lender terms, usage patterns, or provider rules.
How can I improve the accuracy?๏ผ
Use recent values from your own bill, statement or institution, review every assumption, and confirm important results with the relevant official source.
Does this guarantee PUBG or Free Fire FPS?๏ผ
No. Game updates, graphics settings, manufacturer limits, temperature and optimisation can materially change performance.