For +1 Super Hero Evolution, this four-input calculator returns remaining Damage Power, rounded-up clicks, estimated time, assumption labels, and an optional Scenario A/B comparison — anchored to the official +1-per-click base.
The game publishes exactly one number: the official description's "Gain +1 Damage Power every click." Everything faster than that comes from training, heroes, and boosts the developer has not given values for — so the honest way to plan is to measure your own rate and do the arithmetic on it. The calculator takes four inputs: your current Damage Power, the target you want, your observed power per click (the official base of 1 is the default), and your observed clicks per second. It returns remaining power, the clicks needed (always rounded up to a full click), and the time at your pace. The Scenario B comparison exists for exactly one question players ask after training or unlocking a hero: did my rate actually change?
Three steps, in order. Remaining power = target − current, floored at zero. Required clicks = remaining power ÷ power per click, rounded up because a partial click does not exist. Estimated time = required clicks ÷ clicks per second. Nothing else is modeled: no compounding, no boost windows, no hero multipliers — each of those would need a value the developer has not stated, and a plan built on a guessed multiplier is worse than no plan.
The arithmetic assumes your rate holds for the whole session. Boosts, hero effects, caps, server rounding, and any automation rules the developer enforces are outside the math because none of them have published values. Re-measure after any update — the game ships metadata changes without patch notes (the most recent at the 2026-10-03 check carried an [Update!] title tag) — and treat a rate that has not been re-checked since an update as stale.
Sample rates chosen for clean arithmetic — enter your own measured values for a real plan.
| Input | Value | Where it comes from |
|---|---|---|
| Current Damage Power | 500 | Your screen, right now |
| Target Damage Power | 10,000 | Your chosen checkpoint |
| Observed power per click | 5 | Measured: 20 clicks gained 100 power |
| Observed clicks per second | 3 | Measured: a sustainable pace, not a burst |
The plan: 9,500 remaining Damage Power ÷ 5 per click = 1,900 clicks, and 1,900 ÷ 3 per second ≈ 634 seconds — about 10 minutes 34 seconds. If Scenario B (a rate you are considering, say after training) works out to 6 power per click at the same pace, the same goal needs 1,584 clicks and about 8 minutes 48 seconds, which is how the A/B comparison turns "is this upgrade worth it?" into a number.
A plan is a checkpoint decision, not a prediction.
A single-sitting goal. Click, keep an eye on actual progress against the estimate, and re-measure if you drift more than a few minutes off — that gap is telling you your sustained rate is lower than your measured one.
Split the plan: set an interim target at the halfway power and re-measure there. Long plans quietly assume your rate never changes, and in a game that updates as often as this one, it does.
Run the A/B comparison before committing rare resources to an upgrade path. If Scenario B barely beats Scenario A, the upgrade is not what changed your pace — training might matter more.
It converts a Damage Power goal into clicks and time using rates you measured in-game. The only value the game publishes is the base +1 Damage Power per click; anything faster comes from your own observation, entered as your observed power per click and clicks per second.
From the official Roblox description: "Gain +1 Damage Power every click!" It is the only rate the developer states, which is why the calculator treats it as the default and labels every other rate as your observation.
Open a quiet spot, note your current Damage Power, click a counted number of times (20 is plenty), and divide the power gained by the clicks. Repeat once. If the two results differ, use the lower one — bursts overstate what you can sustain.
It is exact arithmetic on your inputs and nothing else: if your rate holds for the whole session the estimate holds too. Boosts, hero effects, caps, lag, and any automation limits are outside the math because the developer has published no values for them.
A checkpoint you can actually verify — the power you had when you earned your last Stage badge, doubled, is a common first goal. The wiki's badge funnel shows what powers the progression walls tend to cost other players.
The measurement method behind your two rate inputs.
Goal → clicks → time at example rates, as a table.
What the game confirms about heroes and how to evaluate them.
The click, train, hero, battle loop from the start.
Reported boosts can change your rate — check before planning.
When the updated timestamp moves, re-measure.
