Anime Expeditions damage calculator

Worked analysis · added September 16, 2026

Why the larger damage number can lose

This is an illustrative calculation using invented inputs, not a gameplay test or a claim about any named unit. Both builds have one placement, one landed hit per attack, no critical hits and no additional modifiers. SPA means seconds per attack; uptime is the fraction of the window spent attacking the relevant target.

A has 20% more damage per attack, but B delivers 50% more modeled output in this window. Attack timing and time on target outweigh the larger panel number. In the lab, enter Damage, SPA and uptime from the table, set hits and placements to 1, and leave all optional modifiers at zero.

Find the uptime threshold before changing equipment

With those same damage and SPA values, B wins only when 250 × uptime B > 200 × uptime A, or uptime B > 0.8 × uptime A. If A stays on target 90% of the time, B must exceed 72%. At 65%, B falls to 162.5/s while A reaches 180/s: the faster build now loses. Equality at 72% is a tie in this model, not a reason to spend a scarce upgrade.

A 20% SPA reduction is a 25% rate increase

At equal uptime, adding 20% damage multiplies output by 1.2. Reducing seconds per attack by 20% multiplies it by 1 ÷ 0.8 = 1.25. That is only about 4.17% more output than the damage option, not 25% more than that option. Use the actual displayed SPA after the change; a label saying “attack speed +20%” need not mean “SPA −20%.”

Takeaway: test whether the faster build keeps enough time on target to clear its threshold. This continuous-rate model does not count exact attack timestamps, overkill, defense, travel time or a final attack cut off by the end of a short window. Compare actual clears before committing resources. These examples were added on September 16, 2026; the gameplay sources below retain their July 18 review context.

Run a reproducible Anime Expeditions damage test

1. 1. Freeze the baseline. Record the unit, level, evolution, in-match upgrade, Potential grades, trait, equipment, supports, placements and test target.
2. 2. Change one thing. Swap only the trait, equipment item, Potential field or team support you are evaluating. Several simultaneous changes cannot identify a cause.
3. 3. Repeat both builds. Use at least three observations per build before calling the comparison controlled. More runs matter when crits, targeting or spawn timing add variance.
4. 4. Record the losing result too. A failed hypothesis is still useful evidence. Copy the generated record with its conditions and limitations instead of publishing only the largest number.

What the output deliberately excludes

Those exclusions are why the output is called an attack-rate estimate and throughput index—not a claim about exact stage DPS. Critical chance produces an expected average; it cannot predict the result of a short run.

Use it with the rest of the decision stack

Choose a documented kit in the unit finder, expose missing roles in the team builder, use the Stat Potential advisor to select one field to test, and compare the observed before/after build here. When the real objective is rewards per hour rather than combat output, switch to the failure-adjusted farming calculator.

Sources and evidence boundary

The verified Roblox listing by Expeditions Entertainment confirms the broad wave-defense, unit-upgrade and boss loop, but does not publish a complete stat database or universal damage formula. Community coverage reviewed in July describes a Showcase or Sandbox environment for observing units, including the Sandbox guide and beginner walkthrough. Trait vocabulary and SPA direction were checked against the illustrated All Things How trait guide. The formulas, confidence rules and record format are our transparent modeling choices; they are not official game mechanics.