Enter Build Values
Formula Used
Unique status count = checked status types + extra unique status types.
Condition Overload bonus = unique status count × bonus per status type.
Additive model = base damage × (1 + ordinary damage bonus + CO bonus) × shared multipliers.
Separate test model = base damage × (1 + ordinary damage bonus) × (1 + CO bonus) × shared multipliers.
Shared multipliers = expected crit × combo × stance × faction × other final multiplier × enemy damage taken.
The calculator uses a simple expected critical multiplier. It equals 1 + critical chance × (critical damage − 1).
How To Use This Calculator
- Enter the melee damage value you want to test.
- Add ordinary damage mods, such as Pressure Point style bonuses.
- Keep the per-status bonus at 80 for a max rank mod.
- Select every unique status effect already on the target.
- Add critical, combo, stance, faction, and enemy modifiers.
- Press calculate and review the result above the form.
- Use CSV export or print the result for later comparison.
Condition Overload Build Planning
Condition Overload is strongest when a melee setup hits enemies that already carry several different status effects. The calculator helps you test that setup before changing mods. It separates base damage, ordinary damage bonuses, status count, critical scaling, faction damage, combo value, stance value, and final damage modifiers. That makes the result easier to audit.
Why Unique Status Types Matter
The mod counts unique status types on the target. Extra stacks of the same effect may help the fight, but they do not raise the Condition Overload count again. One Slash effect and six Slash stacks still count as one status type for this bonus. A primer weapon can add Viral, Heat, Radiation, Magnetic, or other effects before the melee hit lands. Your melee weapon may add more effects on its own.
Reading the Output
The result shows damage without the bonus, damage with the bonus, total bonus percent, expected critical hit value, estimated damage per second, and total damage for a selected hit count. The break-even line is useful. It shows how many unique statuses are needed before the bonus matches your entered ordinary damage mod value. This helps compare it with Pressure Point style damage.
Practical Build Notes
Use realistic numbers when testing. Enter your weapon damage after normal elemental setup only if you want a simplified build total. Enter raw base damage if you want cleaner mod comparison. Keep the stacking model on intended additive mode for most direct melee planning. Use the separate multiplier option only for custom testing, special simulations, or comparison with older discussions.
Smart Status Planning
High status chance is not enough by itself. You need different effects available on the enemy. A companion, primer, Warframe ability, secondary weapon, or squad member can raise the count quickly. The best setup balances status preparation with attack speed, range, critical damage, and survivability. The calculator gives a fast estimate, but in-game tests still matter because enemy armor, resistances, buffs, and weapon quirks can change real damage.
Testing Your Assumptions
Do not treat the output as a game promise. Treat it as a planning baseline. Save one version with a primer count, then test another version without external help. The difference shows how much the build depends on preparation against enemy levels.
Example Data Table
| Build case | Base damage | Ordinary damage | Status types | CO bonus | Best use |
|---|---|---|---|---|---|
| Simple melee hit | 250 | 165% | 1 | 80% | Quick early estimate |
| Primer support | 250 | 165% | 4 | 320% | Status-heavy loadout |
| Squad status stack | 400 | 220% | 6 | 480% | Coordinated damage testing |
FAQs
What does Condition Overload scale from?
It scales from the number of unique status types affecting the target. The calculator multiplies that count by the entered per-status bonus and applies it through the chosen damage model.
Does one status with many stacks count many times?
No. The calculator treats repeated stacks of the same status as one unique type. Add more checked types only when the target has different effects.
Why is 80 percent the default value?
The default reflects a max rank Condition Overload setup. You can change the field for lower rank tests, custom simulations, or future balance changes.
Should I use additive or separate mode?
Use additive mode for normal direct melee planning. Use separate mode for comparison, custom testing, or old build discussions that assumed a separate multiplier.
Can I include a primer weapon?
Yes. Check the status effects your primer usually applies before the melee hit. Add any special outside effects in the extra unique status field.
How does the critical estimate work?
The tool uses a simple expected critical formula. It multiplies average damage by critical chance and critical damage. It is useful for planning, not frame-perfect testing.
Does the calculator include armor reduction?
Use the enemy damage taken field for broad armor, resistance, vulnerability, or mitigation adjustment. Enter 100 for neutral damage and lower values for reduced damage.
What is the break-even status count?
It estimates how many unique status types are needed before Condition Overload matches your ordinary damage bonus entry. It helps compare mod slot value.
Can this calculator predict exact in-game damage?
It gives a strong estimate. Exact damage can differ because of enemy defenses, hidden weapon behavior, buffs, animations, faction rules, and special damage interactions.
Why does the result appear above the form?
The result is placed above the form so users can see the calculation immediately after submitting. This matches fast comparison workflows.
Can I save the calculated result?
Yes. After calculation, use the CSV button for spreadsheet data. You can also use the print button and save the page as a PDF.