OUTGOING HIT
—Select gear and a skill
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Eastern build forge
Metin2 Resistance Calculator
Model class skills, PvM/PvP bonuses, weapon ranges and resistance layers with two independent builds.
Live importer
Loading catalogue…
Source values + calibrated combat
02
LOADOUT
Equipment board
04
RESOLUTION
Fight outcome
INCOMING HIT
—Target pressureSUSTAINED DPS
—Cooldown-awareTIME TO KILL
—Against target HPDamage pipeline Build A
Exact item effects source totals
05
DECISION
Build A vs Build B
BUILD A DPS
0BUILD B DPS
006
ITEM ANALYSIS
Weapon & accessory comparison
Select one equipment category and compare two recorded items at the same or different enhancement levels. Item A is applied live to Build A and Item B is applied live to Build B, so Fight Outcome and Decision update as soon as you change an item or enhancement.
ITEM A
ITEM B
STEP-BY-STEP GUIDE
How to use the Metin2 build and damage simulator
Build a character, equip source-backed items, choose a skill and target, then test how weapon attack, class attributes, PvM/PvP bonuses and resistances change the result.
- 01
Choose your class and level
Select Warrior, Ninja, Sura, Shaman or Lycan. Enter the level and core VIT, INT, STR and DEX values that match the character you want to model.
- 02
Equip the current loadout
Open each equipment slot and select the weapon, armour, jewellery and other items. Set the enhancement level where the catalogue provides upgrade data.
- 03
Select the skill or normal attack
Choose the attack you want to test. The skill card shows its damage type, number of hits and the confidence level of the formula.
- 04
Configure the target
Choose a target or enter custom HP, defence and the resistance that applies to the selected damage type. Enter enemy attack to estimate incoming damage.
- 05
Choose PvE or PvP
Use PvE for monsters and PvP for player-versus-player testing. Mode-specific modifiers are applied before the final result is shown.
- 06
Read and compare the result
Review outgoing hit, incoming hit, sustained DPS and time to kill. Use Build A and Build B to isolate the effect of a single item or stat change.
Controlled comparison tip
For a clean item test, copy the same setup into Build A and Build B, then change only one weapon, accessory or upgrade level.
Metin2 field manual
Plan Metin2 equipment around the damage source, not the item name.
A useful Metin2 comparison separates base weapon output, class attributes, monster or player bonuses, critical and piercing chances, and the defence that answers the selected attack. The notes below turn those layers into a repeatable testing method.
Class first
Warrior, Ninja, Sura, Shaman and Lycan profiles do not value STR, DEX and INT in the same way. Start with the correct class before judging equipment.
One damage family
Keep normal attack, skill damage and elemental or race bonuses separate. A weapon that wins one test may lose another.
Target-specific defence
Sword, two-handed, dagger, arrow, magic and elemental defences should be tested against the attack that actually reaches the target.
Controlled upgrades
Compare +0 to +9 or one bonus change at a time. Changing several pieces together hides the reason for the result.
Why bonuses need a controlled test
Metin2 equipment can combine default item values with added bonuses. Weapons may carry class attributes, critical or piercing chance, race damage and—in supported item families—average or skill damage. Armour and jewellery can answer the same fight from a defensive angle with HP, elemental resistance or weapon defence.
Because several bonuses can affect one attack at once, the highest visible attack value is not automatically the strongest setup. StatTuner keeps Build A and Build B independent so one weapon, talisman, bracelet or resistance change can be isolated against the same skill and target.
How to read weapon and jewellery changes
Use the item comparison table for source statistics, then verify the practical winner in the combat model. Bracelets often contribute attack speed plus another scaling attribute, earrings can add a class stat, and talismans are tied to elemental power. Those effects matter differently for normal attacks, skills and specialised PvM targets.
A clean test uses the same character level, class attributes, target defence and combat mode. Equip the first candidate to Build A and the second to Build B. The difference in outgoing average, sustained DPS and incoming pressure reveals whether the change is offensive, defensive or merely cosmetic in that scenario.
A practical resistance workflow
Start with the opponent profile you actually face. Enter the relevant defence or resistance, not a generic value. Then run the same skill with and without the item that supplies the resistance. This shows the marginal reduction rather than an abstract percentage.
For PvP, repeat the test with the enemy attack value filled in. A build can lose a small amount of outgoing damage while gaining enough mitigation to survive another hit. The better build therefore depends on time to kill and incoming average together, not DPS alone.
CONTROLLED TESTS
What should you compare?
COMMON QUESTIONS
Build laboratory FAQ
Why can a lower attack weapon deal more damage?
Its class scaling, average damage, skill damage, attack speed or target-specific bonuses may be more valuable for the selected attack.
Should I compare items at different upgrade levels?
You can, but first compare equal levels. A second test at the levels you can actually afford gives a more realistic buying decision.
Does one resistance protect against every attack?
No. Test the resistance that matches the selected damage family or weapon type.
Why are Build A and Build B equal?
Both builds start independently but may still contain identical stats and equipment. Change only one item or attribute to create a measurable difference.
Is the result an official server value?
Item values can be source-backed, while complete combat formulas may be calibrated when the publisher does not expose every server-side rule. Confidence is shown beside the result.
Reference trailSource pages inform the data review. All explanations and testing workflows on this page are original summaries written for StatTuner.
Metin2 Resistance Calculator
This tool helps you understand how much damage is reduced by resistance. You can quickly test different resistance values. See the final damage after a specific resistance is applied. This helps you plan your gear and builds. Optimize your character's defenses for any challenge, from farming to boss raids.
About this tool
The Metin2 Resistance Calculator helps you understand damage reduction. Resistance is crucial for survival in Metin2. It directly lowers incoming damage from specific attack types. Use this tool to see your effective damage reduction and make better gear choices.
This calculator simplifies combat planning. Quickly test different resistance values. See the exact damage reduction from your armor, accessories, or buffs. It's perfect for optimizing your build for dungeons, boss fights, or PvP. Plan smarter, survive longer, and dominate Metin2!
How to use it
- 01
Enter Base Damage
Input the base damage you expect to receive. This is the raw damage before any resistance or other defensive stats are applied. It's the maximum damage an attack could deal without protection.
- 02
Input Target Resistance
Enter the resistance percentage you want to test. For example, input '15' for 15% Magic Resistance. This value represents your character's total resistance against a specific damage type.
- 03
View Calculated Damage
The calculator instantly shows the damage taken after resistance. This is the final damage you would receive in-game. See how different resistance values change the outcome.
- 04
Compare Resistance Values
Adjust the resistance percentage to compare different gear or buffs. Quickly see if adding more resistance makes a significant difference to your survival. This helps you evaluate potential upgrades.
- 05
Optimize Your Defenses
Use the results to make informed gear decisions. Determine which resistance types are most effective for your current challenges. Optimize your character's defenses for specific monsters, bosses, or PvP.
WORKED EXAMPLE
800 DamageCalculating Magic Damage Reduction with Black Steel Armour +9
You are fighting a magic-casting boss that hits for 1000 base magic damage. You want to know how much damage you'll take with Black Steel Armour +9, which gives 20% Magic Resistance. This helps you decide if the armor is a good choice for this fight.
Pre-resistance Damage1000Target Resistance20%
Formula
Damage after resistance = pre-resistance damage × (1 − effective resistance)- Start with 1000 base magic damage. This is before any resistance.
- Black Steel Armour +9 gives 20% Magic Resist. Convert 20% to a decimal: 0.20.
- Calculate the damage multiplier: (1 - 0.20) = 0.80. This means you take 80% of the original damage.
- Multiply base damage by this factor: 1000 × 0.80.
- This gives the final damage after resistance.
| Target Resistance | Damage Taken (from 1000 base) |
|---|---|
| 0% | 1000 |
| 10% | 900 |
| 20% (Black Steel Armour +9) | 800 |
| 30% | 700 |
Limitations
- This tool only calculates damage reduction from a single resistance value. It does not combine multiple resistance types or complex stacking.
- It does not account for other combat mechanics like defense points, attack value, critical hits, or skill damage.
- The calculator assumes resistance is a direct percentage reduction. Some game mechanics might have different or capped calculations.
- It does not consider specific monster resistances, PvP modifiers, or character class bonuses. Use other tools for those details.
With Black Steel Armour +9, 1000 magic damage becomes 800 damage. Your armor reduced the damage by 200 points. A 20% magic resistance is very effective against magic attacks. This reduction can be crucial for surviving tough boss hits, making resistance planning vital for challenging content.