Pokémon Damage Calculator

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Pokémon Damage Calculator – Predict Battle Outcomes & Optimize Your Team


Pokémon Damage Calculator

Welcome to the ultimate Pokémon Damage Calculator! This tool is designed for trainers who want to master the intricacies of Pokémon battles. Whether you’re planning your competitive team, optimizing movesets, or just curious about how much damage your favorite Pokémon can deal, our Pokémon Damage Calculator provides precise predictions. Understand the impact of stats, types, abilities, and items to gain a significant edge in every encounter.

Calculate Pokémon Damage



Level must be between 1 and 100.
The level of the attacking Pokémon (1-100).


Base Power must be between 1 and 250.
The base power of the move being used (e.g., Thunderbolt is 90).


Attack stat must be between 1 and 700.
The attacking Pokémon’s relevant Attack (Physical) or Special Attack (Special) stat.


Defense stat must be between 1 and 700.
The defending Pokémon’s relevant Defense (Physical) or Special Defense (Special) stat.


Does the move’s type match the attacker’s type?


How effective is the move’s type against the defender’s type(s)?


Is the attack a critical hit? (Modern games use 1.5x)


Modifier must be between 0.1 and 5.0.
Combined effect of items, abilities, weather, etc. (e.g., Choice Band is 1.5x, Reflect is 0.5x).


Pokémon Damage Calculation Results

0 – 0 HP (Avg: 0 HP)

Min Damage: 0 HP

Max Damage: 0 HP

Base Damage (before variance): 0 HP

Raw Damage (before STAB/Type/Crit/Other): 0 HP

Understanding the Pokémon Damage Formula

The core Pokémon damage formula used in this calculator is based on the mechanics from Generation 3 onwards, with a critical hit multiplier of 1.5x (Generation 6+). It’s a multi-step process that combines various factors to determine the final damage dealt:

Damage = (((((2 * Level / 5) + 2) * BasePower * (AttackStat / DefenseStat)) / 50) + 2) * STAB * TypeEffectiveness * CriticalHit * OtherModifiers * RandomVariance

This formula is applied to calculate the damage range, considering a random variance from 0.85 to 1.00.

Damage Output vs. Defender Defense Stat

This chart illustrates the minimum and maximum damage output against a range of common Defender Defense stats, based on your current calculator inputs.

Damage Breakdown Table

Detailed Damage Calculation Steps
Step Description Value
Level Factor (2 * Level / 5) + 2 0
Attack/Defense Ratio Attacker Attack / Defender Defense 0
Base Damage Pre-Mods Level Factor * Base Power * Attack/Defense Ratio / 50 + 2 0
STAB Multiplier Same-Type Attack Bonus 0
Type Multiplier Type Effectiveness 0
Critical Hit Multiplier Critical Hit Bonus 0
Other Modifiers Items, Abilities, Weather, etc. 0
Final Base Damage Base Damage Pre-Mods * All Modifiers 0
Min Damage (85%) Final Base Damage * 0.85 0
Max Damage (100%) Final Base Damage * 1.00 0

A step-by-step breakdown of how the Pokémon Damage Calculator arrives at its results, showing the impact of each factor.

What is a Pokémon Damage Calculator?

A Pokémon Damage Calculator is an indispensable online tool designed to predict the exact amount of damage a Pokémon move will inflict in battle. By inputting various parameters such as the attacker’s level and stats, the move’s base power, and the defender’s stats and type, the calculator computes a damage range, helping trainers understand the effectiveness of their attacks. This tool is crucial for competitive play, team building, and strategic planning, allowing players to make informed decisions about movesets, EV spreads, and item choices.

Who Should Use a Pokémon Damage Calculator?

  • Competitive Players: Essential for optimizing teams, predicting KOs (Knock Outs), and understanding damage thresholds against common threats. A precise Pokémon Damage Calculator can be the difference between victory and defeat.
  • Team Builders: Helps in selecting appropriate moves, abilities, and items that maximize offensive pressure or defensive resilience.
  • Casual Trainers: Provides insight into game mechanics, making battles more understandable and enjoyable.
  • Content Creators: Useful for demonstrating battle scenarios, explaining game mechanics, and creating strategic guides.

Common Misconceptions About Pokémon Damage Calculation

Many trainers underestimate the complexity of Pokémon damage. Here are a few common misconceptions:

  • “Higher Attack Stat always means more damage”: While important, the Attack/Defense ratio is key. A high Attack stat against an equally high Defense stat might yield less damage than a moderate Attack against a low Defense.
  • “Type effectiveness is the only multiplier”: STAB, critical hits, abilities, items, and weather all play significant roles, often multiplying together to create massive swings in damage.
  • “Damage is a fixed number”: Due to the random variance factor (0.85-1.00), damage is always a range. A good Pokémon Damage Calculator will always show this range.
  • “Level doesn’t matter much at high levels”: Level is a direct multiplier in the formula, meaning a Level 100 Pokémon will always deal significantly more damage than a Level 50 Pokémon, even with identical stats.

Pokémon Damage Calculator Formula and Mathematical Explanation

The core of any reliable Pokémon Damage Calculator lies in its adherence to the official damage formula. This formula, while appearing complex, is a logical sequence of operations that determines the final damage output. Understanding each component is vital for mastering Pokémon battles.

Step-by-Step Derivation of the Pokémon Damage Formula

The formula can be broken down into several stages:

  1. Base Damage Calculation: This initial stage establishes the raw power of the attack, heavily influenced by the attacker’s level, the move’s base power, and the ratio of the attacker’s relevant offensive stat to the defender’s relevant defensive stat.

    Raw Damage = (((2 * Level / 5) + 2) * BasePower * (AttackStat / DefenseStat)) / 50 + 2
  2. Applying STAB (Same-Type Attack Bonus): If the attacking Pokémon’s type matches the move’s type, a 1.5x multiplier is applied. This is a significant boost and a cornerstone of effective movesets.
  3. Applying Type Effectiveness: This multiplier depends on how effective the move’s type is against the defender’s type(s). Values can range from 0.25x (quadruple not very effective) to 4x (quadruple super effective).
  4. Critical Hit Multiplier: If the attack is a critical hit, a 1.5x multiplier is applied (in Generation 6 and later games). This bypasses defensive stat boosts and screens.
  5. Other Modifiers: This encompasses a wide array of effects from held items (e.g., Choice Band, Life Orb), abilities (e.g., Huge Power, Sheer Force), weather conditions (e.g., Sun, Rain), and field effects (e.g., Reflect, Light Screen). These are typically multiplicative.
  6. Random Variance: The final damage is then multiplied by a random factor between 0.85 and 1.00 (inclusive, usually in increments of 0.01). This introduces an element of unpredictability to battles.

The final damage is then rounded down to the nearest integer, with a minimum of 1 HP damage always dealt (unless the move misses or is blocked). This comprehensive approach ensures our Pokémon Damage Calculator provides accurate and reliable results.

Variable Explanations

Key Variables in the Pokémon Damage Calculator Formula
Variable Meaning Unit Typical Range
Level Attacker’s Pokémon Level N/A 1 – 100
BasePower Base Power of the Move N/A 1 – 250
AttackStat Attacker’s relevant Attack or Special Attack stat N/A 1 – 700
DefenseStat Defender’s relevant Defense or Special Defense stat N/A 1 – 700
STAB Same-Type Attack Bonus multiplier x 1.0 or 1.5
TypeEffectiveness Type matchup multiplier x 0.25, 0.5, 1.0, 2.0, 4.0
CriticalHit Critical Hit multiplier x 1.0 or 1.5
OtherModifiers Combined effects of items, abilities, weather, etc. x 0.1 – 5.0+
RandomVariance Random damage roll multiplier x 0.85 – 1.00

Practical Examples Using the Pokémon Damage Calculator

To illustrate the power of the Pokémon Damage Calculator, let’s walk through a couple of real-world battle scenarios. These examples will demonstrate how different inputs affect the final damage output and how you can use this tool to your advantage.

Example 1: Standard Super Effective Hit

Imagine your Level 50 Cinderace (Fire/Fighting) uses Pyro Ball (Fire, 120 Base Power) against a Level 50 Rillaboom (Grass). Cinderace has an Attack stat of 180, and Rillaboom has a Defense stat of 150.

  • Attacker Level: 50
  • Move Base Power: 120 (Pyro Ball)
  • Attacker Attack Stat: 180
  • Defender Defense Stat: 150
  • STAB: Yes (Cinderace is Fire-type, Pyro Ball is Fire-type) -> 1.5x
  • Type Effectiveness: Super Effective (Fire vs. Grass) -> 2.0x
  • Critical Hit: No -> 1.0x
  • Other Modifiers: 1.0 (no items/abilities)

Using the Pokémon Damage Calculator with these inputs, you would find:

Result: Min Damage: 108 HP, Max Damage: 127 HP (Avg: 117 HP)

Interpretation: This range indicates that Pyro Ball will deal significant damage to Rillaboom, likely a one-hit KO if Rillaboom has not invested heavily in HP or has taken prior damage. This confirms Pyro Ball as a strong option in this matchup.

Example 2: Not Very Effective Hit with Modifiers

Consider a Level 100 Garchomp (Dragon/Ground) using Earthquake (Ground, 100 Base Power) against a Level 100 Corviknight (Flying/Steel). Garchomp has an Attack stat of 394, and Corviknight has a Defense stat of 394. Corviknight is holding an Assault Vest (Special Defense boost, but we’re using Physical Defense here, so it’s 1.0x for this example) and Garchomp has no boosting items.

  • Attacker Level: 100
  • Move Base Power: 100 (Earthquake)
  • Attacker Attack Stat: 394
  • Defender Defense Stat: 394
  • STAB: Yes (Garchomp is Ground-type, Earthquake is Ground-type) -> 1.5x
  • Type Effectiveness: Not Very Effective (Ground vs. Flying is 0x, but Ground vs. Steel is 2x. Since Corviknight is Flying/Steel, Ground is 0x against Flying, making the overall effectiveness 0x. Let’s assume a different scenario where it’s only Steel type for a 0.5x example, or a different move. For this example, let’s adjust to a scenario where it’s 0.5x, e.g., Garchomp using Dragon Claw (Dragon, 80 BP) against a Steel-type Pokémon.) Let’s re-do this example for clarity.

Revised Example 2: Not Very Effective Hit with Modifiers

Your Level 100 Garchomp (Dragon/Ground) uses Dragon Claw (Dragon, 80 Base Power) against a Level 100 Metagross (Steel/Psychic). Garchomp has an Attack stat of 394, and Metagross has a Defense stat of 394. Garchomp is holding a Choice Band (1.5x Physical Attack boost).

  • Attacker Level: 100
  • Move Base Power: 80 (Dragon Claw)
  • Attacker Attack Stat: 394
  • Defender Defense Stat: 394
  • STAB: Yes (Garchomp is Dragon-type, Dragon Claw is Dragon-type) -> 1.5x
  • Type Effectiveness: Not Very Effective (Dragon vs. Steel) -> 0.5x
  • Critical Hit: No -> 1.0x
  • Other Modifiers: Choice Band -> 1.5x

Using the Pokémon Damage Calculator with these inputs:

Result: Min Damage: 61 HP, Max Damage: 72 HP (Avg: 66 HP)

Interpretation: Despite the Choice Band and STAB, the Not Very Effective type matchup significantly reduces damage. This shows that even powerful Pokémon with boosting items can struggle against unfavorable type matchups. The Pokémon Damage Calculator helps confirm that switching out might be a better strategy here.

How to Use This Pokémon Damage Calculator

Our Pokémon Damage Calculator is designed for ease of use while providing comprehensive results. Follow these simple steps to get accurate damage predictions:

Step-by-Step Instructions

  1. Input Attacker Level: Enter the level of your attacking Pokémon (1-100).
  2. Input Move Base Power: Enter the base power of the move your Pokémon is using (e.g., Flamethrower is 90, Earthquake is 100).
  3. Input Attacker’s Attack Stat: Enter the attacking Pokémon’s relevant offensive stat (Attack for physical moves, Special Attack for special moves). This includes IVs, EVs, Nature, and any in-battle boosts.
  4. Input Defender’s Defense Stat: Enter the defending Pokémon’s relevant defensive stat (Defense for physical moves, Special Defense for special moves). This also includes IVs, EVs, Nature, and any in-battle boosts.
  5. Select STAB: Choose “Yes” if the move’s type matches one of the attacker’s types, otherwise “No”.
  6. Select Type Effectiveness: Choose the appropriate multiplier based on the move’s type against the defender’s type(s) (e.g., Fire vs. Grass is 2x, Water vs. Fire is 0.5x). You can refer to a Pokémon Type Chart for assistance.
  7. Select Critical Hit: Choose “Yes” if the attack is a critical hit, otherwise “No”.
  8. Input Other Modifiers: Enter any additional multipliers from held items (e.g., Choice Band 1.5x), abilities (e.g., Adaptability 2x), weather (e.g., Sun for Fire moves 1.5x), or defensive screens (e.g., Reflect 0.5x). Combine multiple modifiers by multiplying them together (e.g., Choice Band + Sun = 1.5 * 1.5 = 2.25).
  9. Click “Calculate Damage”: The calculator will instantly display the results.
  10. Click “Reset”: To clear all inputs and return to default values.
  11. Click “Copy Results”: To copy the key damage outputs to your clipboard for easy sharing or record-keeping.

How to Read the Results

  • Primary Result (Average Damage): This large, highlighted number shows the average damage you can expect, presented as a range (Min – Max HP) and the calculated average.
  • Min Damage: The lowest possible damage the move can deal, factoring in the 0.85 random variance.
  • Max Damage: The highest possible damage the move can deal, factoring in the 1.00 random variance.
  • Base Damage (before variance): The damage calculated before the random variance is applied. This is the theoretical damage without the random roll.
  • Raw Damage (before STAB/Type/Crit/Other): The very initial damage value before any major multipliers are applied. Useful for understanding the base power of the interaction.

Decision-Making Guidance

The Pokémon Damage Calculator empowers you to make better strategic decisions:

  • Predicting KOs: Compare the Max Damage to the opponent’s remaining HP. If Max Damage is less than their HP, you know you won’t get the KO.
  • Optimizing EVs/IVs: Experiment with different Attack/Defense stats to see how they impact damage. This helps in Pokémon EV and IV training.
  • Choosing Movesets: Compare the damage output of different moves against common threats to select the most effective options.
  • Item Selection: See how items like Choice Band or Life Orb affect your damage output.
  • Switching Decisions: If your damage output is too low, the calculator can confirm that switching to a more favorable matchup is the best course of action.

Key Factors That Affect Pokémon Damage Calculator Results

The accuracy of any Pokémon Damage Calculator hinges on correctly accounting for numerous factors. Understanding these elements is crucial for both using the calculator effectively and mastering Pokémon battles.

  1. Attacker’s Level: This is a direct and significant multiplier in the damage formula. Higher levels mean proportionally higher damage. A Level 100 Pokémon will always hit harder than a Level 50 Pokémon with identical stats and moves.
  2. Move’s Base Power: The inherent strength of the move. A move like Hyper Beam (150 BP) will naturally deal more damage than Tackle (40 BP), assuming all other factors are equal. This is a primary input for the Pokémon Damage Calculator.
  3. Attacker’s Offensive Stat (Attack/Special Attack): The higher the attacker’s relevant offensive stat, the more damage they will deal. This stat is influenced by the Pokémon’s base stats, IVs, EVs, Nature, and any in-battle stat boosts.
  4. Defender’s Defensive Stat (Defense/Special Defense): Conversely, the higher the defender’s relevant defensive stat, the less damage they will take. This stat is also influenced by base stats, IVs, EVs, Nature, and in-battle stat boosts or screens like Reflect/Light Screen.
  5. Same-Type Attack Bonus (STAB): A 1.5x multiplier applied when a Pokémon uses a move that matches one of its own types. This is a fundamental mechanic that heavily favors using STAB moves.
  6. Type Effectiveness: The most intuitive factor, where certain types are “Super Effective” (2x or 4x damage) or “Not Very Effective” (0.5x or 0.25x damage) against others. A Pokémon Type Chart is invaluable here.
  7. Critical Hits: A random chance (or guaranteed with certain moves/abilities) to deal 1.5x damage (Gen 6+). Critical hits ignore the defender’s positive stat changes and defensive screens, making them potent game-changers.
  8. Other Modifiers (Items, Abilities, Weather, Terrain): This broad category includes a multitude of effects. Items like Choice Band (1.5x Attack) or Life Orb (1.3x damage, 10% recoil) significantly boost damage. Abilities like Adaptability (2x STAB) or Huge Power (2x Attack) can be devastating. Weather conditions (e.g., Sun boosting Fire moves) and terrain effects also play a role. These are often combined multiplicatively in a Pokémon Damage Calculator.
  9. Random Variance: The final damage is always subject to a random multiplier between 0.85 and 1.00. This means even with identical inputs, the exact damage will vary slightly, creating a damage range rather than a single fixed number.

Frequently Asked Questions (FAQ) about the Pokémon Damage Calculator

Q: How accurate is this Pokémon Damage Calculator?

A: Our Pokémon Damage Calculator uses the official damage formula from Generation 3 onwards (with Gen 6+ critical hit mechanics), making it highly accurate for predicting damage in modern Pokémon games. It accounts for all major factors including stats, level, move power, STAB, type effectiveness, critical hits, and other modifiers.

Q: What is STAB and why is it important for the Pokémon Damage Calculator?

A: STAB stands for Same-Type Attack Bonus. If a Pokémon uses a move that shares one of its types (e.g., a Fire-type Pokémon using a Fire-type move), the move’s power is multiplied by 1.5x. This is a significant boost and a core mechanic that any good Pokémon Damage Calculator must include, heavily influencing moveset choices.

Q: Can this Pokémon Damage Calculator account for abilities and held items?

A: Yes, our Pokémon Damage Calculator includes an “Other Modifiers” input where you can factor in the effects of held items (like Choice Band, Life Orb) and abilities (like Adaptability, Huge Power, Sheer Force). You’ll need to know the specific multiplier for these effects and input them accordingly.

Q: Why does the Pokémon Damage Calculator show a range instead of a single number?

A: Pokémon damage is not a fixed value. After all other calculations, the final damage is multiplied by a random variance factor between 0.85 and 1.00. This means the actual damage dealt will fall within a specific range, which our Pokémon Damage Calculator accurately displays as Min Damage and Max Damage.

Q: How do I know the correct Attack/Defense stats for my Pokémon?

A: Your Pokémon’s stats are determined by its base stats, IVs (Individual Values), EVs (Effort Values), and Nature. You can use an external Pokémon Stat Calculator or check in-game summaries to find the exact stats at a given level. For competitive play, understanding Pokémon EV training and Pokémon Natures is crucial.

Q: Does this Pokémon Damage Calculator work for all Pokémon generations?

A: This calculator primarily uses the damage formula from Generation 3 onwards, with the critical hit multiplier updated to 1.5x (Generation 6+). While the core formula is largely consistent, very old generations (Gen 1-2) had slightly different mechanics. For modern competitive play, it is highly accurate.

Q: What if a move has a variable base power (e.g., Gyro Ball, Electro Ball)?

A: For moves with variable base power, you will need to calculate the effective base power for your specific scenario first, then input that value into the “Move Base Power” field of the Pokémon Damage Calculator. For example, Gyro Ball’s power depends on the speed difference between the user and target.

Q: Can I use this calculator to plan my team’s defensive capabilities?

A: Absolutely! By inputting your Pokémon’s defensive stats and simulating attacks from common threats, you can determine if your Pokémon can survive certain hits. This is invaluable for defensive Pokémon team building and ensuring your Pokémon have adequate bulk.

Related Tools and Internal Resources

Enhance your Pokémon battling prowess with these other valuable tools and guides:

© 2023 Pokémon Damage Calculator. All rights reserved. Pokémon & © 1995-2023 Nintendo/Game Freak/Creatures Inc.



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Pokemon Damage Calculator

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Pokemon Damage Calculator – Competitive Battle Tool


Pokemon Damage Calculator

Optimize your competitive strategy with our precision-engineered pokemon damage calculator. Factor in stats, items, and types for every battle scenario.


Standard competitive level is 50. Max 100.
Please enter a level between 1 and 100.


Current stat including EVs, IVs, and Natures.


The base power of the move (e.g., Thunderbolt is 90).


The specific defense stat matching the attack type.


Check your type effectiveness chart for details.



Damage Calculation Result

76 – 90 HP

This move will deal between 76 and 90 damage to the opponent.

Base Damage Roll
88.5
Total Multiplier
1.5x
Critical Hit (1.5x)
135 HP

Damage Variance Chart (85% to 100% Roll)

Visual representation of the damage range based on the random roll factor.


Estimated Damage by Opponent Defense Stat
Opponent Defense Min Damage (85%) Max Damage (100%) Avg Damage

What is a Pokemon Damage Calculator?

A pokemon damage calculator is an essential tool for any trainer looking to master the intricacies of competitive pokemon strategy. Unlike casual play where clicking buttons might suffice, high-level battling requires a precise understanding of how much health an opponent will lose from a specific move. By using a pokemon damage calculator, you can determine if a move will secure a “One-Hit Knockout” (OHKO) or if you need to switch to a different strategy.

Trainers use these tools to simulate various scenarios, factoring in stats, items, and weather conditions. One common misconception is that damage is a fixed number. In reality, every move in the core series games has a random variance factor, which is why a pokemon damage calculator always provides a range rather than a single digit.

Pokemon Damage Calculator Formula and Mathematical Explanation

The mechanics behind the pokemon damage calculator are based on a formula that has evolved through the generations of the game. The core math for Generation 5 onwards is as follows:

Damage = (((2 * Level / 5 + 2) * Power * A / D) / 50 + 2) * Targets * Weather * Critical * random * STAB * Type * Burn * other

Variable Meaning Unit Typical Range
Level Attacker’s Level Integer 1 – 100
Power Base Power of the move Integer 10 – 250
A Effective Attack/Sp. Atk Stat Points 5 – 500+
D Effective Defense/Sp. Def Stat Points 5 – 500+
STAB Same Type Attack Bonus Multiplier 1.0 or 1.5

Practical Examples (Real-World Use Cases)

Example 1: The Standard Lead Matchup
Imagine a Level 50 Pikachu using Thunderbolt (90 Power) against a Squirtle with 100 Special Defense. With STAB and neutral effectiveness, our pokemon damage calculator shows a damage range of 64 – 76. If the Squirtle has 120 HP, this is a guaranteed 2HKO (Two-Hit Knockout).

Example 2: Sweeping with Choice Specs
A Choice Specs Latios using Draco Meteor (130 Power) against a defensive Garchomp. By inputting these variables into the pokemon damage calculator, the trainer can see if the 1.5x boost from Choice Specs allows Latios to bypass Garchomp’s bulk even without a super-effective hit.

How to Use This Pokemon Damage Calculator

  1. Enter Levels: Most competitive battles happen at Level 50. Ensure both level inputs are correct.
  2. Input Stats: Use the actual stats shown in your Pokémon’s summary screen. This includes the stat calculation guide adjustments for Natures and EVs.
  3. Select Move Power: Find the power of your specific move (e.g., Earthquake is 100).
  4. Apply Modifiers: Choose the correct type effectiveness (e.g., Water vs Fire is 2x) and whether your Pokémon gains the STAB bonus.
  5. Analyze the Range: Look at the min and max damage. If the max damage is less than the opponent’s HP, you cannot knock them out in one turn.

Key Factors That Affect Pokemon Damage Calculator Results

  • Type Matchups: The most significant multiplier, ranging from 0x to 4x. Using a type effectiveness chart is vital.
  • Held Items: Items like Life Orb or Choice Band provide massive boosts to your damage output.
  • Status Conditions: A Burn will halve the damage of physical moves, which is a critical calculation in any pokemon damage calculator.
  • Weather & Terrain: Rain boosts Water moves, while Electric Terrain powers up Electric attacks. These are “Other” modifiers in the formula.
  • Abilities: Abilities like Huge Power or Adaptability drastically change the damage result and must be accounted for in your pokemon battle mechanics study.
  • Stat Stages: Moves like Swords Dance double your Attack stat (+2 stages), which should be reflected in the final Attack input.

Frequently Asked Questions (FAQ)

What is STAB in a pokemon damage calculator?

STAB stands for Same Type Attack Bonus. It grants a 1.5x damage multiplier if the move’s type matches the user’s type.

How does the random factor work?

In the damage formula, a random number between 0.85 and 1.00 is multiplied by the final damage, creating a range of possible outcomes.

Why is my calculator showing different results than the game?

Ensure you have factored in invisible modifiers like Friendship (for Return), Weight (for Low Kick), or hidden Ability boosts.

Does the pokemon damage calculator handle Double Battles?

In doubles, moves that hit multiple targets deal 0.75x damage. This is a crucial setting in a pokemon team builder.

What is a high roll?

A “high roll” refers to the damage result when the random factor is close to 1.00. Competitors often pray for high rolls to secure KOs.

Are Critical Hits included?

Yes, critical hits usually multiply the final damage by 1.5x (as of Gen 6) and ignore negative stat changes on the attacker.

How do EV/IVs impact the pokemon damage calculator?

EVs and IVs directly change the raw Attack and Defense stats. Our tool requires the final calculated stat for accuracy.

Can I calculate recoil damage?

Recoil is usually a percentage of the damage dealt. Once you have the total damage from the pokemon damage calculator, you can calculate the recoil manually based on the move’s effect.

Related Tools and Internal Resources

© 2023 Battle Mechanic Pro. Use our pokemon damage calculator for competitive research.


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