Dokkan Damage Calculator

Estimate Your Character’s Ultimate Attack Power in Dokkan Battle

Damage Calculation

Damage Breakdown Table

Approximate damage values based on input parameters. Critical and additional hits are probabilistically averaged.

Scenario	Attack Stat	Super Attack Damage	Critical Hit Damage	Additional Attack Damage	Additional Super Damage	Average Damage
Single Super Attack	—	—	—	—	—	—
With Additional Super	—	—	—	—	—	—

Damage Multipliers Over Time

Estimated damage output across different attack boosts (representing links, buffs, etc.).

What is a Dokkan Damage Calculator?

A Dokkan Damage Calculator is a specialized tool designed to estimate the potential damage output of characters within the popular mobile game, Dragon Ball Z Dokkan Battle. Unlike generic damage calculators, this tool takes into account the unique mechanics and stat systems specific to Dokkan Battle, such as Super Attack multipliers, passive and link skills, type advantages, and critical/additional hit probabilities. It helps players understand how their chosen characters and team compositions will perform in battle, allowing for strategic optimization.

Who should use it:

• Players looking to maximize their character’s offensive potential.
• Teams aiming to tackle difficult content like Legendary Goku Events or Infinite Legendary Campaigns where high damage output is crucial.
• Players curious about the synergy between different unit abilities and how they affect overall damage.
• Content creators and theorycrafters analyzing character performance.

Common misconceptions:

• “It’s just about raw stats.” While important, stats are only one piece. Multipliers, critical hits, additional attacks, and type advantages significantly alter damage.
• “More attack boost is always better.” Diminishing returns and enemy defense can affect the efficiency of extremely high attack boosts.
• “All Super Attacks are equal.” Different Super Attack levels and types (e.g., Great, Extreme, Ultra) have vastly different multipliers.

Dokkan Damage Calculator Formula and Mathematical Explanation

The exact Dokkan damage formula is proprietary and complex, involving numerous hidden modifiers. However, a widely accepted approximation forms the basis of most damage calculators. Here’s a step-by-step breakdown of the core components:

1. Calculate Final Attack Stat: This is the character’s Base Attack Stat amplified by all relevant boosts.
   
   Final Attack = Base Attack * (1 + Total Attack Boost % / 100)
2. Calculate Super Attack Damage: This uses the Final Attack Stat and the Super Attack’s multiplier.
   
   Raw Super Damage = Final Attack * Super Attack Multiplier
3. Apply Type Modifier: Damage is modified based on the attacker’s type versus the defender’s type.
   • Neutral: 1.0x
   • Super Effective (e.g., PHY vs TEQ): 1.5x
   • Not Very Effective (e.g., TEQ vs PHY): 0.5x
   • Critically Effective (Super Effective + Critical Hit): 2.0x (This is a combined effect and often calculated differently in practice, but represents maximum bonus).

   Damage After Type = Raw Super Damage * Type Modifier

4. Apply Defense Reduction: The enemy’s defense reduces the damage taken.
   
   Damage Reduction Multiplier = 1 - (Damage Reduction % / 100)

Final Damage = Damage After Type * Damage Reduction Multiplier
   
   *(Note: In-game, defense often acts as a damage reduction more directly against the final calculated damage, rather than a flat subtraction for each hit type.)*
5. Factor in Critical Hits: A critical hit bypasses type disadvantage and multiplies damage. The effective increase depends on the base critical hit chance.
   
   Crit Multiplier = 2.0 (or higher with specific skills)

Damage with Crit = Final Damage * Crit Multiplier
6. Factor in Additional Attacks: Additional attacks can trigger another instance of damage, potentially another Super Attack. The average damage accounts for the probability.
   
   Average Additional Damage = (Chance / 100) * Damage from Additional Attack
7. Combine for Average Damage: The overall average damage considers the probabilities of critical and additional hits.
   
   Average Damage = (ChanceCrit / 100) * Damage with Crit + (1 - ChanceCrit / 100) * Final Damage + Average Additional Damage
   *(This is a simplified average; Dokkan’s chain calculation is more intricate)*

Variables Table:

Variable	Meaning	Unit	Typical Range
Base Attack Stat	The character’s inherent Attack value at Level 1/maximum level, before any buffs.	Points	5,000 – 20,000+
Super Attack Multiplier	The multiplier applied for performing a Super Attack. Varies by Super Attack Level.	Multiplier (e.g., 5.50)	4.50 – 7.00+
Attack Boost (%)	Total percentage increase from passive skills, link skills, leader skills, supports, Burnt Areas, etc.	Percentage	0% – 500%+
Type Advantage Bonus (%)	Damage multiplier based on the attacker’s type against the defender’s type.	Multiplier (e.g., 1.5)	0.5, 1.0, 1.5, 2.0 (for Crit)
Enemy Defense Stat	The defensive stat of the enemy unit.	Points	10,000 – 1,000,000+
Damage Reduction (%)	Percentage of damage mitigated by passive skills, equipped items, etc.	Percentage	0% – 100%
Critical Hit Chance (%)	Probability of landing a critical hit, which multiplies damage.	Percentage	0% – 100%
Additional Attack Chance (%)	Probability of performing an additional normal or Super attack.	Percentage	0% – 100%

Practical Examples (Real-World Use Cases)

Example 1: Offensive Powerhouse

Character: A top-tier offensive unit like SSJ4 Gogeta.

Inputs:

• Base Attack Stat: 18,500
• Super Attack Multiplier: 5.90 (Extreme Super Attack)
• Attack Boost: 250% (from passive, links, leader skills)
• Critical Hit Chance: 65% (from passive + Hidden Potential)
• Additional Attack Chance: 40%
• Additional Super Chance: 20%
• Type Advantage: Super Effective (1.5x)
• Enemy Defense Stat: 60,000
• Damage Reduction: 10% (from an active skill or passive)

Calculation Steps (Simplified):

1. Final Attack Stat: 18,500 * (1 + 250/100) = 18,500 * 3.5 = 64,750
2. Raw Super Attack Damage: 64,750 * 5.90 = 382,025
3. Damage After Type: 382,025 * 1.5 = 573,037.5
4. Damage Reduction Multiplier: 1 – (10/100) = 0.9
5. Final Damage (Non-Crit): 573,037.5 * 0.9 = 515,733.75
6. Critical Hit Damage: 515,733.75 * 2.0 = 1,031,467.5
7. Average Damage (considering Crit): (0.65 * 1,031,467.5) + (0.35 * 515,733.75) = 670,453.875 + 180,506.8125 = 850,960.6875
8. Additional Attack Average Damage (assuming another non-crit Super): 0.40 * 515,733.75 = 206,293.5
9. Average Damage (considering Additional Super): 850,960.6875 (from crit avg) + 0.20 * 515,733.75 (Addl Super) = 850,960.6875 + 103,146.75 = 954,107.4375

Estimated Main Result: ~954,108 Damage

Interpretation: This character, under these conditions, can consistently deal near-1 million damage per attack slot, with critical hits pushing it significantly higher. The presence of additional Super Attacks further boosts the average damage per turn.

Example 2: Defensive Tank with Support

Character: A unit like TEQ God Goku (F2P)

Inputs:

• Base Attack Stat: 12,000
• Super Attack Multiplier: 5.00 (Extreme Super Attack)
• Attack Boost: 150% (passive + links + support)
• Critical Hit Chance: 0% (no built-in crit or potential)
• Additional Attack Chance: 10%
• Additional Super Chance: 5%
• Type Advantage: Neutral (1.0x)
• Enemy Defense Stat: 70,000
• Damage Reduction: 40% (from passive skill)

Calculation Steps (Simplified):

1. Final Attack Stat: 12,000 * (1 + 150/100) = 12,000 * 2.5 = 30,000
2. Raw Super Attack Damage: 30,000 * 5.00 = 150,000
3. Damage After Type: 150,000 * 1.0 = 150,000
4. Damage Reduction Multiplier: 1 – (40/100) = 0.6
5. Final Damage: 150,000 * 0.6 = 90,000
6. Average Damage (considering Additional Super): 90,000 + (0.05 * 90,000) = 90,000 + 4,500 = 94,500
7. Average Damage (considering Additional Attack Normal): 94,500 + (0.10 * (30000 * (1 + 150/100) * 0.6)) = 94,500 + (0.10 * (30000 * 2.5 * 0.6)) = 94,500 + (0.10 * 45,000) = 94,500 + 4,500 = 99,000

Estimated Main Result: ~99,000 Damage

Interpretation: This unit focuses less on raw damage output and more on defense or utility. While its damage is significantly lower than the first example, its high damage reduction makes it valuable for tanking hits. The average damage here is calculated considering its small chances for additional attacks.

How to Use This Dokkan Damage Calculator

1. Gather Your Character’s Stats: Locate the character you want to calculate damage for in Dokkan Battle. Note down their “Base Attack Stat”. This is crucial and can usually be found in the character details screen.
2. Identify Super Attack Multiplier: Find the Super Attack level and its corresponding multiplier. Most calculators use a default of 5.0 for Level 1, increasing by 0.1 for each subsequent level, but specific units might have unique values. Standard Extreme Supers are typically 5.0, Ultra Supers 5.5, and some special ones higher.
3. Determine Attack Boost: This is perhaps the most complex part. Sum up all percentage increases from:
   • Leader Skills
   • Passive Skills (including ATK & DEF boosts, conditional boosts)
   • Link Skills (only active links should be considered)
   • Support Memory effects
   • Support Units (e.g., Whis’s support items)
   • Burnt Area / Battlefield Memory buffs

   Add all these percentages together. For example, 50% from Leader + 100% from Passive + 30% from Links = 180% total boost.

4. Input Critical and Additional Chances: Enter the percentage chance for critical hits (usually from Hidden Potential or passive skills) and additional attacks (also from passive, links, or Hidden Potential). If a character guarantees an additional Super Attack, you can input the chance for that specifically.
5. Select Type Advantage: Choose the appropriate type modifier based on the attacker’s type and the enemy’s type. Use “Super Effective” if your type is strong against the enemy, “Not Very Effective” if weak, and “Critically Effective” if you are super effective AND the calculation factors in a guaranteed crit bonus.
6. Input Enemy Stats: Enter the enemy’s Defense Stat and any Damage Reduction they possess (from their passive skills or abilities).
7. Click “Calculate Damage”: Press the button to see the results.

How to Read Results:

• Final Attack Stat: Your character’s attack value after all boosts are applied before the Super Attack multiplier.
• Raw Super Attack Damage: The damage before type modifiers, critical hits, or defense.
• Intermediate Values: Show specific damage components like critical hit damage and average additional attack damage.
• Main Result (Highlighted): This typically represents the *average damage per attack slot*, considering the probabilities of critical and additional hits. This is often the most useful metric for comparing units.
• Table and Chart: Provide visual breakdowns and trends, helping to understand damage potential under various conditions.

Decision-Making Guidance:

Use the results to inform your team-building decisions. A character with a high damage output might be crucial for difficult events. Conversely, a unit with lower damage but high defense and support could be essential for survival. Compare different units’ potential damage to see who fits best in your team slots.

Key Factors That Affect Dokkan Damage Results

Several elements significantly influence a character’s damage output in Dokkan Battle. Understanding these is key to optimizing your teams:

1. Base Attack Stat: The foundation of all damage. Higher base stats mean higher potential damage ceiling, especially when combined with strong multipliers. Characters with naturally high Attack stats are generally preferred for offensive roles.
2. Super Attack Multiplier & Level: This is a direct multiplier applied to your Attack stat. A higher multiplier (e.g., Ultra Super vs. Extreme Super) or a higher Super Attack level drastically increases damage. Investing Kais into raising Super Attack levels is vital.
3. Attack & Critical Hit Boosts: These come from various sources:
   • Passive Skills: Often provide the largest conditional or unconditional ATK boosts.
   • Link Skills: Essential for boosting stats and providing utility. Links like “Saiyan Warrior Race” or “Prepared for Battle” offer ATK boosts.
   • Leader Skills: Define the buffs for your entire team. A good leader skill ensures all members receive substantial stat increases.
   • Support Units: Characters that provide ATK buffs to allies, either through their passive skill or specific active skills.
   • Hidden Potential System: Critical Hit and Additional Attack boosts are crucial here. Prioritizing critical hits often yields better damage consistency.
4. Type Advantage/Disadvantage: Attacking a weaker type (e.g., STR vs. PHY) grants a 1.5x damage multiplier. Attacking a stronger type imposes a 0.5x multiplier. This is a significant factor, especially in challenging events where exploiting type matchups is key.
5. Enemy Defense Stat: While not always obvious, enemy defense reduces the damage you deal. Units with high base defense can significantly mitigate incoming damage. Some enemy passives also increase their defense during battle.
6. Damage Reduction: Many units possess passive skills or use active skills/items that reduce incoming damage by a percentage. This is critical for survivability, especially against powerful bosses. It directly multiplies the final calculated damage.
7. Additional Attacks & Super Attacks: The chance to perform extra attacks, especially additional Super Attacks, dramatically increases a unit’s average damage per turn (Damage Per Turn – DPT). Characters with high additional Super Attack chances are highly valued.

Frequently Asked Questions (FAQ)

Q1: How accurate is this Dokkan Damage Calculator?

This calculator uses a widely accepted formula that approximates Dokkan’s damage calculation. It doesn’t account for every single hidden modifier or niche interaction present in the game, but it provides a very strong estimate for most scenarios. It’s excellent for comparing units and understanding general performance.

Q2: What is the difference between “Average Damage” and “Main Result”?

The “Average Damage” might refer to a specific scenario (like a single Super Attack). The “Main Result” typically represents the overall average damage per turn, factoring in the probabilities of critical hits and additional attacks occurring. It’s usually the most representative figure for a unit’s offensive capability.

Q3: My character has a guaranteed critical hit. How do I calculate that?

If a character guarantees a critical hit, set the “Critical Hit Chance” to 100% (or 1.0 if using multipliers directly). The calculator will then use the critical hit damage multiplier (usually 2.0x) for all their attacks, assuming no type disadvantage.

Q4: What if my character has multiple passive ATK boosts that are conditional?

This is where estimation becomes tricky. You’ll need to decide which conditions are most likely to be met in the content you’re playing. For a general estimate, you might average the boosts or use the highest possible boost if aiming for a damage ceiling. For specific scenarios, calculate each possibility separately.

Q5: How do I input “Damage Reduction”?

Damage Reduction works as a multiplier. If a character reduces damage by 30%, you input ’30’ into the field. The calculation then multiplies the incoming damage by (1 – 0.30) = 0.7. Some enemies also have inherent damage reduction.

Q6: Does this calculator factor in debuffs on the enemy (e.g., DEF lowered)?

The core calculator does not automatically apply enemy debuffs. However, if you know the enemy’s DEF will be lowered by a specific amount or percentage, you can adjust the “Enemy Defense Stat” or manually calculate the final damage reduction based on the debuff’s effect before inputting it.

Q7: What does “Critically Effective” mean in Type Advantage?

“Critically Effective” is a special modifier representing a situation where your attack is both Super Effective AND a Critical Hit occurs simultaneously. This results in a 2.0x multiplier on top of the standard 1.5x super effective bonus, leading to significantly higher damage. It’s effectively 1.5 * 2.0 = 3.0x bonus damage IF your type is advantageous AND you crit.

Q8: Why does my character’s calculated damage seem lower than in-game?

Several factors could be at play: hidden multipliers, active skills not accounted for (e.g., additional ATK boosts from items), specific enemy passives (like damage cut), or complex stacking mechanics that aren’t fully modeled in simplified calculators. Always check if all relevant links, leader skills, and passive conditions are met in your calculation.

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