Welcome to the **Pokemon Infinite Fusion Calculator**. This tool helps trainers determine the expected Base Stat Total (BST) of their fused Pokémon, or solve for a required base stat for optimal fusion strategy. Simply enter three of the four core values to calculate the missing one.
Pokemon Infinite Fusion Calculator
Detailed Calculation Steps
Enter your values and press ‘Calculate’ to see the step-by-step solution here.
Pokemon Infinite Fusion Calculator Formula
The calculation for the Base Stat Total (BST) of a fused Pokémon is based on a weighted average of the two parent Pokémon’s BSTs, combined with a fixed or variable stat bonus. This calculator uses the following generalized formula to solve for any missing variable:
Q = 0.5 \times (P + V) + F
Where:
Formula Sources: Serebii – Core Mechanics | Pokémon Fan Wiki – Fusion Concept
Variables Explained
- Target Fusion Base Stat Total (Q): The total expected sum of the fused Pokémon’s six base stats (HP, Atk, Def, Sp.Atk, Sp.Def, Speed). This is the value you are typically solving for.
- Head Pokemon Base Stat Total (P): The sum of the six base stats of the Pokémon whose name and sprite are used for the fusion’s head.
- Body Pokemon Base Stat Total (V): The sum of the six base stats of the Pokémon whose name and sprite are used for the fusion’s body.
- Fusion Stat Bonus (F): An additive factor representing potential bonuses from specific moves, held items, or unique fusion mechanics not captured in the basic average.
What is Pokemon Infinite Fusion Calculator?
Pokemon Infinite Fusion is a fan-made game that allows players to fuse any two Pokémon from the first seven generations, resulting in over 176,000 unique combinations. The resulting fusion inherits traits from both parents, including their typing, abilities, and, crucially, their base stats. A calculator like this is essential for competitive players to quickly determine the theoretical power level (BST) of their potential fusion partners without manual computation.
The base stat calculation is often complex, involving averaging and specific stat inheritance rules (e.g., HP from the body, Attack from the head, etc.). By boiling the core power level down to the Base Stat Total (BST), this calculator provides a quick, strategic measure of a fusion’s overall viability, helping players budget their training efforts (IVs/EVs) effectively.
How to Calculate Fusion BST (Example)
Let’s find the Target Fusion BST (Q), given the other values:
- Identify Inputs: Head BST (P) = 600, Body BST (V) = 540, Fusion Stat Bonus (F) = 15.
- Apply the Formula: Substitute the known values into the equation:
Q = 0.5 \times (600 + 540) + 15. - Sum Parents’ BSTs: $600 + 540 = 1140$.
- Calculate Weighted Average: $0.5 \times 1140 = 570$.
- Add Bonus: $570 + 15 = 585$.
- Final Result: The Target Fusion BST (Q) is 585.
Frequently Asked Questions (FAQ)
Is the Stat Bonus (F) always positive?
Typically, a stat bonus factor in any real-world fusion mechanic represents a small additive constant or multiplier, making it usually positive. However, in our generalized model, if the target BST is lower than the calculated average of the parents, the bonus factor (F) can mathematically be a negative number, indicating a penalty or drawback in the fusion process.
Which Pokémon determines the new fusion’s type?
The resulting Pokémon’s type is a combination. The first type is inherited from the Head Pokémon, and the second type is inherited from the Body Pokémon. The calculator focuses purely on the numerical BST value, independent of the typing.
What is the maximum possible Base Stat Total in the game?
While the theoretical maximum BST is extremely high if you fuse two legendary Pokémon with high individual stats, the game has internal limits. Fusions often result in a BST exceeding 700, making many fusions stronger than official legendary Pokémon.
Why use BST instead of individual stats?
While individual stat calculations are necessary for competitive play, the Base Stat Total (BST) provides the fastest and most reliable benchmark for a Pokémon’s overall power and distribution. If a fusion has a high BST, it’s generally a strong candidate for a team.