Hidden Power Power Calculator

What is the Hidden Power Power Calculator?

The hidden power power calculator is a specialized tool for Pokémon trainers, particularly those engaged in competitive battling and breeding. It deciphers one of the most complex moves in the Pokémon universe: Hidden Power. While in-game its type is listed as “Normal,” its actual damage type and base power are determined by a Pokémon’s Individual Values (IVs)—hidden stats ranging from 0 to 31 for each of the six main stats. This calculator removes the guesswork, allowing you to see the outcome of your breeding efforts instantly.

This tool is essential for anyone looking to optimize a Pokémon’s moveset for specific coverage. For example, if you have an Electric-type Pokémon, you might want it to have Hidden Power Ice to counter Dragon-types. This calculator tells you exactly what IV combination is needed for that specific outcome. Our tool is based on the formulas from Generations II to V, where both type and power varied. From Generation VI onwards, Hidden Power’s base power was fixed at 60. For more on advanced stats, see our pokemon iv calculator.

Hidden Power Formula and Explanation

The calculation for Hidden Power’s type and power is a fascinating piece of bitwise logic. It looks at the least significant bits (LSBs) of each of the six IVs to determine the outcome.

Hidden Power Type Formula

The type is determined by a 6-bit number derived from the parity (odd or even) of the IVs. Let a, b, c, d, e, f be 1 if the corresponding IV (HP, Atk, Def, Spd, SpA, SpD) is odd, and 0 if even.

Type Value = a + 2b + 4c + 8d + 16e + 32f

Final Type Index = floor( (Type Value * 15) / 63 )

This index (0-15) corresponds to a specific type (e.g., 0 for Fighting, 13 for Ice).

Hidden Power Power Formula

The power is calculated similarly, but it uses the second least significant bit of each IV. Let u, v, w, x, y, z be 1 if the remainder of the IV divided by 4 is 2 or 3, and 0 otherwise.

Power Value = u + 2v + 4w + 8x + 16y + 32z

Base Power = floor( (Power Value * 40) / 63 ) + 30

This results in a base power between 30 and 70.

Variables Used in Hidden Power Calculation
Variable	Meaning	Unit	Typical Range
HP IV	Individual Value for Hit Points	Points	0 – 31
Attack IV	Individual Value for Attack	Points	0 – 31
Defense IV	Individual Value for Defense	Points	0 – 31
Special Attack IV	Individual Value for Special Attack	Points	0 – 31
Special Defense IV	Individual Value for Special Defense	Points	0 – 31
Speed IV	Individual Value for Speed	Points	0 – 31

Practical Examples

Example 1: Achieving Hidden Power Ice

Hidden Power Ice is highly sought after for its ability to hit Dragon, Ground, Flying, and Grass types for super-effective damage. A common IV spread to achieve this with maximum power (70) is:

Inputs: HP: 31, Attack: 30, Defense: 30, Sp. Atk: 31, Sp. Def: 31, Speed: 31
Result: The hidden power power calculator will show Hidden Power Ice with a base power of 70.

This spread is popular because it only requires lowering two IVs slightly, preserving the Pokémon’s overall stats. For trainers, this is a key part of the competitive pokemon battling strategy.

Example 2: Achieving Hidden Power Fire

Hidden Power Fire is another popular choice, especially for Pokémon that need to counter Steel-types like Ferrothorn or Scizor.

Inputs: HP: 31, Attack: 30, Defense: 31, Sp. Atk: 30, Sp. Def: 31, Speed: 30
Result: Using the calculator, this IV spread yields Hidden Power Fire with a base power of 70.

How to Use This Hidden Power Calculator

Enter IVs: Input the six Individual Values (HP, Attack, Defense, Special Attack, Special Defense, and Speed) of your Pokémon into the designated fields. Each value must be between 0 and 31.
View Real-Time Results: The calculator automatically updates as you type. The resulting Hidden Power type and base power are displayed instantly in the results section.
Analyze the Chart: The bar chart provides a quick visual reference of your Pokémon’s IVs, making it easy to see your stat distribution.
Reset If Needed: Click the “Reset” button to clear all inputs and return them to the default value of 31.

Key Factors That Affect Hidden Power

IV Parity: The most critical factor is whether an IV is odd or even. This determines the bits used in the type calculation.
IV Remainders: The base power is determined by the second least significant bit of each IV, which is related to its remainder when divided by 4. To get the max power of 70, all IVs must have a remainder of 2 or 3 when divided by 4 (e.g., values of 30 or 31).
Attack IV: The Attack IV is often the one trainers are most willing to sacrifice (making it even) for special attackers who don’t use physical moves. This can be a key part of a good pokemon breeding guide.
Speed IV: Lowering the Speed IV can be detrimental in competitive play, so breeders often try to find combinations that keep the Speed IV at 31.
Generation of Play: This calculator is for Gen II-V. In Gen VI+, the power is always 60, simplifying the process but removing the challenge of breeding for perfect power.
Stat Trade-offs: Achieving a specific Hidden Power type almost always requires imperfect IVs in one or more stats. The goal is to find a spread that provides the desired type while minimizing the impact on the Pokémon’s performance.

Frequently Asked Questions (FAQ)

What is the best Hidden Power?
The “best” type depends entirely on the Pokémon’s role and the team’s needs. Ice, Fire, Grass, and Electric are among the most common due to their excellent offensive coverage. You should check a pokemon type chart to plan.
Why can’t Hidden Power be Normal or Fairy type?
The formula used by the game developers has 16 possible outcomes, which were mapped to all types except Normal. Fairy-type did not exist when Hidden Power was created, and it was excluded from the type pool in later generations.
Does the Attack IV matter for a Special Attacker?
For Hidden Power calculations, yes. For damage calculations of special moves, no. However, a lower Attack IV is often preferred for special attackers to reduce damage taken from the move Foul Play and confusion.
How can I find my Pokémon’s IVs in-game?
In modern games (Sword/Shield, Scarlet/Violet), you can unlock an “IV Judge” function by reaching a certain rank in the Battle Tower or after completing the main story. This will show you ratings like “Best” (31), “Fantastic” (30), etc.
Is a power of 69 much worse than 70?
No. The difference of one power point is almost negligible in real battles. It’s more important to get the right type than to obsess over a single point of base power.
Why does my result have a low base power?
Low base power occurs when multiple IVs have a remainder of 0 or 1 when divided by 4. To maximize power, your IVs should be as high as possible, ideally 30 or 31. This is a focus of any good ev training guide.
Can I get any type with max power (70)?
Yes, it is possible to get any of the 16 available Hidden Power types with a base power of 70. However, this requires very specific IV combinations.
What is the most difficult Hidden Power to get?
No single type is mathematically harder than another, but some require more awkward IV spreads that might negatively impact a Pokémon’s key stats, making them more challenging to breed for competitively. Researching the best hidden power uses can help.

Related Tools and Internal Resources

Expand your Pokémon training knowledge with these related tools and guides:

Pokemon IV Calculator: A tool to determine your Pokémon’s Individual Values from its stats.
EV Training Guide: Learn how to Effort Value (EV) train your Pokémon for optimal performance.
Pokémon Breeding Guide: A comprehensive guide to breeding mechanics, including passing down IVs and Egg Moves.
Competitive Pokémon Battling: An introduction to the world of competitive Pokémon battles.
Pokemon Type Chart: A full chart of type effectiveness to help you plan your team’s moves.
Best Hidden Power: An article discussing strategic uses for different Hidden Power types.