Palworld Breeding Calculator

Most players assume the Pal you hatch is random, or that it depends on the parents' elements or levels. Neither is true. Palworld breeding is a deterministic numbers game: every Pal species carries a hidden Breeding Power value, and the child is decided by averaging the two parents' values and matching that average to the nearest Pal in the game's breeding table. A handful of specific parent pairs ignore the average entirely and always produce a set child. The calculator performs that math in both directions: pick two parents to see the child, or pick a child to see which parent pairs produce it. Read on to understand the results and the tool's limits, so you do not waste a single Cake.

Open the calculator and you will see two dropdowns labelled for the parent Pals. Select any male and any female from the list, then press the calculate button. The tool returns the child Pal the standard breeding power formula predicts, plus the numerical Breeding Power of both parents and the average that produced the child. This is the parent-to-child direction, and it answers the question every breeder asks first: I have these two, what do I get?

The other direction exists for the reverse problem. If you need a specific Pal for your base or combat team, you do not want to trial-and-error dozens of pairs. Use the Find Parents mode. Pick the child you want from the child dropdown, and the tool lists every known parent pair in its dataset that can produce that Pal. That includes both standard formula matches and unique pairs that override the formula. This is the faster route when you already know the destination and need the road map.

One honest limitation up front: the calculator only offers this parent-to-child direction as a primary flow. The Find Parents mode is present in the interface, but the tool's own description and the home copy describe it as available; the actual behaviour on this build is that the parent list stops at the launch roster, ending at Jetragon. Pals added in later updates are not in the dataset yet, so a search for a newer Pal will return nothing. The breeding power numbers shown here are the tool's own relative scale, not the game's datamined values, so a result can differ from what the game actually hatches. Cross-check any critical breed against the datamined data if the exact child matters more than a close match.

Every Pal species has a hidden numerical value called Breeding Power, sometimes shortened to BP. The standard formula is simple: add the two parents' BP values, divide by two, and find the Pal in the breeding table whose BP is closest to that average. That Pal becomes the child. For example, if one parent has BP 1000 and the other has BP 2000, the average is 1500, and the child will be the Pal with a BP nearest to 1500.

This is why two of the same species always produce that species: the average of two identical BP values is that same value, and the closest match is the species itself. Same species breeding is the only guaranteed standard formula result. For everything else, the distance matters. The game does not round up or down; it picks the nearest value. If two Pals are equally close to the average, the game's tiebreak is not documented in the datamined data, so you cannot predict it with certainty. The calculator's own dataset may break the tie differently than the game does.

Unique pairs break the formula entirely. Some specific parent combinations always produce a child that is not the BP average. The classic example is Suzaku plus Mossanda producing Grizzbolt, a result no average would predict. These unique combos exist for legendary and rare Pals like Shadowbeak, Paladius, Necromus, and Frostallion. The calculator's unique pairs are hardcoded as exceptions, so they appear in the results even when the BP math says otherwise. When you use the Find Parents mode, these unique pairs are listed alongside the standard formula matches, so you can see both routes to the same child.

Understanding the Breeding Power Range

The BP values in the table above are on the tool's own scale, not the game's datamined numbers. The datamined range for Pals like Lamball at 1460 and Anubis at 1750 shows the actual spread is wider than the tool's 0 to 1500 guess. Always check which scale a source uses before comparing numbers.

Common Breeding Mistakes

The biggest mistake is trusting an old breeding power chart that has not been updated for new Pals or rebalancing patches. Another is forgetting to have a Cake in your inventory, which stops the breeding process entirely. Also, do not assume the child is the average of the parents' levels; it is the average of their Breeding Power values, not their levels.

Accuracy of the Calculator

The calculator is accurate for the Pals in its current dataset, which covers the launch roster up to Jetragon. It does not model unique pairs as part of the standard formula, so a result can differ from what the game hatches for those exceptions. Cross-check any critical breed against datamined breeding data from a source that tracks the current game version.

Most players come to breeding for one of three reasons: a better base worker, a stronger combat Pal, or a Pal that cannot be found in the wild. For base work, you want Pals with high Work Suitability levels, like Anubis for Handiwork or a high-level Kindling Pal for cooking. For combat, you want high Attack or Defense stats and good passive skills. The calculator helps you reach these targets by showing you the parent pairs that produce the child you want, and from there you can breed multiple offspring to roll for better stats and inherited passives.

The best breeding combos page covers the top meta picks in detail, but the key principle is that you are not stuck with the first child the formula gives. Breeding chains let you step from a common Pal to a rarer one one generation at a time. For example, you might breed two low-BP Pals to get a mid-tier Pal, then breed that Pal with another to reach a higher BP target. The calculator's Find Parents mode is how you plan those chains, because it shows you every pair that produces the intermediate Pal you need.

Passive skill inheritance is the other half of the puzzle. The child's species is fixed by the BP average, but its passive skills are inherited from the parents, with a chance for each parent's passives to pass down. You cannot guarantee a specific passive will pass; you must breed many offspring and select for the ones that inherit the skill you want. The calculator does not model passive inheritance, so you will need to breed and check manually. Start with two parents that have the passives you want, breed them together, and keep the offspring that inherit, then breed those offspring onward.

The calculator's own relative breeding power scale does not match the game's datamined values, and the Find Parents mode is not fully implemented for Pals beyond Jetragon, so a reader who needs a specific post-launch Pal must rely on datamined sources rather than this tool.