Palworld Breeding Calculator

Breed any two Pals, find parent combos, and discover the shortest breeding chains — instantly.

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Select two Pals to see their offspring

Discover the World of Pals

Fight, farm, build and work alongside mysterious creatures called “Pals” in this completely new multiplayer, open world survival and crafting game!

Capture and Train

Capture × Train

Palworld blends intense combat, monster-catching, and deep base building into one seamless experience. Use Pal Spheres to capture weakened creatures and turn them into powerful allies.

Build and Automate

Build × Automate

Experience the thrill of building bases alongside your Pals. Deploy Pals to automate your production lines, ensuring a steady flow of resources, crops, and power.

World and Multiplayer

World × Multiplayer

Adventure knows no bounds when you play with others. Join forces to explore the wilderness, or embrace the rivalry by raiding others to seize their Pals and resources.

Frequently Asked Questions

How does Palworld breeding work?
In Palworld, breeding combines two parent Pals to produce an offspring. The child is determined by averaging the parents' breeding power values and finding the Pal closest to that average. Place two Pals in the Breeding Farm with a Cake and wait for the egg.
What is the best breeding calculator for Palworld?
PalBreeder is the fastest Palworld breeding calculator, offering instant results for breeding two Pals, reverse parent lookup, and multi-step breeding chain computation. It works entirely client-side with zero API calls for instant performance.
How do I breed rare Pals like Anubis or Jetragon?
Rare Pals require specific parent combinations with low breeding power averages. Use our Find Parents tool to discover all possible combinations, or use the Breeding Chain feature to find step-by-step paths from common Pals to your target.
Can I breed any two Pals together?
Yes! Any two Pals can be bred together in Palworld. The offspring is determined by the average of both parents' breeding power values. Some combinations produce the same offspring, while others create unique results.