Steal an Egg Rarities Explained: Common to Divine

How many rarity tiers are there?

Ten, from Common up through Divine at the top. Across Steal an Egg’s 12 standard biomes there are roughly 104 biome-hatchable pets distributed through that ladder, and on top of those, 53 additional event-exclusive pets come from limited-time egg types: Brainrot, Monster, Parasite, and Rift eggs — none of which count toward the standard rarity tiers.

What are the top-end Divine pets, and where do they come from?

Divine-tier pets are generally tied to a specific biome’s own Divine Egg:

• Unicorn — Cosmic biome
• Kitsune — Cherry Blossom biome
• Nightflame — Titan Temple biome
• Dreadscale — from Monster Chests (event)
• Shattered Colossus — from the Rift event (requires sacrificing three other pets)

See the pet tier list for how these actually rank by earnings once hatched.

What affects how long an egg takes to hatch?

Rarity is the biggest factor, but it’s not the only one — an egg’s size, weight, and any active mutation or hatching boost also shift the timer. In practice, hatch times range from a few seconds for common eggs to 24+ hours or more for the rarest ones, so timing when you steal a top-tier egg matters if you want to be online when it finishes.

Do rare eggs spawn on a fixed schedule?

Not predictably from a player’s perspective. Secret, Eternal, and Divine-tier eggs can appear following a server reset, and because they’re valuable, their appearance is typically flagged server-wide — which also means every other player on the server knows exactly where to go steal it from you.

Where can I check the exact drop table for a specific biome?

Per-egg drop tables (which biome drops which specific eggs) are tracked by community wikis and change as the game updates — treat any specific per-egg percentage you see elsewhere as unofficial and subject to change. This page covers the rarity system itself; check the biome speed requirements guide for which biomes you can currently access, and the beginner guide if you’re still working out the core loop.