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🐝 Walk-Away Splits vs Controlled Splits

A side-by-side 3D comparison of a walk-away split and a controlled split with a mated queen: watch queen status, colony population and Varroa mite load unfold day by day.

Biology & Life3DModerate60 FPS

Two identical daughter colonies, split from the same hive on day zero — one left to raise its own queen, one given an already-mated queen. Scrub the timeline to watch queen status, population and Varroa mite load diverge.

🔬 What It Demonstrates

A walk-away split passes through a genuine multi-week brood break while it raises and mates its own queen; a controlled split resumes egg-laying almost immediately. The brood break starves Varroa of the capped cells it needs to reproduce, visibly thinning the mite-load dots on the walk-away hive's frames.

🎮 How to Use

Drag the Day slider (or press Autoplay) to move both hives through 40 days at once. Adjust frames given to see how starting strength changes buildup speed, and toggle the mite overlay to compare Varroa pressure side by side.

💡 Did You Know?

Some beekeepers deliberately choose a walk-away split as a mite-management tactic — the natural brood break can cut phoretic Varroa numbers by roughly a third to a half with no chemical treatment, at the cost of a few weeks of colony growth.

⚙ Under the hood

A side-by-side 3D comparison of two beehive splits — one queenless (walk-away), one given a mated queen (controlled) — where scrubbing a 40-day timeline animates queen status, colony population and Varroa mite load on each hive's frames.

colony splitswalk-away splitcontrolled splitqueen introductionbrood breakvarroa

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install