Magic Sort! Level 461 Guide: Tube Routing and Strategy

To clear Level 461 in Magic Sort!, preserve at least one of your two starting empty buffer tubes completely blank while consolidating matching top-layer colors across the filled containers. Level 461 features compact four-unit tubes with fragmented color bands. Pouring mixed liquids into both empty tubes early eliminates your maneuverability and causes a deadlock.

The Board Setup and Buffer Tube Rules

Level 461 starts with multiple four-unit liquid tubes and two empty buffer bottles. Every filled tube contains four stacked segments, with single-color units scattered across several containers.

Your mobility depends entirely on the status of your two empty tubes:

Maintain One Pure Buffer: Keep at least one tube completely empty whenever possible. A blank four-capacity tube acts as a universal transfer hub, letting you peel upper segments without cluttering the board.
Avoid Multi-Color Dumping: Never pour two different color bands into an empty buffer tube unless doing so immediately frees a segment beneath it that can transfer elsewhere on the next move.
Plan Immediate Evacuation: When moving a top layer into an empty tube, ensure the newly revealed liquid in the source tube has an active match ready on the board.
Recycle Emptied Tubes: Once you move a temporary color out of a buffer, treat that newly cleared tube as your primary reserve rather than filling it with a random split layer.

Step-by-Step Color Consolidation Sequence

Focus on locking down one complete four-unit color set before tackling fragmented secondary layers. Spreading moves across several colors at once fills your board capacity and restricts further moves.

Phase	Objective	Primary Action	Target Board State
Phase 1	Surface Harmonization	Merge identical top-layer colors across active filled tubes.	Open space created in source tubes without using buffers.
Phase 2	Primary Color Lock	Consolidate the most common surface color into one tube.	First four-unit color completed; one source tube emptied.
Phase 3	Mid-Board Peeling	Shift secondary layers to expose buried third-tier colors.	Hidden layers revealed while preserving one empty buffer.
Phase 4	Endgame Cleanup	Transfer remaining two-tone containers into matching sets.	All tubes sorted into uniform, single-color bottles.

Start Phase 1 by scanning the surface layers across all filled tubes. If two or more containers share the same top color, pour them together if the receiving tube has room. This consolidates identical liquid units and deepens the available capacity in the source container without consuming an empty buffer.

During Phase 2, commit to filling a single tube with all four units of your most exposed color. Locking a full four-unit bottle permanently eliminates that color from the puzzle and frees up a permanent container for the remaining liquid.

How to Access Buried Layers Without Deadlocks

Accessing colors trapped near the bottom of a tube requires checking both the depth of the target color and the size of the blocking layers above it.

Check target depth: Identify which buried color you need to unlock and verify that an open receiver for that color exists on the board.
Inspect blocking block size: Check whether the upper obstruction is one, two, or three units deep.
Check receiving capacity: Ensure the receiving tube has enough empty units to hold the entire blocking segment. If a tube has two units of a color on top, both transfer together if there is space. If the receiving tube only has one open unit, only one unit transfers, leaving the remaining unit behind and splitting your color across two containers.
Execute the transfer: Move the blocking layer into a partial match or a temporary buffer, then pour the revealed target color directly into its matching tube.

Common Mistakes and Recovery

Digging for single rare units early: Avoid targeting a color that only appears as a single segment deep at the bottom of a stack during the opening moves. Extracting it too soon forces you to park unrelated colors in both buffer bottles. Focus on surface-dominant colors first.
Unintentional stack splitting: Pouring matching multi-unit layers into tubes with insufficient remaining volume fragments your colors and clogs empty slots. Verify capacity before transferring identical stacked units.
Recovering from gridlock: If both buffer tubes become partially filled and no legal moves remain, use the undo feature to rewind to the state where you had a completely empty tube. From that branch point, select a different surface color to prioritize for your initial four-unit lock.