How to Find the Exit Order in Hard Color Block Jam Levels

What does an exit order mean?

An exit order is a plan for deciding which visible route can be completed next. It is not a move list copied from an unknown board; it is the reasoning used to compare exits, controlling blocks, and the state each move creates.

Rollic’s official Tips for Hard Levels recommends studying the entire board, planning a few moves ahead, and passing blocks in the right order so they do not block each other. Those are broad principles, not a universal solution; the order must come from your visible layout.

Because the same level number can look or play differently after an update, use the board-match workflow before trusting an older exit order. If the opening does not match, the route is only a lead.

How should you map the board?

Map the board by dependencies. Start with each exit, then identify what prevents a block from reaching it. A short list only needs to show which move affects which route.

1. List every visible exit, destination, or route-changing gate.
2. Note the blocker, key, lane, or other obstacle that controls access to each one.
3. Mark which items can move immediately and which require another state change first.
4. Identify shared lanes or blocks that affect more than one route.
5. Write the first visible checkpoint where the board should change.

This is a planning model, not a claim that every board uses the same mechanism. It helps you ask what a move clears, what it preserves, and which route depends on it.

How do you choose the next move?

Choose the move that resolves one dependency without making the remaining routes harder to test. Opening the next route while preserving alternatives is easier to verify than clearing a block that closes another exit.

Question	Useful answer	Warning sign
What does the move clear?	A stated route dependency	“It looks helpful”
What does it preserve?	Access to the next exit or lane	No thought about later moves
Which colors remain?	Each still has a plausible route	One color has no visible opening
What can be verified next?	A visible checkpoint	The sequence continues without a check
What if the plan fails?	Return to the last matching state	Improvise a new move immediately

The deadlock planning guide checks what a move removes, what it protects, and whether each remaining route is plausible. This is conservative because a board can look open while a later dependency is broken.

Should you follow the first available move?

Not necessarily. A movable block may be a gate, hold a lane open, or prevent another block from entering a dead position. Planning ahead matters most when it changes which available move you choose.

An easy exit unrelated to the critical path may waste a move. An easy move that preserves the next route and exposes a checkpoint may be the better first step.

When should you stop and recheck?

Stop when the board no longer matches the plan, a route that should be open is blocked, or two remaining colors need the same lane. Recheck the opening and first failed checkpoint instead of repairing an unknown state.

When the exit order comes from a video walkthrough, pause where its state changes and compare the visible board. Treat a failed checkpoint as a boundary because later moves depend on the earlier state.

The hard-level directory can help you find related pages, but it does not prove that a route fits your board. The complete level example shows how a source-backed page presents limitations, so verify every new source with the same steps.

How should you recover from a bad exit order?

Return to the last state that matched the plan and identify the first move that made a destination unreachable. Rebuild the dependency map from there rather than repeating the same assumption.

1. Pause before making another irreversible change.
2. Return to the last matching checkpoint if the game allows it.
3. Re-list the remaining exits and the blocker that controls each one.
4. Choose a different move that preserves a route for every remaining color.
5. Record the first difference so you do not repeat the same plan.

A replay can reveal a missed dependency, but Rollic’s suggestion to take a break and try again is not proof that another sequence exists.

What should you not infer from an exit order?

Do not infer a hidden mechanism, a guaranteed move count, or a version cause from a route alone. A sequence demonstrates only what happened on the board it shows.

Keep the labels separate: a source link is a lead, a matching opening and checkpoint make a route relevant, and a failed checkpoint leaves later moves unverified.

Rollic says every level can be completed without spending money or boosters, and its tips emphasize patience, planning, and order. Use those principles to guide your search, not to invent a sequence for an unverified layout.