Why Is My Arrow Blocked? Arrow Puzzle Collisions Explained

First, understand how a winding arrow moves

An Arrow Puzzle arrow can be a straight line, an L-shaped line, or a much longer path with several turns. The arrowhead determines the initial exit direction.

When you select it, the head moves forward while the rest of the line follows its original winding route. Think of pulling a flexible cord through its own path, rather than picking up a rigid shape and sliding it to one side.

If nothing obstructs that movement, the line is drawn out and disappears. If the head encounters a blockage, it advances toward the obstacle and then returns to its starting position. That visual bounce is deliberate feedback.

Blocker type 1: another arrow is in the exit lane

The simplest case is an arrowhead pointing directly toward another line. Even if the lines do not touch in the starting layout, the forward movement can cause a collision.

Imagine a right-facing arrow. A separate vertical arrow lies a few grid spaces to its right. Tapping the first arrow causes its head to move right, where it meets the vertical segment. The arrow bounces back.

What to do: find a safe way to remove the vertical blocker first. Then inspect the right-facing arrow again. If that was its only obstruction, its exit may now be clear.

The important idea is that not touching at the start does not mean clear during movement.

Blocker type 2: the arrow meets its own body

Self-blocking is easier to miss because you are looking at one continuous line rather than two separate arrows.

Consider a path that bends into a U shape. Its arrowhead may point toward a segment that belongs to an earlier part of the same arrow. If that segment is still present when the head approaches it, the head cannot pass through it. A trailing section that has already withdrawn before the head reaches it is not a blocker.

This is different from the normal connection between the head and the segment immediately behind it. A moving arrow must remain connected to its own trailing path. The problem arises when the head runs into a nonadjacent part of its own line that has not yet moved away.

What to do: trace the arrow from the head backward through the turns. Check whether any later bend places a part of the line in the arrowhead's forward lane. If the arrow is genuinely self-blocked, clearing unrelated arrows will not fix that collision. Hint identifies a different currently removable arrow; Eraser can remove the selected line. The 20 supplied levels are verified solvable without tools.

Blocker type 3: two nearby paths look like one

Crowded arrow puzzles are built from many lines that can run very close together without actually crossing. At a small mobile zoom level, a short gap between two lines may be hard to see.

You might think the blocking segment belongs to the arrow you selected, or mistakenly tap the adjacent line.

What to do: zoom in, find the arrowhead, and trace the route from corner to corner. Use the dot grid to see which segments continue together. If the line is too close to its neighbor for comfortable tapping, choose a more isolated section of the desired path.

Blocker type 4: the obstacle is farther away than expected

A free-looking arrowhead can still be blocked by a line farther ahead. Do not inspect only the nearest gap around its triangle.

Instead, mentally extend a ray from the head in its current direction. Continue across the relevant part of the board and watch for the first occupied segment. Remember that the winding trailing body can create an obstruction, too.

This is where the Flight Path tool becomes useful. It shows dashed extensions for all remaining arrows, ending at the first detected blocker or the board boundary. It helps you inspect potential routes; it does not guarantee that every extended route is safe.

Why doesn't the blocked arrow disappear after a bounce?

A bounce is a failed removal, not an alternative way to clear an arrow. The game returns that line to the board so you can reconsider the layout. Depending on the level, removing one or more other arrows may clear the route and allow you to retry successfully.

For arrows with genuine self-collision, however, the geometry itself can be the problem. The game offers tools to help players continue without having to repeatedly test the same route.

How to find the real blocker: a five-step check

When a tap fails, work through this sequence:

1. Confirm the selected arrow. Did you tap the intended line, especially if it sits beside another arrow?
2. Locate its arrowhead. A winding line can terminate far from the section you tapped.
3. Trace forward. Follow the head's exit direction and look for the first other line in its way.
4. Check its own bends. Could the head reach a nonadjacent part of the same arrow before it escapes?
5. Choose an action. Remove an external blocker, inspect at a different zoom, ask for a Hint, or use Eraser if you prefer to move on.

A failed tap gives you information. The goal is to use it to narrow down the next decision.

What's the difference between Flight Path, Hint, and Eraser?

These tools can look similar at first, but they answer different questions:

• Flight Path: “Which way are these arrowheads pointing?” It shows directional guide lines across the board.
• Hint: “Which arrow can I safely remove right now?” It highlights a valid current move.
• Eraser: “Can I remove this arrow without following its normal escape route?” It lets you remove a selected line as a tool action.

If your goal is to learn, try Flight Path before Hint. If your goal is to keep a session moving, using a Hint or Eraser is a perfectly reasonable choice.

A note on arrow thickness and hit areas

The visible thickness of a line is a visual design choice. It is not the same as the logical collision rules. Likewise, the touch-sensitive selection area may be wider than the drawn stroke, particularly on mobile screens.

That means two close lines can look visually crowded without necessarily overlapping in the puzzle's underlying layout. Zooming in helps you distinguish them and select the one you mean.

Frequently asked questions

Can an arrow pass through another arrow?

No. If the moving head encounters another arrow along its exit route, the selected arrow is blocked and returns to its original position.

Can an arrow block itself?

Yes. A sufficiently tight bend can place a nonadjacent part of the arrow's own body in front of its head. That is different from the normal line segment attached immediately behind the head.

Why can I remove an arrow that previously bounced?

The board may have changed. Removing another arrow can open the route that was blocked on the earlier attempt.

Does Flight Path show which arrows are safe?

It helps visualize directions. Use Hint if you want the game to identify a currently removable arrow.

Is zooming in necessary?

Not always. It is most helpful for crowded areas where several folded lines sit close together, particularly on a touchscreen.