Level 7
7 Rings · 8 Board
Rotate Rings
Rotate Rings Level 9 walkthrough
The game has different level schedules, so the board for the same level number may differ. Choose the thumbnail that matches your game.
Ring numbers
12 rings, 9 blocking pins
123456789101112
Default A · Numbers identify the rings on the diagram; they do not specify an operation order.
Choose a matching board
Filters examine every variant; choose a thumbnail to compare a matching board.
Board · A / B
12 rings, 9 blocking pins
Ring numbers
123456789101112
Numbers identify the rings on the diagram; they do not specify an operation order.
Diagram legend
Numbers identify individual rings; S labels bars, C labels clamps, and B marks a bomb. Match the colored rings, pins, slide bars and clamps to your board.
Rings: 12 · Blocking pins: 9 · Stop pins: 2 · Slide bars: 0 · Clamps: 0 · Bombs: 0
Step-by-step walkthrough
Candidate walkthrough; gameplay confirmation is pending. Release after each move and wait for the expected departures. Stop and report the first mismatch.
Rotate Ring 2 counterclockwise about 75°. Target opening direction: 342° (right 0°, up 90°). Release and wait. Expected departure: Ring 2. Expected remainder: 11 rings, 0 bars.
Rotate Ring 7 clockwise about 60°. Target opening direction: 20° (right 0°, up 90°). Release and wait. Expected departure: Ring 12, Ring 7. Expected remainder: 9 rings, 0 bars.
Rotate Ring 1 clockwise about 120°. Target opening direction: 72° (right 0°, up 90°). Release and wait. No departure is expected yet. Expected remainder: 9 rings, 0 bars.
Rotate Ring 5 clockwise about 92°. Target opening direction: 18° (right 0°, up 90°). Release and wait. Expected departure: Ring 5. Expected remainder: 8 rings, 0 bars.
Rotate Ring 10 clockwise about 82°. Target opening direction: 308° (right 0°, up 90°). Release and wait. Expected departure: Ring 10, Ring 11. Expected remainder: 6 rings, 0 bars.
Rotate Ring 1 clockwise about 57°. Target opening direction: 15° (right 0°, up 90°). Release and wait. Expected departure: Ring 1. Expected remainder: 5 rings, 0 bars.
Rotate Ring 6 clockwise about 93°. Target opening direction: 271° (right 0°, up 90°). Release and wait. Expected departure: Ring 6. Expected remainder: 4 rings, 0 bars.
Rotate Ring 3 counterclockwise about 93°. Target opening direction: 242° (right 0°, up 90°). Release and wait. Expected departure: Ring 3, Ring 4. Expected remainder: 2 rings, 0 bars.
Rotate Ring 9 clockwise about 150°. Target opening direction: 300° (right 0°, up 90°). Release and wait. Expected departure: Ring 8, Ring 9. Expected remainder: 0 rings, 0 bars.
Read this board before making a move
- Ring
- An open ring can rotate. Align its opening with the connecting pin to release that connection. Rings fly away automatically once their connections and constraints are released.
- Blocking pin
- A fixed pin sitting on a ring's edge. It holds another ring in place, so its gap has to face this pin.Read the mechanism guide →
- Stop pin
- Limits how far a ring can turn, so only part of the ring is reachable.Read the mechanism guide →
- Closed ring
- A closed ring has no opening. Release its blocking connections using the surrounding objects; the ring flies away automatically when it is free.Read the mechanism guide →
Ring positions and connections
Positions refer to the diagram. Connections describe what to inspect, not an additional removal order.
| Ring | Position | Type |
|---|---|---|
| 1 | Middle left | Open |
| 2 | Upper left | Open |
| 3 | Center | Open |
| 4 | Lower center | Closed |
| 5 | Upper center | Open |
| 6 | Center | Open |
| 7 | Upper center | Open |
| 8 | Lower center | Closed |
| 9 | Center | Open |
| 10 | Center | Open |
| 11 | Center | Open |
| 12 | Upper right | Closed |
- Ring 5 is connected to a blocking relationship with ring 1. Check this pair on the diagram.
- Ring 10 is connected to a blocking relationship with ring 5. Check this pair on the diagram.
- Ring 11 is connected to a blocking relationship with ring 10. Check this pair on the diagram.
- Ring 12 is connected to a blocking relationship with ring 7. Check this pair on the diagram.
- Ring 7 is connected to a blocking relationship with ring 2. Check this pair on the diagram.
- Ring 6 is connected to a blocking relationship with ring 1. Check this pair on the diagram.
- Ring 8 is connected to a blocking relationship with ring 9. Check this pair on the diagram.
- Ring 3 is connected to a blocking relationship with ring 6. Check this pair on the diagram.
- Ring 4 is connected to a blocking relationship with ring 3. Check this pair on the diagram.
Board · C / D / F / G
7 rings, 5 blocking pins, 4 slide bars, 4 clamps
Ring numbers
1234567
Numbers identify the rings on the diagram; they do not specify an operation order.
Diagram legend
Numbers identify individual rings; S labels bars, C labels clamps, and B marks a bomb. Match the colored rings, pins, slide bars and clamps to your board.
Rings: 7 · Blocking pins: 5 · Stop pins: 0 · Slide bars: 4 · Clamps: 4 · Bombs: 0
Step-by-step walkthrough
Candidate walkthrough; gameplay confirmation is pending. Release after each move and wait for the expected departures. Stop and report the first mismatch.
Rotate Ring 7 counterclockwise about 150°. Target opening direction: 125° (right 0°, up 90°). Release and wait. Expected departure: Ring 4. Expected remainder: 6 rings, 4 bars.
Rotate Ring 7 counterclockwise about 80°. Target opening direction: 205° (right 0°, up 90°). Release and wait. Expected departure: Ring 7. Expected remainder: 5 rings, 4 bars.
Rotate Ring 2 clockwise about 155°. Target opening direction: 110° (right 0°, up 90°). Release and wait. Expected departure: Ring 2. Expected remainder: 4 rings, 4 bars.
Move S2 left along its track about 3.43 ring radii. Continue until the bar leaves the board. Release and wait. Expected departure: S2. Expected remainder: 4 rings, 3 bars.
Move S1 right along its track about 5.00 ring radii. Continue until the bar leaves the board. Release and wait. Expected departure: S1. Expected remainder: 4 rings, 2 bars.
Move S3 left along its track about 6.43 ring radii. Continue until the bar leaves the board. Release and wait. Expected departure: S3. Expected remainder: 4 rings, 1 bars.
Move S4 right along its track about 6.57 ring radii. Continue until the bar leaves the board. Release and wait. Expected departure: S4. Expected remainder: 4 rings, 0 bars.
Rotate Ring 6 clockwise about 35°. Target opening direction: 145° (right 0°, up 90°). Release and wait. No departure is expected yet. Expected remainder: 4 rings, 0 bars.
Rotate Ring 5 clockwise about 6°. Target opening direction: 149° (right 0°, up 90°). Release and wait. Expected departure: Ring 5, Ring 6. Expected remainder: 2 rings, 0 bars.
Rotate Ring 3 counterclockwise about 26°. Target opening direction: 56° (right 0°, up 90°). Release and wait. No departure is expected yet. Expected remainder: 2 rings, 0 bars.
Rotate Ring 1 counterclockwise about 18°. Target opening direction: 53° (right 0°, up 90°). Release and wait. Expected departure: Ring 1, Ring 3. Expected remainder: 0 rings, 0 bars.
Read this board before making a move
- Ring
- An open ring can rotate. Align its opening with the connecting pin to release that connection. Rings fly away automatically once their connections and constraints are released.
- Blocking pin
- A fixed pin sitting on a ring's edge. It holds another ring in place, so its gap has to face this pin.Read the mechanism guide →
- Latch
- Holds a ring in place. A stick locks it, so release the stick first and then turn the matching ring.Read the mechanism guide →
- Stick
- Slide bar. Move it sideways to release the latch it is tied to.Read the mechanism guide →
Ring positions and connections
Positions refer to the diagram. Connections describe what to inspect, not an additional removal order.
| Ring | Position | Type |
|---|---|---|
| 1 | Upper left | Open |
| 2 | Lower left | Open |
| 3 | Center | Open |
| 4 | Upper center | Open |
| 5 | Center | Open |
| 6 | Lower center | Open |
| 7 | Middle right | Open |
- Ring 1 is connected to a blocking relationship with ring 3. Check this pair on the diagram.
- Ring 4 is connected to a blocking relationship with ring 7. Check this pair on the diagram.
- Ring 5 is connected to a blocking relationship with ring 7. Check this pair on the diagram.
- Ring 5 is connected to a blocking relationship with ring 6. Check this pair on the diagram.
- Ring 3 is connected to a blocking relationship with ring 2. Check this pair on the diagram.
Board · E
9 rings, 7 blocking pins
Ring numbers
123456789
Numbers identify the rings on the diagram; they do not specify an operation order.
Diagram legend
Numbers identify individual rings; S labels bars, C labels clamps, and B marks a bomb. Match the colored rings, pins, slide bars and clamps to your board.
Rings: 9 · Blocking pins: 7 · Stop pins: 1 · Slide bars: 0 · Clamps: 0 · Bombs: 0
Step-by-step walkthrough
Candidate walkthrough; gameplay confirmation is pending. Release after each move and wait for the expected departures. Stop and report the first mismatch.
Rotate Ring 4 clockwise about 85°. Target opening direction: 325° (right 0°, up 90°). Release and wait. Expected departure: Ring 5. Expected remainder: 8 rings, 0 bars.
Rotate Ring 4 clockwise about 125°. Target opening direction: 200° (right 0°, up 90°). Release and wait. Expected departure: Ring 4. Expected remainder: 7 rings, 0 bars.
Rotate Ring 2 clockwise about 110°. Target opening direction: 125° (right 0°, up 90°). Release and wait. Expected departure: Ring 1. Expected remainder: 6 rings, 0 bars.
Rotate Ring 2 clockwise about 147°. Target opening direction: 338° (right 0°, up 90°). Release and wait. Expected departure: Ring 2. Expected remainder: 5 rings, 0 bars.
Rotate Ring 6 counterclockwise about 90°. Target opening direction: 140° (right 0°, up 90°). Release and wait. Expected departure: Ring 3, Ring 6. Expected remainder: 3 rings, 0 bars.
Rotate Ring 7 clockwise about 85°. Target opening direction: 120° (right 0°, up 90°). Release and wait. Expected departure: Ring 8. Expected remainder: 2 rings, 0 bars.
Rotate Ring 7 clockwise about 150°. Target opening direction: 330° (right 0°, up 90°). Release and wait. Expected departure: Ring 7, Ring 9. Expected remainder: 0 rings, 0 bars.
Read this board before making a move
- Ring
- An open ring can rotate. Align its opening with the connecting pin to release that connection. Rings fly away automatically once their connections and constraints are released.
- Blocking pin
- A fixed pin sitting on a ring's edge. It holds another ring in place, so its gap has to face this pin.Read the mechanism guide →
- Stop pin
- Limits how far a ring can turn, so only part of the ring is reachable.Read the mechanism guide →
- Closed ring
- A closed ring has no opening. Release its blocking connections using the surrounding objects; the ring flies away automatically when it is free.Read the mechanism guide →
Ring positions and connections
Positions refer to the diagram. Connections describe what to inspect, not an additional removal order.
| Ring | Position | Type |
|---|---|---|
| 1 | Upper left | Closed |
| 2 | Middle left | Open |
| 3 | Lower center | Open |
| 4 | Center | Open |
| 5 | Center | Open |
| 6 | Lower center | Open |
| 7 | Middle right | Open |
| 8 | Upper right | Closed |
| 9 | Lower right | Open |
- Ring 1 is connected to a blocking relationship with ring 2. Check this pair on the diagram.
- Ring 1 is connected to a blocking relationship with ring 4. Check this pair on the diagram.
- Ring 5 is connected to a blocking relationship with ring 4. Check this pair on the diagram.
- Ring 8 is connected to a blocking relationship with ring 7. Check this pair on the diagram.
- Ring 9 is connected to a blocking relationship with ring 7. Check this pair on the diagram.
- Ring 3 is connected to a blocking relationship with ring 6. Check this pair on the diagram.
- Ring 3 is connected to a blocking relationship with ring 2. Check this pair on the diagram.
Board · H
7 rings, 5 blocking pins, 4 slide bars, 4 clamps
Ring numbers
1234567
Numbers identify the rings on the diagram; they do not specify an operation order.
Diagram legend
Numbers identify individual rings; S labels bars, C labels clamps, and B marks a bomb. Match the colored rings, pins, slide bars and clamps to your board.
Rings: 7 · Blocking pins: 5 · Stop pins: 0 · Slide bars: 4 · Clamps: 4 · Bombs: 0
Step-by-step walkthrough
Candidate walkthrough; gameplay confirmation is pending. Release after each move and wait for the expected departures. Stop and report the first mismatch. This candidate assumes a clamp opens when its paired bar leaves; confirm this behavior in the game.
Rotate Ring 7 counterclockwise about 165°. Target opening direction: 140° (right 0°, up 90°). Release and wait. Expected departure: Ring 4. Expected remainder: 6 rings, 4 bars.
Rotate Ring 7 counterclockwise about 80°. Target opening direction: 220° (right 0°, up 90°). Release and wait. Expected departure: Ring 7. Expected remainder: 5 rings, 4 bars.
Rotate Ring 2 clockwise about 170°. Target opening direction: 95° (right 0°, up 90°). Release and wait. Expected departure: Ring 2. Expected remainder: 4 rings, 4 bars.
Move S2 left along its track about 3.43 ring radii. Continue until the bar leaves the board. Release and wait. Expected departure: S2. Expected remainder: 4 rings, 3 bars.
Move S1 right along its track about 5.00 ring radii. Continue until the bar leaves the board. Release and wait. Expected departure: S1. Expected remainder: 4 rings, 2 bars.
Move S3 left along its track about 6.43 ring radii. Continue until the bar leaves the board. Release and wait. Expected departure: S3. Expected remainder: 4 rings, 1 bars.
Rotate Ring 6 clockwise about 60°. Target opening direction: 120° (right 0°, up 90°). Release and wait. Expected departure: Ring 5, Ring 6. Expected remainder: 2 rings, 1 bars.
Move S4 right along its track about 6.57 ring radii. Continue until the bar leaves the board. Release and wait. Expected departure: S4. Expected remainder: 2 rings, 0 bars.
Rotate Ring 3 counterclockwise about 70°. Target opening direction: 100° (right 0°, up 90°). Release and wait. Expected departure: Ring 1, Ring 3. Expected remainder: 0 rings, 0 bars.
Read this board before making a move
- Ring
- An open ring can rotate. Align its opening with the connecting pin to release that connection. Rings fly away automatically once their connections and constraints are released.
- Blocking pin
- A fixed pin sitting on a ring's edge. It holds another ring in place, so its gap has to face this pin.Read the mechanism guide →
- Latch
- Holds a ring in place. A stick locks it, so release the stick first and then turn the matching ring.Read the mechanism guide →
- Stick
- Slide bar. Move it sideways to release the latch it is tied to.Read the mechanism guide →
Ring positions and connections
Positions refer to the diagram. Connections describe what to inspect, not an additional removal order.
| Ring | Position | Type |
|---|---|---|
| 1 | Upper left | Open |
| 2 | Lower left | Open |
| 3 | Center | Open |
| 4 | Upper center | Open |
| 5 | Center | Open |
| 6 | Lower center | Open |
| 7 | Middle right | Open |
- Ring 1 is connected to a blocking relationship with ring 3. Check this pair on the diagram.
- Ring 4 is connected to a blocking relationship with ring 7. Check this pair on the diagram.
- Ring 5 is connected to a blocking relationship with ring 7. Check this pair on the diagram.
- Ring 5 is connected to a blocking relationship with ring 6. Check this pair on the diagram.
- Ring 3 is connected to a blocking relationship with ring 2. Check this pair on the diagram.
Board · I
12 rings, 14 blocking pins, 6 slide bars, 6 clamps, 1 timed bomb
Ring numbers
123456789101112
Numbers identify the rings on the diagram; they do not specify an operation order.
Diagram legend
Numbers identify individual rings; S labels bars, C labels clamps, and B marks a bomb. Match the colored rings, pins, slide bars and clamps to your board.
Rings: 12 · Blocking pins: 14 · Stop pins: 2 · Slide bars: 6 · Clamps: 6 · Bombs: 1
Ring connections and board notes
The complete route is still being worked out. Only the opening moves below passed the current checks; they do not establish a full solution. Bombs are shown at their saved positions; their effects and timers are not included in this candidate. This candidate assumes a clamp opens when its paired bar leaves; confirm this behavior in the game.
6 slide bars are shown. Match their tracks and connected clamps on the diagram.
6 clamps are shown. Locate each clamp and its linked slide bar before moving either object.
Clear the 1 timed bomb first.
Ring 1 is closed and has no gap. Match its number, position and connections to the board in your game.
Ring 2 is closed and has no gap. Match its number, position and connections to the board in your game.
Ring 3 is open. A pin carried by Ring 7 connects to this ring; the opening in Ring 3 provides a release point for that connection. A pin carried by Ring 1 connects to this ring; the opening in Ring 3 provides a release point for that connection.
Ring 4 is open. A pin carried by Ring 9 connects to this ring; the opening in Ring 4 provides a release point for that connection. A pin carried by Ring 6 connects to this ring; the opening in Ring 4 provides a release point for that connection.
Ring 5 is open. A pin carried by Ring 10 connects to this ring; the opening in Ring 5 provides a release point for that connection.
Ring 6 is closed and has no gap. Match its number, position and connections to the board in your game.
Ring 7 is open. This ring carries a pin connected to Ring 3; the pin moves with its owner ring. This ring carries a pin connected to Ring 11; the pin moves with its owner ring.
Ring 8 is open. A pin carried by Ring 12 connects to this ring; the opening in Ring 8 provides a release point for that connection. A pin carried by Ring 6 connects to this ring; the opening in Ring 8 provides a release point for that connection.
Ring 9 is open. A pin carried by Ring 6 connects to this ring; the opening in Ring 9 provides a release point for that connection. This ring carries a pin connected to Ring 12; the pin moves with its owner ring. This ring carries a pin connected to Ring 4; the pin moves with its owner ring.
Ring 10 is open. A pin carried by Ring 11 connects to this ring; the opening in Ring 10 provides a release point for that connection. This ring carries a pin connected to Ring 5; the pin moves with its owner ring.
Ring 11 is open. A pin carried by Ring 7 connects to this ring; the opening in Ring 11 provides a release point for that connection. This ring carries a pin connected to Ring 10; the pin moves with its owner ring.
Ring 12 is open. A pin carried by Ring 9 connects to this ring; the opening in Ring 12 provides a release point for that connection. This ring carries a pin connected to Ring 8; the pin moves with its owner ring.
Rings fly away automatically once their connections and constraints are released. The diagram numbers identify rings; they are not an operation sequence.
Read this board before making a move
- Ring
- An open ring can rotate. Align its opening with the connecting pin to release that connection. Rings fly away automatically once their connections and constraints are released.
- Blocking pin
- A fixed pin sitting on a ring's edge. It holds another ring in place, so its gap has to face this pin.Read the mechanism guide →
- Stop pin
- Limits how far a ring can turn, so only part of the ring is reachable.Read the mechanism guide →
- Latch
- Holds a ring in place. A stick locks it, so release the stick first and then turn the matching ring.Read the mechanism guide →
- Stick
- Slide bar. Move it sideways to release the latch it is tied to.Read the mechanism guide →
- Bomb Ring
- Carries a timed bomb and can clear other rings. Deal with it before the countdown ends.Read the mechanism guide →
- Closed ring
- A closed ring has no opening. Release its blocking connections using the surrounding objects; the ring flies away automatically when it is free.Read the mechanism guide →
Ring positions and connections
Positions refer to the diagram. Connections describe what to inspect, not an additional removal order.
| Ring | Position | Type |
|---|---|---|
| 1 | Middle left | Closed |
| 2 | Middle left | Closed |
| 3 | Lower center | Open |
| 4 | Upper center | Open |
| 5 | Lower center | Open |
| 6 | Center | Closed |
| 7 | Center | Open |
| 8 | Center | Open |
| 9 | Upper center | Open |
| 10 | Lower right | Open |
| 11 | Lower right | Open |
| 12 | Middle right | Open |
- Ring 7 is connected to a blocking relationship with ring 3. Check this pair on the diagram.
- Ring 7 is connected to a blocking relationship with ring 11. Check this pair on the diagram.
- Ring 12 is connected to a blocking relationship with ring 8. Check this pair on the diagram.
- Ring 9 is connected to a blocking relationship with ring 12. Check this pair on the diagram.
- Ring 9 is connected to a blocking relationship with ring 4. Check this pair on the diagram.
- Ring 6 is connected to a blocking relationship with ring 2. Check this pair on the diagram.
- Ring 6 is connected to a blocking relationship with ring 9. Check this pair on the diagram.
- Ring 6 is connected to a blocking relationship with ring 8. Check this pair on the diagram.
- Ring 6 is connected to a blocking relationship with ring 4. Check this pair on the diagram.
- Ring 1 is connected to a blocking relationship with ring 2. Check this pair on the diagram.
- Ring 1 is connected to a blocking relationship with ring 3. Check this pair on the diagram.
- Ring 11 is connected to a blocking relationship with ring 10. Check this pair on the diagram.
- Ring 10 is connected to a blocking relationship with ring 5. Check this pair on the diagram.
Board · J
12 rings, 14 blocking pins, 6 slide bars, 6 clamps, 1 timed bomb
Ring numbers
123456789101112
Numbers identify the rings on the diagram; they do not specify an operation order.
Diagram legend
Numbers identify individual rings; S labels bars, C labels clamps, and B marks a bomb. Match the colored rings, pins, slide bars and clamps to your board.
Rings: 12 · Blocking pins: 14 · Stop pins: 2 · Slide bars: 6 · Clamps: 6 · Bombs: 1
Ring connections and board notes
The complete route is still being worked out. Only the opening moves below passed the current checks; they do not establish a full solution. Bombs are shown at their saved positions; their effects and timers are not included in this candidate. This candidate assumes a clamp opens when its paired bar leaves; confirm this behavior in the game.
6 slide bars are shown. Match their tracks and connected clamps on the diagram.
6 clamps are shown. Locate each clamp and its linked slide bar before moving either object.
Clear the 1 timed bomb first.
Ring 1 is closed and has no gap. Match its number, position and connections to the board in your game.
Ring 2 is closed and has no gap. Match its number, position and connections to the board in your game.
Ring 3 is open. A pin carried by Ring 7 connects to this ring; the opening in Ring 3 provides a release point for that connection. A pin carried by Ring 1 connects to this ring; the opening in Ring 3 provides a release point for that connection.
Ring 4 is open. A pin carried by Ring 9 connects to this ring; the opening in Ring 4 provides a release point for that connection. A pin carried by Ring 6 connects to this ring; the opening in Ring 4 provides a release point for that connection.
Ring 5 is open. A pin carried by Ring 10 connects to this ring; the opening in Ring 5 provides a release point for that connection.
Ring 6 is closed and has no gap. Match its number, position and connections to the board in your game.
Ring 7 is open. This ring carries a pin connected to Ring 3; the pin moves with its owner ring. This ring carries a pin connected to Ring 11; the pin moves with its owner ring.
Ring 8 is open. A pin carried by Ring 12 connects to this ring; the opening in Ring 8 provides a release point for that connection. A pin carried by Ring 6 connects to this ring; the opening in Ring 8 provides a release point for that connection.
Ring 9 is open. A pin carried by Ring 6 connects to this ring; the opening in Ring 9 provides a release point for that connection. This ring carries a pin connected to Ring 12; the pin moves with its owner ring. This ring carries a pin connected to Ring 4; the pin moves with its owner ring.
Ring 10 is open. A pin carried by Ring 11 connects to this ring; the opening in Ring 10 provides a release point for that connection. This ring carries a pin connected to Ring 5; the pin moves with its owner ring.
Ring 11 is open. A pin carried by Ring 7 connects to this ring; the opening in Ring 11 provides a release point for that connection. This ring carries a pin connected to Ring 10; the pin moves with its owner ring.
Ring 12 is open. A pin carried by Ring 9 connects to this ring; the opening in Ring 12 provides a release point for that connection. This ring carries a pin connected to Ring 8; the pin moves with its owner ring.
Rings fly away automatically once their connections and constraints are released. The diagram numbers identify rings; they are not an operation sequence.
Read this board before making a move
- Ring
- An open ring can rotate. Align its opening with the connecting pin to release that connection. Rings fly away automatically once their connections and constraints are released.
- Blocking pin
- A fixed pin sitting on a ring's edge. It holds another ring in place, so its gap has to face this pin.Read the mechanism guide →
- Stop pin
- Limits how far a ring can turn, so only part of the ring is reachable.Read the mechanism guide →
- Latch
- Holds a ring in place. A stick locks it, so release the stick first and then turn the matching ring.Read the mechanism guide →
- Stick
- Slide bar. Move it sideways to release the latch it is tied to.Read the mechanism guide →
- Bomb Ring
- Carries a timed bomb and can clear other rings. Deal with it before the countdown ends.Read the mechanism guide →
- Closed ring
- A closed ring has no opening. Release its blocking connections using the surrounding objects; the ring flies away automatically when it is free.Read the mechanism guide →
Ring positions and connections
Positions refer to the diagram. Connections describe what to inspect, not an additional removal order.
| Ring | Position | Type |
|---|---|---|
| 1 | Middle left | Closed |
| 2 | Middle left | Closed |
| 3 | Lower center | Open |
| 4 | Upper center | Open |
| 5 | Lower center | Open |
| 6 | Center | Closed |
| 7 | Center | Open |
| 8 | Center | Open |
| 9 | Upper center | Open |
| 10 | Lower right | Open |
| 11 | Lower right | Open |
| 12 | Middle right | Open |
- Ring 7 is connected to a blocking relationship with ring 3. Check this pair on the diagram.
- Ring 7 is connected to a blocking relationship with ring 11. Check this pair on the diagram.
- Ring 12 is connected to a blocking relationship with ring 8. Check this pair on the diagram.
- Ring 9 is connected to a blocking relationship with ring 12. Check this pair on the diagram.
- Ring 9 is connected to a blocking relationship with ring 4. Check this pair on the diagram.
- Ring 6 is connected to a blocking relationship with ring 2. Check this pair on the diagram.
- Ring 6 is connected to a blocking relationship with ring 9. Check this pair on the diagram.
- Ring 6 is connected to a blocking relationship with ring 8. Check this pair on the diagram.
- Ring 6 is connected to a blocking relationship with ring 4. Check this pair on the diagram.
- Ring 1 is connected to a blocking relationship with ring 2. Check this pair on the diagram.
- Ring 1 is connected to a blocking relationship with ring 3. Check this pair on the diagram.
- Ring 11 is connected to a blocking relationship with ring 10. Check this pair on the diagram.
- Ring 10 is connected to a blocking relationship with ring 5. Check this pair on the diagram.
Frequently asked questions
Which board should I use for level 9?
This page has 6 distinct boards. The default A board has 12 rings and 9 blocking pins. Compare these features and the thumbnails before following its steps.
What do the numbers on the diagram mean?
They identify individual rings, not the operation order. A written step can also describe a bar or latch, so the step number is not always the ring number. Match the ring number named in the instruction with the diagram.
What should I check when I am stuck on level 9?
Check whether the ring is open or closed, whether a stop pin limits rotation and whether a latch is still locked by a bar. Repeated rotation does not remove a fixed obstruction. Compare the neighboring connections, then return to the step for the matching ring number.
