What This Algorithm Does
This algorithm orients and positions the corners of the last layer to complete the solve. This is the final step of the Layer-by-Layer method - after this, your cube will be solved!
Recognition Guide
How to recognize the case:
- You've completed the cross on the top layer (all edges oriented)
- Now you need to orient and position the corners
- Look for corners that need to be flipped or moved
- This algorithm (Sune) is one of the most common last layer algorithms
Cube Orientation: Hold the cube so the L-shape of oriented corners is in the front-right position.
For Kids 👶
You're almost done! This is the last step. You've made the cross on top, and now you need to flip the corner pieces so they all show the right color on top.
The moves are: Right, Up, Right-back, Up, Right, Up-Up, Right-back.
This is called the "Sune" algorithm because it looks like a sun! After you do this, all the corners should be in the right place and your cube will be solved! 🎉
For Adults ⚡
The last layer corners algorithm uses the Sune algorithm, which is one of the most fundamental OLL algorithms. It orients three corners that form an L-shape pattern.
Algorithm: R U R' U R U2 R'
Execution: This algorithm uses right-hand moves primarily, making it fast and ergonomic. The sequence creates a 3-cycle of corner orientations.
Key Concept: This is the same algorithm used in OLL-21 in CFOP. Learning it here in LBL provides a foundation for more advanced methods. You may need to repeat it or use variations depending on the corner positions.
After this step: Once corners are oriented, you may need additional algorithms to position them correctly, but this completes the basic LBL method.
Algorithm
R U R' U R U2 R'
Note: This is the Sune algorithm. You may need to repeat it or use variations depending on corner positions.
Need help reading cube notation? Learn cube notation →
Common Mistakes
- Wrong orientation: Make sure the L-shape is in the front-right position before starting.
- Missing U2: The double Up move (U2) is important - don't forget it!
- Not completing the step: You may need to repeat this or use additional algorithms to position corners correctly.
- Rushing: Take your time - you're almost done!
Practice This Step
Practice the final step until you can complete the solve consistently!
🎯 Practice 3×3