What This Algorithm Does
This algorithm swaps two adjacent corners on the last layer. The two corners that need to be swapped are next to each other (not diagonal).
Recognition Guide
How to recognize this case:
- All corners are oriented (same color on top)
- Two adjacent corners need to swap positions
- The other two corners are already in the correct positions
- Hold the cube so the two corners that need to swap are in the front
For Kids 👶
After you've made all the corners show the same color on top (OLL step), now you need to move them to the right spots! This algorithm swaps two corners that are next to each other.
The moves are: Right, Up-back, Right-back, Front-back, Right, Up, Right-back, Up-back, Right-back, Front, Right-Right, Up-back, Right-back.
This is a longer algorithm, so take your time! Practice it slowly until you remember it, then you can go faster.
For Adults ⚡
This PLL case swaps two adjacent corners on the last layer. This is one of the most common PLL cases you'll encounter when solving the 2×2 cube.
Algorithm: R U' R' F' R U R' U' R' F R2 U' R'
Execution: This algorithm uses a combination of right-hand and front-face moves. The sequence creates a 3-cycle that effectively swaps two adjacent corners while preserving the orientation of all pieces.
Finger tricks: The algorithm flows well with standard finger tricks. Practice the R U' R' and R U R' sequences as they appear multiple times.
Algorithm
R U' R' F' R U R' U' R' F R2 U' R'
Need help reading cube notation? Learn cube notation →
Common Mistakes
- Wrong case: Make sure you have adjacent corners to swap, not diagonal ones.
- Missing R2: The double Right move (R2) is important - don't forget it!
- Wrong orientation: Make sure all corners are oriented before doing PLL.
- Rushing: This is a longer algorithm - take your time to execute it correctly.
Practice This Case
Test your recognition and execution skills with this specific case.
🎯 Practice 2×2 Algorithms