What This Algorithm Does
This algorithm orients three corners that form an L-shape pattern. One corner is already oriented, and this algorithm orients the other three.
Recognition Guide
How to recognize this case:
- Look at the top face - you'll see three corners that need to be oriented
- They form an L-shape pattern
- The L-shape should be in the front-right position
- One corner (back-left) is already oriented correctly
Cube Orientation: Hold the cube so the L-shape is in the front-right corner.
For Kids 👶
This is called the "Sune" pattern because it looks like a sun! When you look at the top of your cube, you'll see three corners that need to be "flipped" so they show the right color on top. They make an L-shape, like the corner of a picture frame.
The moves are: Right, Up, Right-back, Up, Right, Up-Up, Right-back. Try saying it out loud as you do it: "Right, Up, Right-back, Up, Right, Up-Up, Right-back!"
After you do this, all the corners will have the same color on top, and you can move to the next step!
For Adults ⚡
The Sune algorithm is one of the most fundamental OLL algorithms. It orients three corners that form an L-shape pattern on the last layer. This is the most common OLL case you'll encounter when solving the 2×2 cube.
Execution: The algorithm uses right-hand moves primarily, making it fast and ergonomic. The sequence R U R' U R U2 R' creates a 3-cycle of corner orientations.
Finger tricks: This algorithm flows naturally with right-hand finger tricks. Practice the sequence slowly at first, then gradually increase speed while maintaining accuracy.
Algorithm
R U R' U R U2 R'
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 the U2: The double Up move (U2) is important - don't forget it!
- Rushing: Take your time to execute each move correctly, especially when learning.
- Not recognizing the case: If all corners are already oriented, use OLL 1 instead.
Practice This Case
Test your recognition and execution skills with this specific case.
🎯 Practice 2×2 Algorithms