How To Solve Last Layer of Rubik's Cube in 5 Seconds "2 Look PLL Tutorial"

Summary

In this fifth episode of the Learn Speed Cubing series, the instructor dives into advanced last layer (PLL) techniques using the Tu Look PLL method. The video breaks down two main cases: forming all corner headlights and solving the remaining edges using intuitive finger tricks and specific triggers like M2 and U/U'. Viewers are guided step-by-step through algorithms and memory techniques, with emphasis on consistent practice to achieve a last layer solve in just five seconds. The episode also teases the upcoming C-Look Method for even more advanced speedcubing strategies, motivating learners to refine their skills and master fast, efficient solves.

Takeaways

• 😀 This video is the fifth episode of the 'Learn Speed Cubing' series and focuses on Tu Look PLL to solve the last layer in about 5 seconds.
• 😀 Viewers are expected to already know OLL (Orientation of the Last Layer) before attempting this tutorial.
• 😀 Tu Look PLL consists of two main parts: forming all headlights on the top layer and solving the edges to complete the last layer.
• 😀 For cases with one headlight, hold the headlight on the left and apply the sexy move and finger tricks to form all headlights.
• 😀 For cases with no headlights, the cube can be held from any side, and a sequence of F moves and sexy moves is used to form headlights.
• 😀 Solving edges involves recognizing corner positions: one solved corner or all corners unsolved require different algorithm sequences.
• 😀 Triggers such as 'M2 → U → M2' and the mnemonic 'YouTube → M2 → YouTube' help in memorizing complex PLL algorithms.
• 😀 After practicing triggers, using middle layer moves (M’) completes the last layer solution.
• 😀 Regular practice (around 3–4 days) can allow a cuber to solve the last layer consistently in 5 seconds.
• 😀 The next video in the series will cover the advanced C-Look method, including cross F12 and solving all layers together.

Q & A

What is the main focus of episode 5 of the Learn Speed Cubing series?

Episode 5 focuses on teaching the Tu Look PLL method to solve the last layer of a Rubik’s Cube in approximately 5 seconds.

What prerequisite knowledge is necessary to understand this video?

Viewers should already know how to solve the last layer using Tu Look OLL, which makes all the yellow squares on top.

What are 'headlights' in the context of Rubik’s Cube PLL?

Headlights are defined as two corners on the top layer with matching colors that indicate a specific PLL case to be solved.

How does the first PLL case differ from the second case?

In the first case, one headlight is already present, and the algorithm is applied to form all headlights. In the second case, no headlights are initially present, and a different algorithm is used to create them.

What are 'triggers' and 'finger tricks' mentioned in the video?

Triggers are specific move sequences used repeatedly to manipulate pieces efficiently, while finger tricks are optimized hand movements that allow faster execution of these sequences.

How are edge permutations handled after forming headlights?

Edge permutation is solved using M2, U/U’ sequences, and sometimes middle layer rotations (M or M’) along with practiced triggers to position edges correctly.

What is the strategy for solving the final PLL case where all corners are incorrect?

The strategy involves applying a combination of two triggers (M2, U and M2, U) with a middle layer rotation (M’) in between to correctly position all corners.

How much practice is suggested to achieve a 5-second last-layer solve?

Regular practice for 3–4 days is recommended to consistently achieve a 5-second last-layer solve using these methods.

What upcoming method is announced for the next video?

The next video will introduce the C-Look method, an advanced cross technique combined with F12, aimed at solving the cube faster and at an advanced level.

Why does the instructor emphasize understanding algorithms intuitively rather than memorizing them?

Intuitive understanding allows cubers to recognize cases quickly and apply algorithms efficiently, which is crucial for speedcubing and achieving extremely fast solve times.

How does the instructor suggest handling complex PLL cases if they are initially confusing?

The instructor recommends practicing the triggers individually until comfortable, then combining them step by step, using visual recognition of headlights and edge positions for guidance.