MACKEECUBE VIDEO GUIDE

Why Is It Lighter with 20 Magnets!? The “New Piece” Secret Revealed by Disassembling the GAN12 Maglev 20MC [PiCube]

Name: Why Is It Lighter with 20 Magnets!? The “New Piece” Secret Revealed by Disassembling the GAN12 Maglev 20MC [PiCube]
Uploaded: 2026-08-27T00:00:00+09:00
Description: I unbox and review the GAN12 Maglev 20MC, a PiCube custom version. This 20MC version is a PiCube custom model based on the GAN12 Maglev, with additional magn…

GANPiCubeUV20MCMagLev

Brand: GAN × PiCube
Published: 2026-08-27

Video overview

I unbox and review the GAN12 Maglev 20MC, a PiCube custom version. This 20MC version is a PiCube custom model based on the GAN12 Maglev, with additional magnets on the core side. However, when I compare it with the standard GAN12 Maglev, the 20MC version is unexpectedly about 3 g lighter despite having more magnets. Why is it lighter? I disassemble both cubes and compare their individual parts, including the corners and edges. The comparison reveals that this GAN12 has changes to the piece shapes that appear to reduce weight. In this video, I examine: ・Unboxing the GAN12 Maglev 20MC PiCube version ・Weight comparison with the standard GAN12 Maglev ・Why the 20MC version is lighter despite having more magnets ・Internal-structure comparison after disassembling both models ・Weight measurements for individual parts, including corners and edges ・Differences in piece shape between the old and new GAN12 ・Solve comparison between the standard and 20MC versions At the beginning, I also introduce the latest updates to MackeeCube.com. I assumed that adding magnets would naturally make the cube heavier, but disassembling it revealed a very interesting result. Chapters 00:00 MackeeCube.com update 02:29 Unboxing the GAN12 Maglev 20MC 05:22 Checking the turning feel and magnetic strength of the 20MC version 06:58 Weight comparison with the standard version — lighter despite 20MC? 09:14 Disassembly and internal-structure comparison 11:23 Weighing the individual parts 14:14 New piece shapes and the source of the weight reduction 19:26 Solve with the standard GAN12 Maglev 21:19 Solve with the PiCube 20MC version 22:27 Solve results, final comparison, and summary #GAN12 #GAN12Maglev #PiCube #20MC #GANCUBE #RubiksCube #SpeedCube #CubeReview #MackeeCube

ⓘ Video audio is in Japanese. Check YouTube for available subtitles.Watch on YouTube ↗