MoYu AoSu V7 4x4 Triple-Track Magnetic (UV Coated)
The AoSu WRM is still a very popular 4x4 among speedcubers despite it being released as far back as 2019. People have waited a long time for the successor and it is finally here, The AoSu V7 has finally been released and should perform very well, the size has been reduced even further to 58mm and the puzzle comes in 4 versions:
Single-Track Magnetic: contains 96 magnets positioned between the corners and the edges.
Single-Track Magnetic UV coated: contains 96 magnets positioned between the corners and edges, as well as a UV coated exterior to reduce scratches and alter the exterior feeling of the puzzle.
Dual-Track Magnetic UV coated: Comes with a UV coating, 96 corner-edge magnets and 16 corner-core magnets to improve the stability of the puzzle.
Triple-Track Magnetic UV coated (this version): Comes with a UV coating, 96 corner-edge magnets, 16 corner-core magnets and 48 inner piece foot magnets which help to overcome the magnet strength inconsistencies between the layers from having a ball core.
Original: $78.85
-65%$78.85
$27.60
Description
The AoSu WRM is still a very popular 4x4 among speedcubers despite it being released as far back as 2019. People have waited a long time for the successor and it is finally here, The AoSu V7 has finally been released and should perform very well, the size has been reduced even further to 58mm and the puzzle comes in 4 versions:
Single-Track Magnetic: contains 96 magnets positioned between the corners and the edges.
Single-Track Magnetic UV coated: contains 96 magnets positioned between the corners and edges, as well as a UV coated exterior to reduce scratches and alter the exterior feeling of the puzzle.
Dual-Track Magnetic UV coated: Comes with a UV coating, 96 corner-edge magnets and 16 corner-core magnets to improve the stability of the puzzle.
Triple-Track Magnetic UV coated (this version): Comes with a UV coating, 96 corner-edge magnets, 16 corner-core magnets and 48 inner piece foot magnets which help to overcome the magnet strength inconsistencies between the layers from having a ball core.
