GAN11 Series Speedcube Adjustment Systems
Thanks for choosing GANCUBE. GAN cubes have earned their name in speedcubing due to their exceptional performance, state-of-the-art quality, and extensive customizability. GANCUBE believes that every cuber deserves a cube that fully adapts to their turning style, rather than the other way around.
GAN Adjustment Systems (GES & GMS)
Effortlessly achieve 168 customization options
This system allows for easy and personalized tuning of your cube.
The key factors determining how your cube feels
| Meaning | Function | Adjustment Component | Setting |
|---|---|---|---|
| Decides the key performance parameters | The distance the center piece is allowed to move | Center Block | 4 settings (GES PRO) |
GAN Dual Precision System (GES Pro)
4 center travel settings & 6 tension settings adjusted in the blink of an eye
The GAN Elasticity System (GES Pro) is unique to GAN cubes, enabling separate control and adjustment of center travel and tension. Adjust center travel by the center numerical distancing nut with bare hands, and tension by adjusting the tension nut.
Center Travel: GES PRO-Numerical Distancing Nut
2 sets of Numerical Distancing Nuts enabling 4 settings of Center Travel
These specialized nuts allow for precise adjustment of the center travel distance.
Adjustment Mechanism: The nuts feature a pointer indicator. To insert or remove a nut, the pointer must be aligned with a specific position. The system offers four distinct axis distances, labeled 1, 2, 3, and 4.
Diagram Description: The visual shows two hexagonal adjustment nuts. One nut has a pointer indicator. Text indicates that the pointer must align with a mark to facilitate the removal or insertion of the nut. The four available distances are labeled 1, 2, 3, and 4.
Tension: GES PRO-Tension Nut
6 tension settings
This component allows for fine-tuning the cube's overall tension, providing six distinct levels of adjustment.
Diagram Description: The illustration depicts a hand actively adjusting a tension nut on the internal mechanism of a speedcube.
