



The name T-GRABIC embodies the meaning of "mastering gravity and impact when riding on any terrain," and it truly lives up to its tough image. Even with the addition of "MC+," this unwavering philosophy remains unchanged.
T-GRABIC 2 (Crag T-GRABIC 2) MC+ (MC Plus) Name Origin
T-GRABIC2 MC+. The name is:
TERRAIN
GRAVITY
BOUND
IMPACT
CONTROL
Ⅱ = Version Ⅱ
MACHINING CUT)
+ (plus)
An ultra-high-performance wheel that masters gravity and impact when riding on any terrain.


A major feature of the T-GRABIC 2 was its powerful, beadlock-like rim flange. With the "MC+," this iconic feature has been elevated to a high-precision "machining cut."
This achieves significant weight reduction without compromising the wheel's traditional tough image. Reducing unsprung weight contributes to improved road grip and sharper handling response.
Furthermore, the sharp finish of the machining adds a refined mechanical beauty to the wheel's previous solid feel. Combined with the newly designed "outer round rim flange" shape, which increases strength and rigidity and effectively protects against direct hits from flying stones, the resulting three-dimensional beauty is no exaggeration to describe it as a high-precision ring wheel in a whole new form.

To coincide with the release of the "CRAG T-GRABIC 2 MC+," the new color has been upgraded to Black Pierce Machining (BLKPM).

The "MC+" also inherits the design features of a large opening to prevent small stones from clogging the wheel, and a design that pursues deep concave and three-dimensionality while minimizing brake clearance.
The deep concave formed by six sturdy spokes toward the center and the large circle formed where the 18-hole outer ring intersect dramatically increase the rigidity of the entire wheel. While its beautiful design stands out on the street, its hidden secret is outstanding functionality honed through rigorous real-world testing.
The "T-GRABIC 2 MC+" takes the combination of design and functionality to an unprecedented level with the new brilliance and technology of machining cuts.





