Victor_x_One_Piece_Enma_TK-OP
Victor x One Piece Enma (TK-OP) Frame View
Victor_x_One_Piece_Enma_TK-OP Shaft View
Victor x One Piece Enma (TK-OP) 
Victor_x_One_Piece_Enma_TK-OP Right Bottom Frame View
Victor_x_One_Piece_Enma_TK-OP Front View
Victor_x_One_Piece_Enma_TK-OP One Piece Rackets
Victor_x_One_Piece_Enma_TK-OP One Piece Rackets With Covers
Victor_x_One_Piece_Enma_TK-OP One Piece Racket Boxs
Victor_x_One_Piece_Enma_TK-OP One Piece Racket Giftbox Inside
Victor_x_One_Piece_Enma_TK-OP One Piece Rackets Frame
Victor_x_One_Piece_Enma_TK-OP One Piece Collection Rackets and Covers
Victor_x_One_Piece_Enma_TK-OP Poster
Victor_x_One_Piece_Enma_TK-OP Promo Video

Victor x One Piece Enma (TK-OP)

$229.99 USD
$299.99 USD
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Victor x One Piece Enma (TK-OP)

 

"Enma is one of the 21 Great Grade swords, currently in the possession of Roronoa Zoro as one of his three blades.

The sword was crafted by the swordsmith, Shimotsuki Kozaburo in the Wano Country. Until 20 years ago, Enma was wielded by Kozuki Oden alongside his other sword, Ame no Habakiri. In Oden's hands, both blades became the only weapons known to ever (until the present day) injure Kaidou.

After Oden's death, Enma was inherited by his daughter, Kozuki Hiyori, who would later gift the sword to Zoro in exchange for the latter allowing Shusui, a national treasure, to remain in Wano." -One Piece History

 

Weight / Grip Size

4U/G5

Flex

Stiff

Balance

Head Heavy

Frame

High Resilience Modulus Graphite

Shaft

High Resilience Modulus Graphite + Nano Fortify FR+ 6.6 SHAFT

String

4U:≦ 31lbs (14Kg)


     

    The single-pass grommet hole construction creates less friction between strings, this effectively reduces tension loss, while extending string life


    Different frame structures including Power-box Diamond, Aero and AeroDynamic are arranged and integrated based on computer simulation to optimize the hitting, frame characteristics, and overall performance. 

     

    Inspired by military helicopter, multi-layered structure made by carbon fiber and composites, minimize material size, reinforce handling feel and performance.