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立体的なカーボン繊維を採用し、靴底中央部の安定性能を強化すると共に、

従来品よりもジャンプの高さと着地時の衝撃吸収性の向上される。

新たな軽量高反発材エナジーマックス3.0を使用により、反発力22%UP、衝撃吸収力6%UP。
クッション性を高めて足の負担を減少し、次への動きに瞬時に対応。

通気性を持つメッシュ素材を使うことで、運動中の靴を蒸れにくいし、快適な履き心地を実現。

新しい滑り止めゴムは従来のゴムより、PU床で滑り止め効果を21%向上した。

素材のぺースとなるマイクロファイバーにコーディングして、一般的なPU合成革より優れた耐摩耗性を実現。

Feather Resilient EVAは反発性を維持する上で、旧素材よりシューズの重量を20%減少し、体の激しい移動の衝撃負担を減少することによって、移動は軽く速くなった。

Price

¥12,000+税

Size

230mm – 280mm

Outsole

VSR ラバー

Midsole

Feather Resilient EVA+エナジーマックス3.0+TPUシート+カーボン安定シート+Solid EVA

Upper

超柔軟PU合成革+耐摩擦力PU革+ダブルメッシュ

Product Details

A golden-ratio drop of 9mm

Thick soles deliver better shock-absorbing ability and comfortable wearing experience than thin soles, which provides better cushioning while landing, especially for players who make heavy footwork. However, the setting of the drop (the height difference of the sole from the back to the front) plays a crucial role in enabling thick-soled shoes to facilitate the smooth footwork in badminton. The smaller the drop is, the smoother the lateral movement can be achieved. Meanwhile, the weight of the shoes, the starting speed, and the stability should also be taken into account in the design. Based on the data collected from trying out and computing analysis, VICTOR has found that the drop of 9mm not only makes lateral movement smoother, but also facilitates badminton footwork.

The latest E-TPU material

E-TPU provides elastic and durable responsiveness for long-time pressing. The initial application of E-TPU was in the midsole of P9310, where E-TPU was used as the first layer (top layer) of the midsole. In the previous models, the forefoot is equipped with ENERGYMAX3.0. By contrast, P9310 is further upgraded with a full-sole E-TPU. The larger contacting area makes it more stable and comfortable to wear. The different materials used on the outside and inside of the forefeet provide elasticity on the inside and lateral stability on the outside.

Rebound force improved by 17%

The large carbon fiber plate on the second layer of midsole is worth being highly anticipated. The carbon fiber plate was originally used in the mid-foot to support the arch and offer torsion resistance. After research and improvement, the carbon fiber plate in the mid-foot area has been extended to the place of forefoot phalanges, which not only provides torsion resistance to the mid-foot, but also increases the rebound force on forefoot by 17%, making the start after bending more powerful.