The New Generation VICTOR P9200III 55 BX from the Support series enables swift movement and accurate attack on the badminton court. At the same time, using upgraded shock-absorption material E-TPU, the VICTOR P9200III 55 BX provides comfort, stability, and protection when landing.
- Features:
- HyerEva
- Neo Duplex
- V-Tough
- Tri-Arch
- Drop-In Midsole
- Non-Marking Sole
- VSR Anti-Slip
- Material:
- Outsole: VSR Rubber
- Midsole: HYPEREVA + Solid EVA
- Upper: Microfiber PU Leather + V-Tough + Double Mesh
Features:
HyperEva - VICTOR HYPEREVA is the latest developed midsole technology that focuses on resilience and cushioning. You will be impressed by its incredible softness, shock-absorption, rebound performance, and how it makes the shoes both durable and lightweight.
Badminton Shoes built with HYPEREVA can achieve better weightlessness , elasticity and stability than before, getting you ready to win at any time.
Neo Duplex - The newly invented double-wedge structure midsole: Based on the principle of biomechanics, the special cushioning/elastic material is overlapped with the midsole material to achieve a double-wedge structure midsole with both energy absorption and stable support.
V-Tough - The inner surface of the toe is made of super wear-resistant special material which greatly prolongs the service life of the footwear. In a wear level testing, the super wear-resistant technology applied to the toe is proved 16 times more wear-resistant than average PU leather.
Tri-Arch - The Tri-Arch support control is an arch design of the footbed based on the three arches of the foot: medial and lateral longitudinal-arches and transverse arch. Tri-Arch is ergonomically designed to keep the original curvature of the three arches, which offers a more comfortable support to the sole, evenly distributes the pressure, and enables better controllability.
Drop-in Midsole - Drop-in midsole combined insole with midsole, not only increase its durability, but also provide more comfortable and nice support to the longitudinal and transverse arches.