Badminton racquet Yonex Nanoflare 700 Tour Silver / Sky Blue
Produktbeschreibung
The new 2nd generation YONEX NANOFLARE 700 TOUR is a lightweight head racket designed for fast speed. The frame geometry of the racket has been designed to improve the quality of your clean strokes, allowing you to make deep shots to the back court with minimal effort. This is especially valuable for players who rely on strategic play, using high and deep clean strokes to create opportunities and dictate the tempo of the game. The 2nd generation NANOFLARE 700 badminton racket ensures that every clean stroke is smooth and consistent. It gives you the confidence to execute precise high shots that push your opponent to the back court.
Specifications:
Stiffness: Medium
Frame: HM Graphite, Nanocell NEO, SUPER HMG, SERVO FILTER
Shaft: HM Graphite, SERVO FILTER
Length: 10 mm longer
Color(s): Silver / Sky Blue
Manufacturer code: 2NF-700T
Production: Taiwan
Technologies:
Aero Frame - AERO Frame reduces air resistance and allows for a faster swing.
Isometric - The isometric shape of the racket head maximizes the area of intersection of the main and cross strings, thus increasing the active hit area even for off-center hits.
Sonic Flare System - Maximum acceleration. The revolutionary new TORAYCAR M40X graphite material and SUPER HMG provide unmatched power and stability for maximum acceleration.
Super Slim Shaft - The thin shaft of the racket reduces air resistance while providing a better feel.
Energy Boost CAP PLUS - A uniquely shaped cap that maximizes shaft performance. The front allows the shaft to flex, while the curved sides stabilize the racket surface, preventing shaft twist.
REXIS SHAFT - A high-performance shaft, precisely engineered using Yonex's original molding technique. Dominate the game with improved shot efficiency.
Built-in T-Joint - Increases strength between the frame and shaft, eliminating head twist and providing greater control.
NANOCELL NEO - A resilient yet surprisingly flexible graphite material.
Super HMG - graphite with a very high modulus of elasticity