BUTTERFLY Harimoto Innerforce SUPER ZLC AN
Rebound:12.0 Vibration:10.5 Measured:88.0g Surface:158×152mm Thickness:6.2mm Grip AN Size:100 × 24.5 × 34mm
Suggested Price:8,580
Special Price: NT$ 7,980
Weight
Quantity
BUTTERFLY Harimoto Innerforce SUPER ZLC AN Gourd Handle

● Coach Tony's Special Selection Paddle - AN Gourd Handle ●
【Coach Tony's Special Selection Paddle - Only One Piece Available, First to Order Gets Priority. When System Shows Out of Stock, It Means Someone Has Already Placed an Order for This Unit】
💡 AN Gourd Handle Features: Best suited for users with smaller palms and weaker grip strength. The overall structural design fits perfectly with the natural curve of the hand, making it easy to control paddle angle and striking force application.
A quality paddle is hard to find, and Coach Tony's specially selected paddles are worth collecting and using. Limited quantity, first come first served.
All paddles recommended at our workshop have been personally handpicked by Coach Tony. Each paddle is screened for weight, elasticity, and wood grain quality to guarantee the best quality.
※Equipped with [SUPER ZL-CARBON] hybrid carbon fiber with unique high-elasticity striking feel. The SUPER ZLC inner core features a blade face 0.5mm thicker than standard ZLC to deliver more powerful striking force. For players who want to aggressively attack mid-distance balls in blocking and counter-attacking situations, this paddle is absolutely the right choice. It's a paddle that combines excellent attacking power with stability, enabling sharp close-to-table blocks and superior control performance, allowing both offensive and defensive play to reach the highest level-------
| Product Detailed Specifications | |
|---|---|
Blade Structure Layer |
Inner Core Fiber + 5-ply Plywood + SUPER ZL Carbon |
Type |
Fast Attack Arc-Loop |
Rebound Characteristic |
12.0 |
Vibration Characteristic |
10.5 |
Measured Weight |
88.0g |
Blade Surface Size |
158 × 152mm |
Blade Thickness |
6.2mm |
Grip AN Size |
AN (Gourd Handle) Size: (Length × Thickness × End Width)
|