Skip to product information
1 of 5

Wilson Blaze Tour 16mm Carbon Fiber Pickleball Paddle

Wilson Blaze Tour 16mm Carbon Fiber Pickleball Paddle

Regular price $230.00 AUD
Regular price Sale price $230.00 AUD
Sale Sold out
Shipping calculated at checkout.
View full details

DESCRIPTION

The Wilson Blaze Tour 16mm Paddle is designed for the competitive player who is looking to maximize power and spin while still maintaining control. The elongated paddle features a Thermoformed Edge which is a carbon-wrapped perimeter that improves stability and stiffness, reduces vibration and expands the sweet spot. The paddle's 16mm thickness with a raw carbon surface enhances spin potential, providing the consistency and control needed to play at a high level, all while adding power to your game. TECHNICAL SPECS
  • Average Weight: 8.1 ounces (230g)
  • Weight Range: 7.9 – 8.3 ounces
  • Paddle Length: 16.5″
  • Paddle Width: 7.5″
  • Handle Length: 5.6″
  • Grip Circumference: 4.25″ (Medium) Actual grip sizes may vary up to 1/8"
  • Grip Style: Pro Performance Perforated Grip
  • Grip Manufacturer: Wilson Pickleball
  • Paddle Face: Raw Performance Carbon Fiber
  • Core Material: Polypropylene Honeycomb
  • Core Thickness: 16mm (0.63")
  • Edge Guard: 1/8" Overlapping Paddle Face, Thermoformed
  • Manufacturer: Wilson Pickleball
  • Made in China
  • USAPA-approved
FEATURES
  • Blaze Family: High-performance collection for advanced players looking to dominate the court with power and spin
  • Raw Carbon Fiber: Lightweight, high-strength premium fiber materials with a natural texture that maximize spin potential
  • Elongated Shape: Shape with a more narrow sweet spot located slightly higher on the paddle that aids in maximizing power potential and reaching one more ball
  • 16mm: Control-oriented thickness that absorbs the ball's pace, reduces vibrations, and optimizes touch
  • Longer Handle Length: Ideal for players who prefer hitting with two-handed backhands
  • Technologies: Thermoformed edge enhances comfort by increasing stability, expanding the sweet spot, and reducing vibrations