Adidas Adipower Pro-EDT 16mm C Pickleball Paddle – Elite Control & Precision
The Adidas Adipower Pro-EDT 16 C Pickleball Paddle is built for competitive players who demand consistency, touch, and power in one paddle. Featuring a 16mm Low-Density Polypropylene Honeycomb Core and a wide-body control shape (16” x 8”), this paddle provides a soft, cushioned feel with exceptional stability and forgiveness.
The Raw Carbon Fiber Surface grips the ball for controlled spin and precise shot shaping, while the wide sweet spot ensures accuracy and tactical consistency on every swing. Energy-efficient construction transfers your effort into powerful drives without sacrificing control at the net.
With its 5.5” Power Extra Grip Handle, the Pro-EDT 16 C supports two-handed backhands and gives players extra leverage for attacking play. TriFoam Edge Reinforcement reduces vibration and stabilizes the paddle face, while Carbon Perimeter & Reinforced Edge Guard maximize durability and keep your shots steady under pressure.
Key Features:
Wide-Body Control Shape (16” x 8”) for forgiveness and accuracy
Raw Carbon Fiber Surface for spin and confident shot shaping
16mm LD Polypropylene Core for soft feel and dwell time
5.5” Power Extra Grip Handle for two-handed versatility
TriFoam Edge Reinforcement for stability and reduced vibration
Carbon Perimeter & Edge Guard for strength and durability
Specifications:
Player Level: Competitive
Paddle Length: 16"
Paddle Width: 8"
Average Weight: 7.8 – 8.2 oz (221 g – 232 g)
Core Thickness: 16 mm
Handle Length: 5.5"
Grip Circumference: 4 1/4"
Surface Material: Raw Carbon Fiber
Core Material: Low-Density Polypropylene Honeycomb
Shape: Wide-Body Control
Construction: Classic Multilayers with Structural Reinforcement
Reinforcement: TriFoam Edge Reinforcement
Edge Guard: Carbon Perimeter & Reinforced Edge Guard
Color: Black/Gold
Manufacturer: Adidas Pickleball
The Adidas Adipower Pro-EDT 16 C is the ultimate choice for competitive players who want unmatched control, reliable spin, and a paddle that performs under pressure.