The Six Zero Coral Hybrid Next Gen 16mm represents the pinnacle of innovation in pickleball. Designed to deliver the perfect blend of precision, power, and stability, it adapts effortlessly to players of all skill levels and performs on any type of court.
Its advanced construction provides an ideal balance between soft touch control on delicate shots and explosive acceleration when attacking, creating a smooth and confident playing experience.
Every detail of the Coral is engineered to elevate both comfort and performance. The ProPulsion Foam Tectonic Core delivers outstanding stability while maximizing energy transfer. Combined with a patented suspension system, it absorbs vibrations and evenly distributes impact—giving you exceptional feel and control during fast rallies and aggressive play.
The Diamond Tough surface enhances durability and spin potential, outperforming traditional raw carbon fiber by up to four times. This cutting-edge material ensures superior ball grip for consistent, precise shots, even after extended use.
The Coral also stands out for its refined balance of feel and power. Each shot provides clear, responsive feedback, helping players adjust quickly, counter effectively, and strike with confidence. Its intelligent design offers excellent maneuverability and optimized twist weight for immediate stability right out of the box.
Each paddle includes an exclusive Six Zero neoprene cover, combining protection with a sleek, premium look.
Whether you're a control-focused player or an aggressive attacker, the Coral Hybrid Next Gen is built to perform in every situation.
Specifications
- Model: Coral Hybrid 16mm
- Core Thickness: 16 mm
- Technology: Patented Tectonic Core Suspension System
- Core Material: ProPulsion Foam
- Surface: Diamond Tough Ultra-Durable Carbon Fiber
- Average Weight: 8.0–8.3 oz (225–235 g)
- Twist Weight: 6.70
- Swing Weight: 114
- Length: 16.3"
- Width: 7.5"–7.7"
- Grip Length: 5.5"
- Grip Circumference: 4.125"
- PBCoR: 0.42 (limit 0.43)
- Play Style: Control, Power & Precision
