Nox AT10 Genius Attack 12K Alum Xtreme 2026

Description

The Nox AT10 Genius Attack 12K Alum Xtreme 2026 is built for players who attack first and dictate the pace of every rally. Featuring a diamond mold and high balance, this version maximizes overhead power while preserving the technical precision that defines the AT10 series.

Designed with 12K aluminized carbon, the face offers a firmer, more reactive feel while maintaining consistency across temperature changes. Combined with the multilayer MLD core, it produces explosive ball output on smashes and viboras without sacrificing defensive control.

The Xtreme configuration reinforces aerodynamics and structural stability, allowing advanced players to swing aggressively with confidence and stability in high-speed exchanges.

Highlights

• Diamond shape · high balance for maximum attacking leverage.
• 12K Alum Carbon delivers firmer touch and explosive rebound.
• MLD multilayer core balances touch on defense with punch on finishes.
• Xtreme aerodynamic design enhances swing speed and stability.
• Rough texture surface increases grip and spin potential.
• Carbon frame construction improves durability and torsional rigidity.

Power
Power rating: 100 out of 100Control
Control rating: 90 out of 100

Best For

• Advanced and professional offensive players.
• Smash-focused competitors who rely on aggressive overheads.
• Players seeking maximum power with stable feedback.

Quick Specs

LevelProfessionalGame StylePower (Attack)ShapeDiamondBalanceHigh (Head Heavy)Weight360–375 gThickness38 mmFace12K Aluminized CarbonCoreMLD Multilayer EVASurfaceRough TextureFrameCarbon Frame

Tech Inside

12K Alum Carbon

Aluminized carbon weave offering enhanced rigidity and consistent performance across temperature variations.

MLD Core

Multi-layer EVA construction that adapts to shot intensity for balanced power and touch.

Xtreme Aerodynamics

Optimized structural design to improve swing acceleration and maintain torsional stability.

Rough Surface Finish

Textured face enhances spin generation without compromising durability.