Starvie Nyra 2026

The Starvie Nyra 2026 is the perfect padel racket for new players looking for maximum comfort, excellent handling and control from the very first game. With a round shape, low balance and lightweight construction, the Nyra is ideal for those who value maneuverability and a smooth playing experience.

Thanks to its X-Glass Tech surface and soft S-EVA Flex core, the racket offers great ball output and a forgiving feel. It also includes advanced features like Advance Core technology in the heart of the racket, which reduces vibrations and enhances stability.

Key specifications of the Starvie Nyra

• Weight: 340 to 355 g
• Thickness: 38 mm
• Shape: round
• Balance: low
• Surface: X-Glass Tech
• Core: S-EVA Flex foam

Racket type built for maneuverability and soft control

With its low balance and soft core, the Nyra 2026 is built to make every shot feel easy and natural. Its lightweight design supports faster reactions and reduces fatigue, making it especially suitable for beginner players or anyone seeking a comfortable racket with plenty of feel.

Materials and technologies in the Starvie Nyra

• X-Glass Tech: elastic fiberglass surface for enhanced ball output and comfort
• S-EVA Flex core: soft foam that adds forgiveness and smooth power delivery
• Advance Core: internal technology that increases control and absorbs vibrations
• Spin Boost Tech: textured surface that allows added spin and improves shot variation
• T-Carbon frame: carbon tubular frame for improved structural rigidity and durability

Design and appearance

The Starvie Nyra 2026 features a fresh, modern look with a round head shape and a clean, lightweight frame. The combination of visible fiberglass layers and carbon detailing gives the racket a professional but welcoming appearance for players just starting their journey.

Why choose the Starvie Nyra 2026

• Ideal for beginners and recreational players
• Low balance and round shape for easy control
• Soft feel and great ball output
• Reduces vibration for comfortable play
• Lightweight design for maximum maneuverability