PILLA - RAZOR
Product Info
This model:
Lens: 26CIED, 92CIL
Frame: Tread Fork
NEXT-LEVEL OPTICS - PANORAMIC LENS SCIENCE
PRECISION MEETS COMFORT
Engineered with a streamlined profile, the Razor delivers a snug, lightweight fit that disappears once play begins. Designed for athletes, it combines fog-reducing airflow, a cushioned silicone nosepiece, and secure temple attachments for unmatched stability. Interchangeable ZEISS ICE lenses and temples adapt instantly to any light or style, making the Razor the ultimate high-performance eyewear for all-day competition.
The “Pros” 2-Lens Kit is a perfect solution for a more streamlined approach to raising performance. This is a high-low system where the lenses provide both a full-sun and a low-light filter. The 26CIED is a full-sun lens that offers extremely balanced color filtration, making an athlete’s vision crisp and sharp while enhancing ball definition for precise tracking and registration. The 92CIL, our "Lime" lens, is a super low-light, indoor, and night play option. This lens excels when the court is shaded, light is fading, or a gray overcast has reduced ambient light. It will also help with indoor settings which lighting is a competing factor to one's game. The Lime filter enhances light perception and brightens the entire court while highlighting the ball.
The 26CIED is Pilla's signature full sun lens and the most versatile choice for bright outdoor play. With 26% light transmission, it balances sun protection with vibrant color enhancement, delivering a natural visual experience while relaxing the eyes. Chromashift and Infra Red technologies enhance definition without overly darkening your view.
Best For
The 92CIL is Pilla's premier indoor pickleball lens. Its lime-based filter brightens dim environments while enhancing focus, clarity, and depth perception. Designed to combat poor lighting, it increases visual awareness and allows athletes to track the ball with exceptional precision. Featuring our Chromashift and Infra Red technologies, this lens reduces eye fatigue during prolonged light exposure.
Best For