Nike Alphafly 3 Obsidian Persian Violet

Race-Day Performance in a Standout Colorway

Take your next starting line in the Nike Alphafly 3 Obsidian Persian Violet. This road racing shoe combines full-length ZoomX foam, two forefoot Air Zoom units, and a full-length carbon-fiber plate for a cushioned, responsive ride. The Obsidian / Doll / Persian Violet / White colorway features contrasting Volt details.

Lace up, settle into your rhythm, and focus on the miles ahead. From a half marathon to your next marathon goal, the breathable knit upper and lightweight cushioning make this a race-focused addition to your running setup.

Key Features

• ZoomX cushioning: Full-length foam provides lightweight cushioning and smooth heel-to-toe transitions.
• Responsive forefoot: Two Air Zoom units add responsiveness at toe-off.
• Carbon-fiber plate: A full-length plate works with the cushioning system to support a propulsive ride.
• Breathable AtomKnit upper: Lightweight knit construction provides support and ventilation.
• Distinctive color details: Deep Obsidian tones meet Persian Violet accents and Volt Air Zoom units.

Product Details

• Brand: Nike
• Model: Alphafly 3
• Colorway: Obsidian / Doll / Persian Violet / White
• Cushioning: Full-length ZoomX foam and two forefoot Air Zoom units
• Plate: Full-length carbon fiber
• Upper: AtomKnit
• Heel-to-toe drop: 8 mm
• Approximate weight: 7.7 oz (218 g), men's US size 10. Weight varies by size.
• Outsole: Rubber
• Surface: Road
• Intended use: Half-marathon and marathon racing

Find Your Size

Each size option lists an EU size alongside women's and men's US equivalents:

• EU: European shoe size.
• US W: Women's US shoe size.
• US M: Men's US shoe size.

For example, EU40｜US8.5W｜US7M is one size option labeled as EU 40, women's US 8.5, and men's US 7. Choose using the sizing system you normally wear, and read the full label before adding to your bag.

Select your size to check availability. If you're unsure about fit, compare your foot measurements with the size guide for this model rather than sizing up or down automatically.