
Nike Jr. Mercurial Vapor 17 Pro
Big Kids' Firm-Ground Low-Top Soccer Cleats
Coming Soon
Designed to unleash next-level quickness, the Vapor 17 Pro’s Flyknit upper helps keep you light on your feet in tight spaces. It gives you ball control when sprinting by defenders, while our exclusive lightweight plate fuels sharp turns and smooth changes of direction.
- Shown: Multi-Color/Black
- Style: IO8226-900
- Country/Region of Origin: China
Nike Jr. Mercurial Vapor 17 Pro
Designed to unleash next-level quickness, the Vapor 17 Pro’s Flyknit upper helps keep you light on your feet in tight spaces. It gives you ball control when sprinting by defenders, while our exclusive lightweight plate fuels sharp turns and smooth changes of direction.
Barefoot Touch
Incredibly lightweight and strong Flyknit upper provides support and brings you closer to the ball.
Lightweight and Responsive
A thin yet strong outsole plate reduces the overall weight of the cleat while adding responsiveness to each step.
Traction for the Field
Chevron studs help you grip the field to stop on a dime and change direction.
Product Details
- Classic laces
- For use on dry, natural-grass fields
- Shown: Multi-Color/Black
- Style: IO8226-900
- Country/Region of Origin: China
Free Shipping & Returns
Returns are free for both Members and guests (only for items that are unused and within 30 days upon delivery. Exceptions apply).
About Returns
Members get free standard shipping (for guests, only for purchases over ¥15,000) and discounted expedited shipping.
Join Us or Sign In
Reviews (0)
Reviews (0)
No Reviews
Have your say. Be the first to review the Nike Jr. Mercurial Vapor 17 Pro.

Nike Jr. Mercurial Vapor 17 Pro
More Info
Nike Direct Online Exclusive

Designed for Quick Cuts
Sharp agility powered by the Jr. Vapor Pro’s lightweight build—so small spaces become big chances to slip through.

Light Weight Plate
Exclusive Nike tech that supports quick turns and smooth changes of direction.

Flyknit Upper
Lightweight, once-piece upper that delivers a snug, flexible fit for sudden moves in tight spaces.
