Nike Pro Dri-FIT Quarter Zip Pullover Womens S Geometric Pattern Training Top

Description

View Nike Pro Dri-FIT Quarter Zip Pullover Womens S Geometric Pattern Training Top with current marketplace pricing, condition, product images and item details. Excellent pre-owned condition with no visible flaws or significant signs of wear. Nike Pro Dri-FIT quarter-zip pullover top features a vibrant all-over geometric fair isle pattern in shades of purple, red, and orange. Designed with a mock neck and long sleeves, this performance piece utilizes moisture-wicking fabric to keep you dry during intense training sessions or outdoor runs. The slim fit and stretchy material provide a streamlined silhouette and full range of motion for any athletic activity. Activewear, Athleisure, Running, Training, Gym, Fitness, Geometric, Fair Isle, Colorful, Vibrant, Moisture Wicking, Breathable, Lightweight, Layering, Sporty, Performance, Yoga, Hiking, Outdoors, Quarter Zip, Mock Neck, Nike Pro, Dri-FIT, Gen Z, Streetwear Condition: Pre-owned - Excellent. Category: Clothing, Shoes & Accessories › Women › Women's Clothing › Activewear › Activewear Tops. Brand: Nike.

Brand

Nike

Country of Origin

Sri Lanka

Fabric Type

Jersey

Season

Fall, Spring, Winter

Occasion

Activewear, Casual

Type

Casual

Color

Multicolor

Theme

Sports, Logo, Colorful, Activewear, Athleisure, Running, Training, Gym, Fitness, Geometric, Fair Isle, Vibrant, Moisture Wicking, Breathable, Lightweight, Layering, Sporty, Performance, Yoga, Hiking, Outdoors, Quarter Zip, Mock Neck, Nike Pro, Dri-FIT, Gen Z, Streetwear

Closure

Zip

Garment Care

Machine Washable

Model

Nike Dri-Fit

Vintage

No

Sleeve Length

Long Sleeve

Size Type

Regular

Neckline

Mock Neck

Style

Pullover

Features

Breathable, Lightweight, Stretch, Moisture Wicking, 1, 4 Zip

Size

S

Material

Polyester Blend

Department

Women

Fit

Athletic

Product Line

Nike Pro

Performance/Activity

Gym & Training, Running & Jogging, Hiking, Cross Training, Yoga

Sleeve Type

Classic

Pattern

Geometric