Li-Ning Milan Fashion Week Runway Women's Short Puffer Jacket

As featured on Li-Ning’s 2026 Fall/Winter Milan Fashion Week runway (January 16, 6 PM CET, Padiglione Visconti, Via Tortona 58 Milan), this women’s short puffer jacket embodies the collection’s theme "THE ATHLETE IN ALL OF US"—blending high-fashion versatility with winter warmth and practicality.

1. Design & Silhouette

Crafted with a relaxed fit that flatters and modifies the figure, the short-length jacket offers trendy proportions while ensuring freedom of movement. Standout design details:

* 3D structural stitching on the body and sleeves, creating rich visual layers;
* Removable hood with faux fur lining (inside the hood) for dual-style versatility—switch between sleek and cozy, while enhancing cold resistance;
* Drawstring ruffled hem for a sweet-yet-edgy look, adding playful charm to winter outfits;
* Tone-on-tone embroidered "Li-Ning China" logo for subtle brand recognition and refined texture;
* Side slip pockets for convenient storage, balancing functionality and minimalism.

2. Premium Fabric & Warmth

Made with lustrous, soft fabric, the jacket boasts a glossy finish that elevates its luxury feel. Filled with high-quality insulation (body and sleeves), it delivers exceptional warmth without bulk—perfect for cold weather. The smooth texture ensures comfort against the skin, while dense, neat stitching reflects meticulous craftsmanship and durability.

3. Versatile Styling

Ideal for winter city commutes, casual outings, or weekend getaways—pair with jeans, leggings, or dresses for a polished, on-trend look. This short puffer jacket redefines winter fashion by merging Milan runway flair with everyday wearability, keeping you warm and stylish all season long.

Product Details

* Color: Black
* Sizes: XS-3XL (see size chart for fit guidance)
* Material: Lustrous soft outer fabric + high-quality insulation (body/sleeves)
* Origin: Li-Ning 2026 Milan Fashion Week Runway Collection
* Key Features: Removable faux fur-lined hood, drawstring ruffled hem, 3D structural stitching