Structured Waist Harness with Wide Shoulder Straps

This structured waist harness features a distinct, sculpted silhouette that cinches the waist and extends into a flared peplum-style bottom, creating a bold fashion statement. Crafted from smooth olive green vegan leather, it integrates broad shoulder straps that provide both support and a modern, architectural feel to any outfit.

How to Style for Impact

The structured waist harness can transform everyday looks or add an unexpected edge to evening wear. For a daytime ensemble, layer it over a crisp white shirt or a fitted knit top, paired with high-waisted trousers or denim jeans. This creates a refined yet bold aesthetic, perfect for brunch or a gallery visit. For an evening out, wear it over a simple black slip dress or a sleek bodysuit, allowing the rich olive green to stand out. The wide shoulder straps offer a distinctive outline, making it a focal point for fashion-forward layering.

Sizing & Adjustable Fit

Designed to define the waist, this harness offers an adjustable fit to accommodate a wide range of body types. The main waist belt adjusts from 65cm to 95cm (25.5 to 37.5 inches), securing with a central buckle closure. Shoulder straps are also fully adjustable, ensuring a comfortable and customized fit across the shoulders and bust, suitable for chest measurements up to 120cm. While designed to provide a tailored waistline, it may not offer the same dramatic peplum flare on waist sizes exceeding 90cm.

Vegan Leather & Care

Constructed from high-quality vegan leather, this harness provides the luxurious look and feel of traditional leather without animal products. The material is smooth, durable, and holds its structured shape well over time. To maintain its appearance, wipe the harness gently with a damp cloth and mild soap. Avoid harsh chemicals or abrasive cleaners. Store it flat or hang it carefully to prevent creasing and to preserve the distinctive peplum structure. While robust, prolonged exposure to direct sunlight or extreme temperatures should be avoided to prevent material degradation.