Louisa Ballou

High Tide printed mesh dress

Louisa Ballou High Tide printed mesh dress

Louisa Ballou's collections are synonymous with elevated resortwear. The High Tide dress captures this spirit through its form-fitting mesh construction and arresting print. Its elongated silhouette offers a confident profile, designed for memorable moments from sunset cocktails to exclusive beachside gatherings.

The art of the detail

This long-sleeved dress is defined by its second-skin fit and distinctive high neckline. The semi-sheer mesh fabrication is lightweight and fluid, lending an ethereal quality to the design. A vivid printed motif in shades of red unfolds against a black base, creating a dynamic visual effect that moves with the wearer. The long skirt is punctuated by a deep back vent, allowing for graceful movement while maintaining the integrity of the sleek, columnar shape. This piece expresses a considered approach to material and form.

How to wear

Style this dress with minimal heeled sandals and a simple clutch for an art gallery opening or a sophisticated rooftop dinner. The vibrant pattern requires little adornment, allowing the design to remain the focal point. For a resort-ready look, pair it with metallic jewelry and embellished flats, creating an ensemble perfect for an evening celebration by the water. The piece adapts effortlessly to high-end social calendars, proving its versatility across a range of special occasions from dusk until dawn.

About Louisa Ballou

Founded on a philosophy of vibrant self-expression, Louisa Ballou redefines luxury swimwear and resort attire. The brand is celebrated for its abstract prints, daring cutouts, and innovative use of technical fabrics that contour the form. Each collection merges artistic sensibility with a distinctively modern energy. This dress is a clear reflection of the designer's vision, showcasing a signature approach to creating powerful, feminine pieces that feel both contemporary and timeless. The result is an expression of confident, artful dressing.