Francis Skirt Maroon
Francis Skirt Maroon
This versatile Mirla Beane Francis Skirt is made from 97% sustainably sourced BCI cotton with 3% Spandex for comfort, offering a flattering A-line shape that sits just above the knee.
Out of stock
Dispatched directly by Mirla Beane from United Kingdom
UK standard delivery typically 1–3 business days
The Mirla Beane Francis Skirt is a wardrobe staple designed for both style and ease. Crafted from a blend of 97% sustainably sourced BCI cotton and 3% Spandex, it offers a comfortable fit with just the right amount of stretch.
This short skirt features two practical patch pockets and elegant seam detailing, creating a slightly A-line silhouette that flatters. Its above-the-knee length makes it perfect for versatile styling, whether dressed up or down.
- Versatile short skirt
- Slightly A-line shape
- Two patch pockets
- Above-the-knee length
Composition: 97% sustainably sourced cotton 3% Spandex
How to use: Fits true to size.
Care instructions: Wash at 30 degrees. Wash dark colours separately.
About Our Brand Mirla Beane
Mirla Beane addresses the demand for fashion that seamlessly blends sophistication with a playful spirit, proving that contemporary style can also be ethically produced. The brand specialises in creating beautiful, design-led pieces that challenge the outdated notion that fashion must compromise on responsibility.
What truly distinguishes Mirla Beane is its unwavering dedication to nurturing the next generation of British designers and local makers. By empowering up-and-coming talent, the brand ensures a continuous flow of fresh, innovative designs, all while maintaining a steadfast commitment to transparency throughout its production processes.
The very name, Mirla Beane, embodies the brand's foundational philosophy: a deep commitment to future generations. This guiding principle drives their focus on crafting lasting garments and actively fostering opportunities within the fashion industry, ensuring their positive impact extends far beyond the clothes they create.