Elevate any casual ensemble with these sleek sneakers, crafted in a monochromatic palette for a polished look. Featuring a lightweight fabric upper and a sporty mesh overlay, they provide breathability and style. The sculpted rubber sole ensures comfort with each step, while the drawstring laces and tongueless design offer modern flair and convenience. With a modest heel height, these sneakers effortlessly blend functionality with fashion, making them an essential addition to any wardrobe.
From the brand: A monochromatic color palette polishes this new must-have kick, featuring a sculpted rubber sole, sporty mesh overlay and frosted transparent accents. Drawstring laces complement the style’s tongueless design, adding modernity and easy-on convenience.
Fabric upper material
Fabric lining
Rubber and synthetic sole
1.75 inch heel height
Imported
The MILO BLACK - SM REBOOTED is designed with a sporty mesh overlay and a cushioned rubber sole, making it suitable for all-day wear. However, comfort levels vary by individual, so consider checking Parallel's size recommender for personalized sizing to enhance your experience.
Constructed with fabric upper and rubber synthetic sole, the MILO BLACK - SM REBOOTED offers good durability for regular use. It's designed to withstand daily wear, but it's always good to refer to our care tips to maintain the shoe's quality.
The fabric upper material of the MILO BLACK - SM REBOOTED makes it relatively easy to clean. For best results, we recommend using a damp cloth for spot cleaning. However, avoid harsh chemicals that might damage the material.
The MILO BLACK - SM REBOOTED is ideal for casual outings and light activities due to its sporty design and comfortable fit. It is not specifically designed for intense workouts, so consider its intended use when making your purchase.
The MILO BLACK - SM REBOOTED features a tongueless design with drawstring laces, providing a flexible fit. For the best personal sizing experience, use Parallel's size recommender tool, which can tailor suggestions based on your measurements.
