Vibram FiveFingers Groundsplay LS Women – Total Black Minimalist Barefoot Shoes
Vibram FiveFingers Groundsplay LS Women in Total Black are minimalist barefoot-style shoes designed for everyday movement and an active lifestyle. Featuring Vibram’s distinctive individual toe design, these shoes allow each toe to move separately while offering a close-to-the-ground feel and a flexible fit.
With a sleek all-black colourway and lace-up closure, the Groundsplay LS combines a modern, versatile look with the lightweight feel of minimalist footwear. Its low-profile design makes it suitable for everyday wear, walking, casual outings, and a range of light activities.
Designed for:
Everyday casual wear
Walking and daily activities
Gym and fitness routines
Travel and outdoor outings
Active lifestyles
Minimalist footwear enthusiasts
Casual outfits and everyday use
Who it’s for:
Vibram FiveFingers Groundsplay LS Women are designed for women looking for minimalist shoes with an individual toe design, flexible construction, and a close-to-the-ground feel. They are suitable for people who prefer lightweight footwear that allows their toes to move independently.
Whether you're walking around town, heading to the gym, or looking for a distinctive everyday shoe, the Groundsplay LS offers a streamlined design that combines functionality with a versatile black finish.
Materials & Construction:
Individual toe compartments
Flexible, low-profile construction
Lace-up closure
Lightweight shoe design
Vibram outsole
Total Black colourway
Key Features:
Five-toe design for individual toe placement
Minimalist barefoot-style construction
Low-profile feel close to the ground
Flexible design for everyday movement
Lace-up fastening for an adjustable fit
All-black finish for versatile styling
Suitable for casual wear and active routines
Care Instructions:
Remove loose dirt after use with a soft brush or damp cloth. Clean gently with mild soap and water when needed, then air dry completely away from direct heat. Follow the manufacturer's care recommendations for the specific materials.
