Ancestars Original Cork Yoga Mat
The Original reimagines how a yoga mat made from 51% renewable materials can be so high-performing for any practice. The world’s first cork yoga mat uses a premium layer of extra thick cork for a grounded, non-slip experience dry or wet with no need for a towel. Our signature Plant Foam bottom is optimized for cushion, stability, and energy return.
10% Profits Donated to Black Artists + Designers Guild
Limited Edition - 75 Prints Available
6mm thick | 2.8 lbs. | 5.5" rolled
Non-slip dry to heavy perspiration.
Contains 51% bio-based renewable materials certified by the USDA.
Ideal balance of comfort and support.
Lightweight and portable yet grounding.
Always lays flat, will never slide or bunch up.
Easy to care for and keep clean.
No PVC’s, latex, plasticizers or rubber smells.
100% vegan product.
Free shipping on USA orders over $175.
Extended Holiday Returns: Orders placed Now - Dec. 25th can return through Jan. 31st, 2025. Free for all USA states excluding Alaska, Hawaii and USA territories.
Lightly spray with Yoloha mat cleaner or natural cleaner after use and lay flat to dry.
Grip Tip: Cork increases grip when wet. Use our grip spray or sprinkle water on your mat where your hands and feet go before practice for extra traction.
Buy it with
Meet The Artist Norra James
The Original
All-around high performance.
performance done naturally
Extra thick cork surface is designed to perform even during the sweatiest classes. No rubber smells or bunched up mats. Ditch the towel and focus on one thing, your practice.
FEEL GROUNDED AND CONNECTED
Our signature cork and foam blend is optimized for cushion, stability and energy return. 100% natural cork surface allows you to feel grounded and connected with the earth.
Learn About Plant Foam
foam made from plants
Developed out of our effort to reduce the environmental impact on our planet, the foam on the Original is made from sugarcane. Combined with our sustainable cork surface we have achieved a yoga mat made with 51% USDA certified bio-based renewable materials.