Field Work at MycoFutures: Growing Tomorrow’s Leather

Last week we had the privilege of visiting MycoFutures, a studio founded by Stephanie Lipp and Leo Gillis. What we witnessed wasn’t just an alternative material in development—it was a living process with the power to reshape how we think about leather.

From Petri Dish to Leather Sheet

We began our tour in the lab, where small samples of reishi mycelium are carefully nurtured in sterile petri dishes. Over the course of several days, those microscopic filaments spread outward, knitting a dense, uniform network. By precisely controlling humidity and temperature, the team guides this growth into perfectly even mats.

How Reishi Mycelium Becomes Leather

Reishi mycelium sends out microscopic tendrils that weave together into a seamless fabric. Once each mat reaches the ideal thickness, it’s gently harvested, rinsed, and laid out to dry under natural light. The result is a supple, durable sheet that feels just like traditional leather, without a single animal product or harsh chemical in sight.

Why This Matters

Conventional leather tanning is a water‑intensive, chemical‑heavy process. Mycelium leather grows in days, uses a fraction of the water, and avoids toxins altogether. It’s proof that real innovation can come from collaborating with nature’s own building blocks, rather than working against them.

Looking Ahead

Visiting MycoFutures left us energized and optimistic. We’re convinced that the day when our jackets, bags, and shoes grow in a lab is closer than we ever imagined. As we explore integrating mycelium leather into our collection of sustainable accessories, we’ll keep you updated every step of the way.

Explore More

Curious to see the process in action? Visit MycoFutures.com to learn more about their pioneering work—and stay tuned here for updates on how we plan to bring living leather to you.