Product Summary
The ski in details
Built for freeride adventures, the Porsche 106 Series is your perfect companion to master any backcountry terrain. Its distinctive Flax-Rattan construction ensures optimal weight distribution and stability
The Porsche 106 Series, created with Aksel Lund Svindal and Porsche chief designer Michael Mauer, brings adventure to the slopes. Inspired by the off-road spirit of the Taycan Cross Turismo Adventure, it excels in deep powder, challenging trails, and backcountry terrain. Its Flax-Rattan construction with a Rattan-Poplar woodcore ensures stability, responsiveness, and optimal weight distribution, while exposed natural fibers highlight craftsmanship and connection to nature. The 106 Series combines the technical expertise of Porsche and HEAD to deliver versatile, adventure-ready freeride performance with elegant design—perfect for the AHEAD Road Trip.
Flax Rattan Construction
A unique combination of flax fibers and rattan poplar wood core ensures optimal weight distribution and enhanced stability for better performance.
Graphene
The thinnest and lightest material known, used strategically in the ski to make it incredibly strong and lightweight—perfectly tuned to your riding style.
Structured UHM C Base
Made from the same top-quality material used in HEAD’s race skis, this durable base features a special texture for excellent performance in all snow conditions.
The Ski
Beautiful natural rattan wood fibers for a sleek, professional look. The new construction also ensures your weight is optimally distributed for greater stability.
The Engineering
Used by Porsche in motorsport racing, rattan and flax are naturally strong and light materials. Head ditched the top sheet to reduce even more weight.
The Talent
Michael Mauer and Aksel Lund Svindal. Two bright minds creating something really special.
Technologies
Graphene
Graphene is the thinnest and lightest element ever discovered by mankind. Graphene is also the strongest material on the planet, stronger than diamond and 300 times stronger than steel, all in the thickness of one atom.