The new San Diego Chargers stadium features a magnificent 'kinetic skin' that moves when the wind blows, recreating the sound of the ocean.
The skin will be made of aluminum or stainless steel and is likely to be perforated, while the facade will be made out of stone or stone veneer. This stadium's design is clearly inspired by the local area, and features a capacity of 68,000 seats. The design of the stadium also features deliberate gaps in the structure to allow people outside the stadium to see the inside, and vice versa.
However the highlight of the new San Diego Chargers stadium is definitely the kinetic skin, which will make for quite a wondrous visual addition and add to the entire experience of being in this unique stadium.
Kinetic-Skin Stadiums
The New San Diego Chargers Stadium Features a Unique Kinetic Skin
Trend Themes
1. Kinetic-skin Architecture - The use of moving surfaces on buildings and structures for enhanced sensory experiences presents innovation opportunities in the architectural engineering industry.
2. Interactive Sports Venues - Designing sports venues to be interactive and immersive could disrupt the sports industry and offer revenue-generating opportunities through new fan experiences.
3. Sustainable Stadium Construction - Building stadiums with sustainable and renewable materials while incorporating innovative designs such as the kinetic skin could disrupt the construction industry and contribute to sustainable development goals.
Industry Implications
1. Architectural Engineering - Expertise in creating, engineering, and installing moving surfaces or kinetic skins on buildings will be necessary for this trend.
2. Sports - Investment opportunities exist in creating unique and interactive sports venues that offer fans a memorable experience like no other, potentially bringing in new revenue streams.
3. Construction - Sustainable stadium construction presents a disruptive innovation opportunity in the construction industry, providing environmentally-friendly and eco-conscious building solutions while taking advantage of technologies and designs that improve the user experience.