Nissan Stadium

I went to Nissan Stadium expecting a football match and left thinking about concrete. That sounds like a strange thing to admit, but it's the honest truth. Most people look up at the floodlights or down at the pitch, and I did both — but what kept pulling my eyes back was the way the whole place seemed to float. The stands, the concourses, the walkways wrapping around the outside: none of it felt heavy. It felt lifted. That's the part nobody talks about when they argue about stadiums, and it's the part I keep coming back to.

Why Stadiums Feel Like They're Standing on Stilts

Elevated building on slender concrete pilotis standing among trees in a Japanese forest landscape

The first time I really noticed the columns holding up the upper tiers, I flashed back to something I'd read years earlier about Le Corbusier and his idea of the pilotis — those slim, load-bearing pillars that lift a building off the ground so the earth can keep flowing underneath. Stadium designers borrowed that trick without ever making a fuss about it. Look at the underside of a modern grandstand and you'll see the same logic: open ground level, structure carried on columns, circulation threading through the gaps. It's practical, sure. You need room for crowds, gates, and service access. But it also does something quieter — it makes a massive building feel like it's hovering rather than squatting. I walked beneath the concourse on my way out and the space felt almost like a covered street, not the belly of a stadium.

The Villa Savoye Connection I Didn't Expect to Make

Villa Savoye by Le Corbusier showing its raised pilotis structure and horizontal banded windows

Later that week I fell down a rabbit hole looking at Villa Savoye, and suddenly the stadium made more sense to me. The same five points that shaped that house — the free ground plane, the ribbon windows, the roof brought back into use — show up in stadium thinking everywhere. A raised ground level gives you open public space around the venue instead of a solid wall. Horizontal bands of glazing and mesh wrap the exterior and let daylight move through the circulation decks. Even the idea of the roof as a usable terrace echoes how a stadium's top ring becomes a concourse with a view. None of this is coincidence; it's a design language that started with one architect and quietly became the default for how we build big public buildings. Sitting in my seat, I wasn't just watching a game. I was sitting inside a century-old idea that had been scaled up until it could hold forty thousand people.

Would I have noticed any of this if the match had been more exciting? Honestly, probably not. But that's what I love about going to a stadium in person instead of watching it on a screen — the building gets a chance to talk to you. Next time you're there, look down before you look up. The columns are doing more work than you think, and the space beneath them is the best-kept secret in the whole place.