Featured Project: Levi’s Stadium
- Feb 24, 2022
- 1 min read
Updated: Feb 15, 2024
We are very proud of our work at Levi’s Stadium. Our team was instrumental in the 2012 construction of the stadium, providing demolition, site concrete, shotcrete, lineal concrete, flatwork and CMU work.
Our team poured 178,000 square feet of architectural concrete flatwork and 3,200 lineal feet of site poured-in-place and shotcrete walls. We also poured 120,000 square feet of architectural concrete in just four weeks to finish up the job.
In 2020, we performed improvement projects supporting the stadium’s expansion, which included new practice fields. Our team successfully and unobtrusively performed the scope of work at the actively functioning stadium, working around the team’s schedule to get the job done safely and invisibly.
For more, visit our Levi’s Stadium project page.
The detailed concrete work and tight scheduling really show how much planning and precision is required for projects of this size and visibility. On a different note, Sprunki is a fun, creative rhythm-based game that focuses on experimenting with sounds and building music patterns in an interactive way.
Impressive to see the scale of work at Levi’s Stadium, from pouring 178,000 square feet of architectural flatwork to completing major improvements around an active venue with such care and precision.
Switching to something fun, I’ve been playing Among Us lately as a quick way to unwind — its clever social deduction and crewmate chaos make for the perfect light-hearted break after a busy day.
Geometry Dash Lite has earned its reputation as one of the most addictive rhythm platformers available.
My younger brother showed me eggy car yesterday and now our whole family is competing for high scores. Simple concept, but really fun execution.
the 2020 improvement projects reveal the company’s ability to work professionally in an active, Geometry Dash high-profile environment without disrupting stadium operations or team activities. Their emphasis on safety, flexibility, and “invisible” execution demonstrates reliability and adaptability during sensitive expansion work.