FIFA Club World Cup 2025 Stadiums: The Biggest Stadiums in the U.S. for Matches

Some consider it an appetizer for what awaits us in 2026 when the FIFA World Cup will be hosted across Canada, Mexico, and the United States. Indeed, one of the most significant legacies of the 2025 FIFA Club World Cup, which concludes on July 13th with the final played in New York, concerns the sports infrastructures hosting the matches.

The 12 American stadiums, the stage for clashes among the world’s best clubs—from Real Madrid to Manchester City, from Inter to Paris Saint Germain—have stood out for hospitality, innovation, sustainable solutions, and architectural beauty.

The 2025 Club World Cup has also been an extraordinary showcase for U.S. infrastructure. For the first time ever, the most prestigious club tournament on the planet has been played in an extended format with 32 teams from around the world, set against a backdrop typical of major American productions: hi-tech stadiums, hyper-connected cities, and multi-sport facilities redesigned for a global event.

For this occasion, the United States deployed a selection of iconic stadiums—many already prepared for the 2026 FIFA World Cup—that reflect not only sporting passion, but also an infrastructural vision based on technology and sustainability solutions.

The MetLife Stadium is the FIFA Club World Cup 2025 stadium for the grand final, set for Sunday, July 13th. In addition to the main event, five group stage matches and two semifinals were also played in this temple of sport, inaugurated in April 2010 at a cost of $1.6 billion.

A vast stadium that can host over 80,000 spectators for sporting events and surpass 90,000 for major concerts by artists like Beyoncé, Ed Sheeran, and Taylor Swift.

The facade consists of aluminum and stone structures designed to balance the appearance of the two NFL teams hosted here (it’s the New York Jets stadium and the New York Giants stadium), with LED lighting capable of changing color based on the event (blue, green, or neutral).

Environmental sustainability is another hallmark of this stadium, equipped with a solar ring installed in 2012 with 1,350 solar panels producing over 350 kW, powering the LED lighting and feeding energy back into the grid.

Choosing this stadium to host the FIFA Club World Cup 2025 final confirms its excellence in terms of capacity, technological infrastructure, and organizational capabilities.

Atlanta’s venue is among the most environmentally advanced. Opened in 2017, the Mercedes-Benz Stadium is the first stadium to earn LEED Platinum certification, thanks to sustainable solutions like rainwater recycling, solar panel roofing, and natural field ventilation.

With its “retractable pupil” roof, opening and closing like a camera lens, the stadium represents an iconic architectural innovation. It regularly hosts NFL, MLS events, and concerts, and will play a starring role in the 2026 World Cup as well.

In preparation for the FIFA Club World Cup 2025, updates were made to digital flows and access management to ensure entry times of under three minutes per spectator.

The TQL Stadium in Cincinnati, inaugurated in May 2021 and designed by Populous, represents a pinnacle of North American football innovative architecture.

This Cincinnati stadium is a cutting-edge stadium capable of hosting 26,000 spectators with maximum visibility and engagement. The roof completely covers the stands with a continuous ETFE structure—a translucent material that provides protection and natural light without compromising grass growth.

The covering integrates LED lights for multicolored visual displays, while the facade, composed of over 500 vertical louvers, creates a dynamic effect that enhances ventilation by day and transforms into vibrant tones synchronized with events by night.

The “The Bailey” stand plays a central role: over 3,100 standing fans on a 34° incline, forming a true “sound wall” that recreates the atmosphere of Europe’s football infrastructures.

The TQL Stadium is a winning mix of architectural innovation, advanced engineering technologies, and fan experience services, ready to compete on international stages. Its role in the 2025 Club World Cup reinforces its reputation as a world-class venue, also prepared to host other major international competitions.

Nashville’s Geodis Park is the newest of the recently built American stadiums, but most notably, it is the highest capacity stadium in the U.S. designed exclusively for soccer.

Inaugurated on May 1, 2022, and designed by Populous, the structure can host 30,109 people and was partially financed through bonds purchased by local citizens.

Architecturally, the stadium is distinguished by its minimalist steel structure, while the 360° canopy roof evenly illuminates the stands, protecting spectators from the elements and providing strong visual impact. Great emphasis has been placed on service quality.

Inside, there are three distinct lounges, 25 private suites, loge boxes, and a dedicated supporters’ entrance. The VIP areas feature curated environments with sofas, music clubs, and customizable atmospheres for different events. The inclusion of spaces for musical performances inside the stadium lounges perfectly aligns with Nashville’s musical heritage.

What makes American stadiums unique is the “permanent mega-event” approach. Each infrastructure is designed to be a destination—a multimodal container capable of hosting sports, concerts, corporate events, tourism, and daily life.

This same philosophy was seen during the 2022 FIFA World Cup in Qatar, where stadiums were entirely built for the event according to the most current standards in sustainability and innovation.

One such example is the Al Bayt Stadium, a 60,000-seat venue built by the Webuild Group and inspired by the shape of Bedouin tents.

This stadium’s primary feature is its sustainable solutions. The structure obtained the GSAS 4-star rating, awarded by the Gulf Organization for Research & Development (GORD), one of the highest sustainability standards recognized in the MENA region.

This recognition was earned not only for meeting energy consumption, efficiency, and safety criteria but also for the stadium’s post-event reusability, with a model designed to return the structure to local communities.