OKC VeloCity | MAPS 4 multipurpose stadium project moves ahead

MAPS 4 multipurpose stadium project moves ahead

By Chamber Staff / Development / June 25, 2026

Construction is underway on Oklahoma City’s future multipurpose stadium, one of the city’s major MAPS 4 projects aimed at expanding entertainment, sports and community gathering spaces near the Oklahoma River.

Designed as a flexible venue, the stadium is expected to host professional soccer, concerts, festivals, community events and other large-scale entertainment throughout the year. The project is planned as part of the city’s continued investment in downtown development and public infrastructure.

The venue will also become the future home of Oklahoma City’s professional soccer club when Echo Investment Capital launches a USL Championship team in 2028. The project arrives as Oklahoma City continues building momentum around the sport, recently earning recognition as one of the nation’s first Soccer Forward Communities designated by U.S. Soccer for its collaborative investment in youth soccer access, facilities and long-term development.

“This stadium will serve as far more than a sports and entertainment venue; it will be a community hub and a catalyst for a bold new cultural district in downtown Oklahoma City,” said Christian Kanady, founder and CEO of Echo Investment Capital.

Beyond sports, city leaders have highlighted the stadium’s potential impact on tourism, economic growth and activity surrounding the Oklahoma River and nearby downtown districts. The project is expected to create another destination capable of attracting visitors while serving as a year-round gathering place for residents.

The multipurpose stadium joins several other major MAPS 4 projects currently reshaping Oklahoma City, including the city’s new downtown arena, park improvements and continued investments in recreation and public spaces.

As construction moves forward, the stadium reflects Oklahoma City’s continued growth as a destination for sports, entertainment and large-scale events.