Sega reveals Crazy Taxi: World Tour for Xbox Series in 2027

At the Xbox Games Showcase 2026, Sega announced Crazy Taxi: World Tour for Xbox Series X and Xbox Series S, scheduled for release in 2027. The company listed a World Tour Campaign, an Arcade Mode and online multiplayer as core features.

Sega described the game as “Play as Axel in an all-new, high-octane adventure as he sets out to recover his stolen taxi and chase down a mysterious organization causing chaos around the world.” The reveal included gameplay footage and screenshots showing arcade-style racing through multiple global locations.

The presentation highlighted mechanics familiar to the series: time-limited passenger pickups, fast navigation through urban environments, stunts and mission-based objectives. The announcement did not include detailed technical information or a specific release date beyond the 2027 window.

The Xbox Series X and Series S were the only platforms confirmed. Sega did not provide details on platform-specific optimizations, the full scope of online features or plans for other systems.

After the showcase, claims circulated online alleging that generative AI tools were used in parts of the game’s development. Those claims have not been accompanied by official documentation from the developer or publisher.

Sega has not released a detailed account of its development methods nor issued a public statement addressing the AI-related allegations alongside the announcement.

The Crazy Taxi series dates to the late 1990s and is known for fast-paced arcade racing and a distinctive soundtrack. Axel is a recurring protagonist; promotional materials state the new game’s plot centers on retrieving a stolen taxi and confronting a mysterious organization as the basis for the World Tour Campaign.

The company plans to share additional information in the coming months. Sega did not provide information on pricing, pre-orders or whether the game will appear on platforms beyond Xbox Series X and S; further updates are expected to clarify online features and development practices.