Prison Architect 2 was scheduled for release this September, but Paradox Interactive has announced another delay for the much-anticipated management simulation sequel.
Originally revealed at the beginning of 2024 by Paradox, Prison Architect 2 has already experienced multiple delays. Initially, the game was set to launch in March, but issues with game bugs and the necessity to enhance performance for all platforms pushed the release to May. In the spring, Paradox announced another delay to September before severing ties with the original developer, Double Eleven, after failing to reach a commercial agreement satisfying both parties.
Double Eleven’s co-developer Kokku took over the development of Prison Architect 2, and things appeared relatively stable—until now. In a recent announcement, Paradox revealed some tough news: the game's launch set for September 3rd has been postponed to allow for enhancements in both performance and content.
Continuous internal reviews and beta test groups have indicated areas requiring further focus, primarily performance and content, which need addressing before launch to ensure players have a quality experience. Paradox feels the quality needs to be elevated further to meet desired standards for this sequel.
Despite these quality concerns, Paradox remains confident that the sequel to Prison Architect will be excellent and aims to ensure that the game upholds the franchise’s legacy. However, there is no new release date for now as the publisher has labeled this third delay as "indefinite," explaining that it needs to reassess the scope of work required to make the game ready for release.
Adding to the worry, Paradox has also announced refunds for preorders on all platforms due to the indefinite delay. With no new release date, incoming refunds, three delays, and recent setbacks at Paradox like the cancellation of Life by You, concern for the future of Prison Architect 2 is understandable.
For more anticipated video game release dates, you might want to check a roundup of upcoming releases.