CAPCOM is gearing up for the release of its highly anticipated triple-A title, Resident Evil Requiem, with confidence that it won’t encounter the same performance hurdles experienced by Monster Hunter Wilds. The game is slated for a February 27, 2026 release and promises a smooth experience across various platforms.
CAPCOM Addresses Past Performance Issues
Recent reports highlight CAPCOM’s proactive approach to ensure Resident Evil Requiem delivers a flawless gaming experience. During a recent conference call, an investor’s inquiry about potential performance challenges was met with reassurance. Resident Evil Requiem differs from Monster Hunter Wilds in terms of gameplay, system architecture, and network features. At present, we do not anticipate similar risks. We are developing the game to provide a smooth gaming experience across a wide range of PC specifications. This confirms CAPCOM’s commitment to avoiding the pitfalls that affected Monster Hunter Wilds.
Learning from Experience
Monster Hunter Wilds, despite its initial success, faced a decline in sales due to its performance issues, especially on PC. The game’s open world mechanics did not fare well with the RE Engine, a problem seen previously with Dragon’s Dogma 2. Such challenges even led to CAPCOM canceling a technical lecture amid backlash from gamers. However, Resident Evil Requiem has been reimagined from an open world multiplayer concept to a more refined single-player game, which aligns better with the RE Engine’s strengths. Encouragingly, developers have expressed surprise at how efficiently it runs on the Nintendo Switch 2.
Looking Ahead
CAPCOM aims high with Resident Evil Requiem, seeking to surpass the initial sales of its predecessor, Resident Evil Village, which shipped three million units within the first four days. With the lessons learned and adjustments made, expectations are set for Requiem to continue the franchise’s legacy of success. For those eager to get a closer look, a hands-on preview from Gamescom 2025 can be found through available links.