Newly released footage and details from Zach Cregger's upcoming Resident Evil film reveal that the adaptation will pay homage to the series' signature first-person gameplay mechanics. The footage includes several quick shots from a first-person perspective, showing a character wielding a shotgun and later a pistol.
In a commentary accompanying the footage, Cregger explained that the film aims to echo the progression seen in the games, where players typically start with a pistol before acquiring a shotgun and then a machine gun. The glimpses provided suggest that the protagonist, Bryan (played by Austin Abrams), initially encounters a zombie with a pistol before finding a shotgun within a house he seeks shelter in.
This incorporation of first-person perspective reflects the evolution of the Resident Evil franchise, which has moved beyond the fixed-camera angles of its earliest entries. Several recent installments in the game series have featured a first-person viewpoint, with some offering it as an optional mode, as seen in Resident Evil Village.
Further details have emerged regarding the film's narrative connections to the game's lore. A document resembling a collectible found in the games, detailing Bryan's medical cargo delivery, reveals that his courier charges are being billed to the Umbrella Corporation. While Umbrella's involvement was anticipated given the film's Raccoon City setting during a zombie outbreak, this confirmation adds a direct link.
Cregger has previously stated that his Resident Evil movie will not feature established characters from Capcom's games or retell existing storylines. Instead, it appears to be an alternate universe take on the Raccoon City outbreak, featuring modern elements such as characters using smartphones and a setting with snow-covered streets, contrasting with the September 1998 timeline of the original game's outbreak.
The film, which was shot for IMAX, is scheduled for release on September 18. Cregger, known for directing titles like "Barbarian," is at the helm of this adaptation.