That would make sense if they’re looking to offer these games on a number of platforms but just manage one code base. Kotaku says that Rockstar’s Scottish in-house developer Rockstar Dundee is handling this project, and that the games are being remastered in Unreal Engine.
Bringing them up to speed to run on more modern hardware and, more importantly, be able to be more easily maintained into the future makes a lot of sense given the historical importance of that particular GTA trilogy. Rumors of old GTA games being remastered have run rampant for years now, and the only confirmation we have this time around is Kotaku saying it comes from a source they trust, but the whole idea isn’t really that far-fetched. Rockstar Dundee (formerly Ruffian Games), which Rockstar Games announced it acquired in October 2020, is said to be the main developer of the remakes, as well as lending a hand on the PlayStation 5 and Xbox Series versions of Grand Theft Auto V due out on November 11.However, a new report from Kotaku states that Rockstar is currently developing a remaster of that 3D trilogy–which includes GTA III, GTA: Vice City, and GTA: San Andreas–and is planning on releasing them on all current and last-gen consoles including the Switch, PC, and mobile devices. Though Gematsu has heard that there will be some content changes to make the games more suitable for modern audiences. While details on gameplay were not shared, the remakes are said to stay as true to the original games as possible. The user interface will also be updated, but retain the same classic style. The remakes are reportedly being developed in Unreal Engine using a mix of “new and old graphics,” with one source stating that the visuals reminded them of a heavily-modded version of a classic Grand Theft Auto title. Rockstar Games is developing remakes of Grand Theft Auto III, Grand Theft Auto: Vice City, and Grand Theft Auto: San Andreas for PlayStation 5, Xbox Series, PlayStation 4, Xbox One, Switch, PC, Stadia, iOS, and Android, according to a Kotaku report, which Gematsu can corroborate.
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