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GTA VI: Simulation of Tropical Hurricanes and Tempests at Realistic Level

By GTA6 Hub editorial team
GTA VI: Simulation of Tropical Hurricanes and Tempests at Realistic Level

Grand Theft Auto VI promises to revolutionize the genre of open world games not only for its vastness, but also thanks to the introduction of an unprecedented dynamic weather system. As reported by Game Informer, the new chapter of the Rockstar Games saga will include motion storm systems, dense atmospheres and even realistic simulations of hurricanes and tropical storms. The debut is scheduled for November 19 on PlayStation 5 and Xbox Series X/S, dipping players in the Florida fictional state, called Leonida, characterized by an extremely variable climate. The technology behind this weather system has been completely redesigned. According to Owen Shepherd, Vice President of Art for Lighting and Rendering of Rockstar Games, the system was created to be more localized and persistent. Strong showers can be seen in some areas while others will remain dry and sunny. Moreover, the weather will leave traces on the territory: the rain will create realistic rainbows and the wet areas will remain humid, generating persistent puddles. The culmination of this detailed simulation will be achieved by creating real hurricanes and tropical storms, typical of the climate of the region. Marcus Stewart of Game Informer explained that the introduction of such a climate diversity is due to the rapid and extreme weather variations of Florida. When a hurricane expires, the environment of Leonida will radically change, recreating extreme conditions. These weather effects will work on an immense map – according to Video Games Chronicle, the game world will be twice as big as Grand Theft Auto 5 – ensuring spectacular observation of moving disturbances. IGN US suggests that the play area could extend up to three times the combined GTA 5 and Red Dead Redemption 2. This spatial vastness will further expand the experience, affecting both the driving of vehicles in the most adverse conditions, and the interactions with the surrounding environment.

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