A Palworld Player is Building Shiganshina District from Attack on Titan

A Palworld player has taken on the immense task of recreating Attack on Titan's Shiganshina District in the game. The adventure game that blends monster-catching, combat, exploration, and building has just entered early access, but it's already attracted scores of players and is building a passionate community. These fans have begun sharing tips with one another as well as bragging about their various Palworld accomplishments.

The new title does offer lots of different opportunities to do cool things that are worth sharing. Some players have been focusing on capturing and raising Pals, while others are more interested in combat. Some, meanwhile, are putting their efforts towards building and design. For example, one Palworld player built an amazing base and has been showing it off. Now, another fan is displaying their building prowess.

On Reddit, user TryAgainBestie has started showing off their progress in creating the Shiganshina District from Attack on Titan. Fans of the iconic anime will remember this district as the hometown of protagonist Eren Yeager, which is destroyed at the beginning of the story. Attack on Titan ranks among the greatest anime series of all time and, based on responses to the Reddit post, clearly has lots of fans in the Palworld community.

While the town is still under construction, fellow Palworld players on Reddit are praising TryAgainBestie for their efforts. Some note that they've barely finished the tutorial or that they're still figuring out the basics of building, so an accomplishment of this scale is mind-blowing. Others praise the detail of the district and are asking for design tips.

This isn't the first instance of an anime fan recreating Yeager's home digitally. An artist built Attack on Titan's Shiganshina district with Unreal Engine 5, for example. Still, this Palworld version of the town is special as it allows the player to actually walk through the streets, look up at the buildings, and get a sense of everything's scale from a