Zelda: Tears of the Kingdom Player Builds Mechanical Version of King Gleeok in the Game
One creative The Legend of Zelda: Tears of the Kingdom player has constructed a mechanical version of the King Gleeok boss within the game. The creation was shared with the community of The Legend of Zelda: Tears of the Kingdom, garnering praise and awe for the way in which they managed to come up with such a complex construction.
The Legend of Zelda: Tears of the Kingdom, developed and published by Nintendo in 2023, invites players to embark on an adventure as Link to rescue Princess Zelda and thwart Ganondorf's plot to destroy Hyrule. The game builds upon the open-world concept of its predecessor, Breath of the Wild, introducing new environments such as the sky and the Depths. With Tears of the Kingdom’s extensive equipment system, the game encourages experimentation. It received acclaim for its expanded world, new powers, and building mechanics.
Known as Mecha King Gleeok, this impressive creation was shared on Reddit by the player named HyruleEngineering. Adding its name to the list of unusual Tears of the Kingdom creations, the player leveraged the extensive possibilities offered by the game’s mechanics. HyruleEngineering managed to craft a colossal 3-headed dragon entirely out of mechanical parts. The dragon features wheels for legs that enable it to move around when the player mounts its back. Additionally, each of its heads is capable of performing a different attack, mirroring the abilities of the actual King Gleeok encountered in the game. The central head boasts a laser attack, while the right head unleashes a barrage of fire, and the left head freezes the foes.
To demonstrate its capabilities, HyruleEngineering utilized Mecha King Gleeok to wage battles against enemy outposts scattered across Hyrule's landscapes. The results proved effective, as Link remained unharmed while the mechanical beast killed the enemies during battle. The synchronized assault of the three heads proved to be a useful asset in combat, swiftly dispatching adversaries with efficiency,
