Zelda: Tears of the Kingdom Player Creates Centipede Vehicle

One The Legend of Zelda: Tears of the Kingdom player has created a centipede-like vehicle that can reach surprising speeds thanks to its unusual design. Tears of the Kingdom has left many players impressed with its immersive world that features both spooky locations and natural wonders. It has received praise for its custom building mechanics that have led to the invention of intricate devices.

Building vehicular contraptions is a big deal in Zelda: Tears of the Kingdom, given that Link will eventually need one to explore the world of Hyrule. Players can jump on a horse and visit nearby locations. However, they can also make a functional vehicle with Zonai devices and construction materials to reach every corner of the map, including the Sky Islands and the Depths. Using a simple car, Tears of the Kingdom players can travel across regions and find bosses faster than usual.

One insightful The Legend of Zelda: Tears of the Kingdom player, who goes by Efficient_Demand5759 on Reddit, has made a functional car with a number of wheels. The appeal of this custom vehicle is that it can reach high speeds even in difficult terrain thanks to its centipede design. According to the recipe shared by the original poster, the build involves 11 big wheels, four electric motors, a steering stick, two goron plates, a shock emitter, and a big battery that can be purchased from Tears of the Kingdom's Forge Constructs.

Despite its sheer size, the vehicle can easily go uphill and carry Link to the higher places on the map. On a single charge, the big battery lasts a couple of minutes, which would be enough to visit nearby locations.

The player had to use Tears of the Kingdom's Ultrahand to combine Zonai devices they obtained from chests and gacha machines. This novel skill essentially moves almost all objects on the ground, allowing Link to merge them to create an assortment of contraptions. Besides vehicles, players can make weapons, such as killer drones and missiles, using Ultrahand, which