KLab is set to thrill global fans by launching Haikyu Fly High, a mobile game inspired by the beloved anime series HAIKYU!!. As of today, Android users can pre-register for this eagerly anticipated game, which is developed by Prophet Games and published by Garena in Japan. The global rollout will extend to players in North America, Latin America, Europe, and Southeast Asia, allowing them to immerse themselves in the world of Haikyu Fly High.

Do You Like Volleyball?

In Haikyu Fly High Global, you'll have the chance to build and manage your own volleyball team, training your players and deploying smart tactics and skills to outplay your opponents. This team-based RPG brings the excitement of volleyball to life with character progression, stunning 3D visuals, and a roster brimming with iconic characters from the HAIKYU!! series. From Shoyo Hinata to Tobio Kageyama, Kenma Kozume, and Tetsuro Kuroo, you can assemble a dream team to dominate the court. The game captures the essence of the anime, reflecting the intense matches and deep rivalries that fans adore. Dive into the world of Haikyu Fly High Global with this exciting trailer:

Haikyu Fly High Global Has Tons of Pre-Reg Rewards

By pre-registering now, you can secure a variety of rewards, including Recruit Tickets, Diamonds, a Hinata Crow Portrait and Frame Set, and Shoyo Hinata's Chat Frame. Be sure to visit the official website for more details on these rewards and to pre-register for the global version of the game.

If you're new to the HAIKYU!! universe, here's a quick introduction: The anime, which premiered in 2014, has captivated audiences with four seasons of dynamic volleyball action. It's based on the manga by Haruichi Furudate, which was serialized in Shueisha's Weekly Shonen Jump from 2012 to 2020. Whether you're a seasoned fan or a newcomer, Haikyu Fly High offers a thrilling way to engage with this vibrant world.

Stay tuned for more gaming news, including updates on Amusement Arcade Toaplan's initiative to bring 25 classic arcade games to mobile devices.