Game publisher Bandai Namco Entertainment recently released some new information about upcoming JRPG sequel God Eater 3.
God Eater 3 introduces new female character
Bandai Namco Entertainment recently revealed a new female character named Lulu Balan. She will be voiced by Ayaka Nanase. This new female heroine is actually an Adaptive God Eater or AGE from the port named Balan. The protagonist and his/her gang will encounter her in the ashlands. She uses the Accel Trigger, which is a battle support system developed by the port. This allows her to keep the enemies in check with high mobility.
Lulu has been an AGE since her youth. She has also taken part a lot of difficult and harsh missions since then.
Balan port details
Balan is the center of research and development related to the ashes and the AGE. Since it is a port, this place is popular for its industry and commerce. Technicians in this place are very skilled that they have been subcontracted a lot to develop new equipment for other ports around the world. The issue is that they are usually accused of conducting dangerous experiments that could affect the surrounding ashlands.
New aragami Gouzou
There is a new aragami in town and its name is the Gouzou. This is a floating armored monster that can attack enemies from afar by using long-range attacks. It appeared in the ashlands and has adapted to the ashes, but it is still in progress.
One of its interesting abilities is to morph into two forms. The first one is highly defensive that is shielded by armor, while the other one is highly offensive. In defensive mode, it can deploy a shield that can negate ranged attacks. In offensive mode, it can launch artillery attacks that are so powerful that God Eaters have to take cover immediately.
Bullet editing
The last detail that got revealed was the bullet editing feature of the game. This allows players to freely customize their ammo by combining parts called modules. This allows them to change different things like power, trajectory, range, and so much more. The composition of the module will determine the value of each bullet. This also determines how much ammo they can bring into battle.
