Dear Magical Girls, an upcoming title from GIGABlock Studio, blends a narrative of burnout with a unique tactical defense puzzle mechanic. The game casts players as Arin, a weary magical girl tasked with protecting a city's mana stones from otherworldly threats. "Even when it hurts, even when it breaks you, a magical girl should always smile, right?" developers comment, highlighting the game's exploration of the darker, more exploitative side of the magical girl genre.
Gameplay centers on real-time battles where players manipulate a sorcery field by moving its vertices. Arin's magic is directed at targets within this enclosed area. Expanding the field allows for greater enemy engagement but is also necessary to capture resources and objects that provide buffs. Players can spend mana to add more vertices, offering flexibility in reshaping the territory as battlefield conditions change.
Auxiliary weapons and spells, such as bouncing fireballs that become more effective in smaller areas, can be acquired through modules and enchantments. These too must be contained within the magical field to be utilized. The game's design emphasizes the intricacy of managing these elements and the dynamically shifting battlefield.
Between combat encounters, Dear Magical Girls delves into Arin's personal struggles and a developing mystery. The Steam page indicates that as emergency calls escalate and mysterious disappearances occur, Arin uncovers truths about mana, magic, and the nature of magical girls themselves. The narrative hints at darker themes, with speculation suggesting a bioweapons experiment or exploitation behind the magical girl system. Characters such as Charlotte, a senpai figure, and Lily, a younger aspiring magical girl, are also mentioned, potentially playing significant roles in Arin's story.
Dear Magical Girls is scheduled for release on July 31st. The game's premise touches on themes often explored in more mature interpretations of the magical girl anime and manga genre, contrasting with more optimistic portrayals.