Top 5 3D Anime Games on Android in the US: Q2 2023 Performance

In Q2 2023, the top 5 3D Anime games on Android in the United States demonstrated notable trends in weekly revenue, downloads, and active users. Here’s an overview of their performance:

Honkai: Star Rail started strong with a peak weekly revenue of approximately $2.3M in early May. However, by the end of June, revenue dipped to around $966K. Weekly downloads showed a significant drop from about 356K in late April to approximately 25K by the end of June. Active users saw fluctuations, peaking at around 273K in early May and ending the quarter at roughly 231K.

DRAGON BALL LEGENDS experienced varying weekly revenue, with notable peaks at around $1.1M in late May and mid-June. Downloads remained relatively steady, ranging between 16K to 29K per week. Active users saw a rise from approximately 329K in late March to about 474K by the end of June.

GODDESS OF VICTORY: NIKKE saw its highest weekly revenue at around $1M in late April, followed by a gradual decline to about $296K by the end of June. Weekly downloads peaked at approximately 10K in late April but declined to around 7K by the end of June. Active users fluctuated, reaching a high of about 124K in late June.

Genshin Impact maintained consistent weekly revenue, peaking at around $1.1M in early April and tapering to about $277K by the end of June. Downloads showed a similar trend, peaking at approximately 70K in the last week of June. Active users saw a decline from around 349K in late March to roughly 287K by the end of the quarter.

Summoners War demonstrated steady weekly revenue, with a peak at around $707K in mid-April and ending at approximately $400K by the end of June. Downloads remained low, ranging from about 1.2K to 2.4K per week. Active users saw a slight decrease, starting at approximately 241K in late March and ending at around 228K by the end of June.

These insights are derived from Sensor Tower's comprehensive data, providing a detailed look into the performance of top 3D Anime games. For more in-depth analysis, visit Sensor Tower.