Honkai Star Rail Leaks: Rappa May Become Your Favorite New DPS Character

The rumored character known as Rappa in is bound to become every player’s favorite DPS if the leaked information about her kit is proven to be true. Rappa has long been mentioned in leaks, though very little was known about her so far. She is one of the characters expected to arrive in HoYoverse’s hit turn-based RPG in the near future, but she has neither shown up as an NPC in the game nor even had her character model leaked yet. Rappa is much like the new version of Tingyun in in that sense.

The release for Rappa is not yet known or has not yet even been mentioned in leaks, though various details about the rumored character are starting to arise as the game progresses further into its second year of content. Information about her visual design and some of her key abilities are starting to be shared and, based on this, it does seem like Rappa will be a DPS character who will be pleasantly strong, using one of the strongest combat mechanics in at the moment.

The identity of Moze in Honkai: Star Rail may be revealed in Version 2.5, and I believe it will come with serious yet positive implications.

According to information provided by the leaker known as Shiroha, which was shared in a post tagged as “” on Reddit, Rappa will be a 5-star Imaginary character who follows the Path of the Erudition. This would make her a multi-target DPS, as most characters on this Path are known for being able to strike various enemies at once rather than focusing all their efforts on a single target.

Furthermore, the leak says that Rappa is allegedly a specialist in dealing Break DMG to opponents, making her a good character for Pure Fiction in.

Another piece of information by Shiroha was also shared on Reddit, detailing how Rappa allegedly fights enemies. Her rumored Basic Attack can be enhanced by her Ultimate, allowing her to deal damage to multiple targets. Additionally, this rumored enhanced version of the Basic Attack is capable of reducing enemies’ Toughness regardless of