These days, the League of Legends (LoL) community is immersed in the exciting atmosphere of the ongoing World Championship (Worlds) 2023. The number of teams saying goodbye to the tournament is steadily increasing, and the upcoming matches, even for powerful teams like Dplus KIA or KT Rolster, are all “life or death” battles. Because just one more misstep, they will officially leave the tournament right in their homeland LCK.
To further heat up the tournament atmosphere, the famous female commentator of the LPL English channel – Kitty has put on an incredibly alluring cosplay. However, the character she transformed into this time is not a League of Legends champion, but a well-known female character from Genshin Impact – “Raiden, the God of Thunder”. This female champion makes an impression with her seductive default outfit, and notably, her ability to draw a sword from her chest has created a stir among the gaming community upon her debut.
Additionally, Kitty also showcased her prediction skills for the last two matches of the World Championship 2023, between Fnatic – Cloud9 and Weibo Gaming – MAD Lions. She correctly predicted both the scores and the winning teams. This left many viewers astonished at the beautiful commentator’s “prediction” abilities.
However, it is unclear whether intentionally or unintentionally, the female commentator wore an outfit that was somewhat revealing, exposing her alluring cleavage during her score predictions. For those who may not know, Kitty is one of the most sensual female commentators in the League of Legends scene today. She possesses a captivating figure and is not afraid of outfits that accentuate her curves.
Besides “checking the map”, many comments hope Kitty can continue to make more predictions for the upcoming matches of the World Championship 2023. Perhaps at this moment, the beautiful commentator from the LPL English channel is quite lucky. But even if she makes incorrect predictions, it seems that no audience member would be dissatisfied with such captivating prediction performances.