VALORANT: LOUD Inclusivo Announces Two New Recruits, Leakers Reveal

Following the departure of Giulia “lissa” Lissa and Taynah “tayhuhu” Yukimi, LOUD’s inclusive VALORANT team is undergoing a significant overhaul for the 2024 season. According to information revealed by leakers aquavlr and MrRogerio17, the new LOUD GC lineup is already set and ready to compete in the VALORANT Champions Tour (VCT) 2024: Game Changers.

The new team members are Giulia “Natasha05” Natasha and Victoriah “blu” Ceniz, both former members of Team Leveling. These additions come after a disappointing season in the first split of VCT Game Changers Brazil, where the team failed to advance to the tournament’s live stage and only accumulated 35 points in the global standings, falling short of the main stage.

Giulia “Natasha05” Natasha previously played for Team Brave Soldiers (TBS), where she reached the group stage alongside player Verduxa. Victoriah “blu” Ceniz, on the other hand, played for Black Dragons Fem before joining Team Leveling. At Team Leveling, blu achieved fourth place in the regional stage and even defeated LOUD in recent competitions.

With these new signings, LOUD GC hopes to improve their performance and qualify for the upcoming stages of VCT 2024.

NoPing for VALORANT

NoPing is an essential tool for VALORANT players looking to enhance their gaming experience. One of the primary benefits of NoPing is the significant reduction in ping, resulting in smoother and more responsive gameplay. Less lag means that players’ commands are executed almost instantaneously, providing a crucial competitive edge in matches where precision and reaction time are vital.

In addition to reducing ping, NoPing also helps stabilize the connection, minimizing latency spikes and unexpected disconnections. This ensures that players can maintain consistent performance during long gaming sessions. The tool also optimizes the connection route between the player’s computer and the VALORANT servers, avoiding congestion and potential delays caused by inefficient network routes.

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