Valve has announced a significant update for its third-person shooter MOBA, Deadlock, titled Old Gods, New Blood. This overhaul introduces a range of enhancements, including a redesign of core gameplay elements and the addition of six new characters. The update is part of the game’s ongoing private beta phase and is set to reshape the player experience significantly.
Key Features of the Update
One of the most notable changes in the Old Gods, New Blood update is the complete redesign of the game’s patrons and their minions. Players will now encounter two distinct gods: the Archmother, symbolizing order and power, and the Hidden King, a shadowy figure representing cunning and darkness. Each god comes with uniquely styled minions, enhancing the visual appeal of the game while maintaining existing gameplay mechanics.
In addition to the character redesigns, a faster 4v4 Street Brawl mode has been introduced. This mode is designed for shorter matches, catering to players who may not have time for full-length games. The update also features a rebalance of resources and streamlined purchasing options, making gameplay more accessible and enjoyable.
New Characters and Player Engagement
As part of the update, six new playable characters will be launched over the coming weeks. Starting on January 26, 2024, players will see two new characters released each week, one on Monday and another on Thursday. Interestingly, players have the opportunity to vote on the order of these releases, allowing them to influence which characters become available first.
The updates extend beyond character design and new game modes. A range of visual and mechanical improvements have been made to the user interface, particularly within post-game and settings menus. These enhancements aim to create a more user-friendly experience, further solidifying Deadlock’s position in the competitive gaming landscape.
For ongoing updates and news regarding Deadlock, players can follow the dedicated topic on Shacknews, where further details and community discussions are anticipated.