Rogue Company Juke

Image through Hi-Rez Studios

As it’s possible you’ll or might not be conscious, Rogue Company shall be launching a cell model in some unspecified time in the future sooner or later. The cell model of Hi-Rez Studios’ tactical shooter has been in growth for some time now, and it appears to be coming alongside properly. On June 16, growth lead Scott Lussier shared a brief gameplay clip from the inner construct of Rogue Company Mobile, and it appears strikingly just like the console and PC variations of the game.

The footage is recorded off an iPad Pro, and it exhibits a snippet of Rogue Company deathmatch gameplay, with quite a lot of characters on-screen duking it out on the game’s Depot map. Abilities are used, gunplay is on show, and the Rogues are exhibiting off the total scope of Rogue Company’s motion system. All of that is taking place with a clean framerate and on an engine that appears to have the identical or virtually the identical visible element and constancy because the common Rogue Company builds on PC and console.

More importantly, the footage exhibits that Rogue Company Mobile has the identical characters, game modes, mechanics, and content material because the common model. This is a robust indication that when it launches, the cell port shall be appropriate with the console and PC variations, probably permitting for crossplay between Rogue Company Mobile and common Rogue Company.

Naturally, different Hi-Rez executives like studio CEO Stewart Chisam chimed in concerning the high quality of Rogue Company Mobile, however the video actually speaks for itself. Unless one thing drastically modifications within the growth course of, it appears Rogue Company shall be as handsome and feature-complete when it launches on cell units because it has been on conventional gaming units. This is a stark distinction with different current cell ports of triple A shooters, equivalent to Apex Legends Mobile, which generally need to compromise each graphical high quality and gameplay options within the bounce to cell.