[UPDATE]
In a follow-up press release sent out a few hours ago by Hi-Rez, we learned that Rogue Company will be an Epic Games Store exclusive on PC.
The page on the store is already live and even includes some system requirements, though they could be subject to change given the development state of Rogue Company.
Minimum | Recommended |
OS Windows Pro 64-bit | OS Windows 10 |
CPU Intel(R) Core i5-2320 CPU @ 3.00GHz (4CPUs), ~3.0GHz | CPU Intel Core i7 3.20 ghz 12 |
GPU NVIDIA GeForce GTX 555 | GPU GTX 960 |
RAM 6144MB | RAM 16GB |
Storage 16GB | Storage 16GB |
[ORIGINAL STORY]
Rogue Company was one of the many surprise announcements featured in yesterday's Nintendo Direct. The game, developed by SMITE studio Hi-Rez through the new internal team First Watch Games, is going to release next year on PC, PlayStation 4, Xbox One and Nintendo Switch with crossplay at launch and 60FPS on all platforms.
Hi-Rez Head of Game Studios Chris Larson said:
As a studio, we believe in connecting all players through the thrill of gaming. From day one, we built Rogue Company to be a multiplatform game with crossplay. We want all of our players to be able to game with their friends, regardless of platform.
Scott Zier, Creative Director of First Watch Games, added:
Rogue Company will constantly update and evolve with the community. Rogue Company’s planned updates include new game modes, maps, weapons, gadgets, in-game events, and playable mercenaries. From game balance to game modes, player feedback will help us develop the next best multiplayer shooter.
The press release is rather scant on Rogue Company details. There is a bit of background for the setting, though: apparently, the titular Rogue Company is a top-secret syndicate of elite mercenaries from all around the globe. The roster of said mercenaries will expand over time, just like game modes, weapons and gadgets.
More information will be revealed in the coming months, according to the game's official website, which also allows interested gamers to sign up for the Rogue Company Alpha test phase.