However, if this is the game you were most anxious about, then you are in luck. You can now purchase the Digital Deluxe Edition, or simply upgrade to it, for a reduced price. But you better hurry, because who really knows how much this offer is going to be up there?

Deluxe Edition and Deluxe Edition Upgrade are now on SALE

Taking place in the iconic Alien universe, Aliens: Fireteam Elite is a cooperative third-person survival shooter that drops your squadron of hardened marines into a desperate fight to contain the evolving Xenomorph threat. Try facing off against waves of terrifying Xenomorph and Weyland-Yutani Synthetic foes alongside two players or AI teammates, as you and your fireteam fight your way through four unique campaigns that introduce new storylines to the Alien universe. You can, of course, create and customize your own Colonial Marine, choosing from an extensive variety of classes, weapons, gear, and perks, battling overwhelming odds in this heart-pounding survival shooter experience. We knew it was only a matter of time before such a game was released, considering that not too long ago Predator: Hunting Grounds also hit live.

Try out THE ULTIMATE HUNT

With this mode, you can play a pivotal role in the epic events that occur 23 years after the original Alien trilogy, as a Colonial Marine stationed aboard the UAS Endeavor, battling terrifying Xenomorph threats. Stunning visuals, iconic enemies, realistic environments, powerful weapons, futuristic equipment, and an eerie soundscape, combined with new storylines in a series of replayable campaigns, expand upon the story from the blockbuster films. That’s pretty much all that you will if you decide to purchase this title. So, if you are an Xbox Gold subscriber, the Digital Deluxe Edition of the game will cost you $64, instead of the usual $79. Excited about the discount on this awesome new game? Share your gameplay experience with us in the comments section below.

Name * Email * Commenting as . Not you? Save information for future comments
Comment

Δ