SHADOW OF THE TOMB RAIDER 4K Gameplay Walkthrough Part 6

#ShadowoftheTombRaider #4KGameplay #TombRaider SHADOW OF THE TOMB RAIDER 4K Gameplay Walkthrough Part 6 - Tomb Raider PC 4K 60FPS Shadow of the Tomb Raider 4K Gameplay | Tomb Raider 4K RTX Ultra | Shadow of the Tomb Raider Walkthrough Part 1 | PC 4K 60FPS / PS5 / Xbox Series X / PS4 PRO / Xbox Series S / Xbox One / Microsoft Windows / This video includes a 4K 60FPS gameplay walkthrough of the story campaign with ultra graphics. ------------------------------------------------------------------------------- ABOUT THIS VIDEO GAME : ⤵ • Shadow of the Tomb Raider is a 2018 action-adventure video game developed by Eidos-Montréal and published by Square Enix's European subsidiary. It continues the narrative from the 2015 game Rise of the Tomb Raider and is the twelfth mainline entry in the Tomb Raider series. The game was originally released worldwide for Microsoft Windows, PlayStation 4 and Xbox One. Versions for macOS and Linux, and Stadia, were released in November 2019. After release, the game was expanded upon with downloadable content in both a season pass and as standalone releases. Played from a third-person perspective; players take on the role of Lara Croft as she explores environments across the continents of Central and South America. In addition to standalone areas, the game has a large hub in the Hidden City of Paititi. A new barter system allows players to trade and sell various resources gathered from the areas surrounding Paititi. There are numerous adjustments made to gameplay, which is otherwise identical to Rise of the Tomb Raider. The controls for swimming have been revised, as Lara is able to hold her breath underwater for a longer period of time due to the introduction of air pockets. She has the ability to rappel down a cliff using her climbing axe and rope. Stealth is important, as Lara can disengage from combat when she escapes from enemies' line of sight by camouflaging herself in mud, hiding in bushes or blending into densely vegetated surfaces.