BUY A SELECT EVGA® GEFORCE® GTX 600 OR 700 SERIES CARD – GET DEADFALL ADVENTURES™ FREE!*
Deadfall Adventures™
Eliminate your enemies and strive to be a step ahead with the EVGA exclusive Deadfall Adventures™ bundle! For a limited time when you purchase a select EVGA GeForce GTX TITAN, 780 Ti, 780, 770, 760, 690, 680, 670, 660, 650 Ti BOOST, 650 Ti, on or after October 28, 2013, you will get Deadfall Adventures™ Standard Edition absolutely free! This will be a Steam code that will allow you to redeem the game.
Game Overview
Deadfall Adventures™ is an action-driven first-person shooter, spiced up with elements from action-adventure games. The main goal of the game is to give the player the opportunity to become an adventurer, hunt for treasures, explore unknown regions of the world and rescue the damsel in distress from the clutches of enemies, both earthly and not-so-earthly.
Deadfall Adventures™ is the first game in a first-person perspective that explores the Lost World and Action-Adventure genre, which was popularised through novels (such as the Quatermain novels by HR Haggard), pulp magazines, and of course numerous films and games.
Let the thrill of the chase awaken the true adventurer in you!
Key Game Features
- Action-adventure gameplay from a first-person perspective
- Set in the Quatermain-universe, created by HR Haggard
- Fast-paced action and intense, accurate FPS gun battles
- Adventurer equipment: compass, treasure maps, notebook and flashlight – necessary to solve ancient puzzles, find treasures, and even to defeat certain types of enemies
- Puzzles that encourage the player to explore the game environment and interact with it
- Environmental traps that can be used to eliminate enemies in many spectacular ways
- Exotic, picturesque locations from around the world – Egypt, Arctic, and forgotten Mayan ruins in the jungles of Guatemala
- Compelling story faithful to the spirit of classic action-adventure movies
- 1930s setting, including detailed weapon designs
- Unique adventurer-style multiplayer features and modes
