Still Life 2 (PC Steam Key / Global)
- $2.92
Still Life 2 is a thrilling adventure game developed by Gameco Studios and published by Microids. The game is a sequel to the popular game Still Life and was released in April 2009. The game follows the story of FBI agent Victoria McPherson, who is investigating a series of murders in Chicago. The game is set in two different time periods, with the first half set in the 1920s and the second half set in the present day.
One of the most notable features of Still Life 2 is its unique storyline. The game is filled with twists and turns, and players must use their wits to solve the mystery and catch the killer. The game's narrative is immersive, with compelling characters and a richly detailed world. The game also features stunning visuals, with detailed environments and realistic character animations.
In addition to its engaging storyline, Still Life 2 also boasts challenging gameplay. Players must solve a variety of puzzles to progress through the game, with each puzzle becoming progressively more difficult. The game also features a variety of mini-games, including lock-picking and evidence analysis. The game's controls are intuitive and easy to use, allowing players to focus on the game's challenging puzzles and storyline. Overall, Still Life 2 is a thrilling adventure game that is sure to keep players on the edge of their seats.
Please follow the steps below to redeem your Steam key:
1) Download and install the Steam client on your PC: https://store.steampowered.com/about/
2) Open the Steam client, log in or create an account if you don't have one, and locate the Games tab on the top menu. Click this and then select "Activate a Product on Steam…"
3) Enter your code into the product activation field
Your game is now viewable in the "Library" tab and is available to download/install when you're ready.
Happy Gaming!
| Sergio S.A | 21/01/2021 |
I've had nothing but great experiences with this website. The shipping is fast, the customer service is outstanding, and the products are always as described. |
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