We recently had the pleasure of announcing the release of Twogether: Project Indigos, a title by Flaming Llama Games, on Steam and a special edition for PS4. A video game starring two companions who must add their extrasensory powers to escape from a sinister laboratory. Today we have to give you another good news: the starting prices of this incredible video game will also seem extrasensory to you. Add it to the wishlist of your favorite online stores (it is already available), and read on.
| Take note of the launch prices and special editions of Twogether Project Indigos: Standard edition on Steam: €7.99/$7.99. Special edition on Steam, which includes the base game and BSO: 10.99€/$10.99, with a 10% discount in the first week of release. Standard edition on PS4 (available since last year): €7.99/$7.99 (price drop available from November 23). Special edition on PS4, which includes the base game and BSO, plus four avatars: €12.99/$12.99. Twogether: Project Indigos presents you with the following situation: two poor kids live locked up in a laboratory, Hexacell, where wickedness and mindlessness are the order of the day. Why? Because of the misfortune of being born with mental powers. Of course, they want to escape from there, and you have to help them by solving puzzles, for which you will have to combine their extrasensory abilities. Rafi, 12 years old, can move objects with his mind. Sam, a little older, is able to teleport using a Rubik’s cube. Together they are able to do amazing things, but amazing enough to get past Hexacell’s impressive security? It’s up to your wits to tip the balance in their favor. |
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| And, for that price we have indicated above, we believe that no one should leave these two poor little guys locked up in that building where you can’t throw a snot on the floor without it being noticed. You have to knock your brains out to get them out of there! Featured content: A simple and addictive puzzle game. Original staging, with two endearing protagonists. Truly original challenges that you will have to solve by combining powers. |
