About the game
1936: Soldiers of the Third Reich roam the world seeking occult weapons for their insane plans of conquest. When Fenton Paddock, a former British soldier and hapless smuggler, is asked to look for his friend Richard, who went missing in Tibet, he has no idea that this search will lead him across three continents to a secret that could turn the whole world upside down. Enough mystery? Not in the mood for another crime story? "Lost Horizon" brings the classic adventure
...User Tags:*
ADVENTURE POINT & CLICK STORY RICH WAR STYLIZED 1990'S RETRO 2D CLASSIC PUZZLE ESCAPE ROOM
Installation:
How to activate your game
Developer:
Animation Arts
Publisher:
Ravenscourt
Release date:
24 September 2010
Genre:
Single-player, Adventure
All Steam reviews:
Very positive (367)
Visuals
Description
1936: Soldiers from the Third Reich travel the globe searching for weapons capable of supporting their ambitious plans of conquest. Fenton Paddock, an ex-British soldier and unwitting smuggler, finds himself assigned the task of searching for Richard after he vanishes in Tibet without realising this will lead him on an incredible adventure across three continents and uncover secrets which threaten global instability - enough mystery? Aren't feeling up for another crime tale? "Lost Horizon" brings back classic adventure gaming by transporting us back to its origins - 1930s exotic locations around the globe and an epic search for one of humanity's great secrets makes adventurers' hearts beat faster! From the award-winning Secret Files series comes this technically outstanding yet carefully designed game featuring an absolutely thrilling narrative starring Kim and Fenton!
Key Features of Our Comic:
A unique handmade graphic style; exotic settings never seen before, movie-esque plotline written by novelist Claudia Kern; both realistic and humorous dialogue;
Outstanding technical quality with minimum system requirements for optimal gameplay; fast-paced movie style presentation of an engaging story; innovative puzzle designs which are always fair and logical