Bandai Namco have announced The Dark Pictures: Little Hope, the next game in The Dark Pictures Anthology.
Developed by Supermassive Games each of the Dark Pictures Anthology, such as The Dark Pictures Anthology: Man of Medan, promises cinematic horror.
As each game has a self-contained story, The Dark Pictures: Little Hope is still suffering from the Andover Witch Trials of the 17th Century. While players can play on their own, dictating the actions of four students and their professor and suffering their aftermath, up to five players can play by passing the pad, or two players online.
You can find the announcement trailer below.
You can find the full rundown (via Bandai Namco) below.
The Dark Pictures Anthology is a series of intense, stand-alone cinematic horror games combined with powerful storytelling and unique multiplayer modes.
Each new game is influenced by real world events either fact, fiction or legend and features a completely new story, setting and cast of characters. Each new game in The Dark Pictures Anthology will deliver a new cinematic horror experience playable in single and multiplayer including Shared Story playable with a friend online and Movie Night mode where up to 5 players can play together off -line and pass-the-pad. Little Hope is the second game in The Dark Pictures Anthology. Trapped and isolated in the abandoned town of
Little Hope, 4 college students and their professor must escape the nightmarish apparitions that relentlessly pursue them through an impenetrable fog.
WELCOME TO LITTLE HOPE
Witness terrifying visions of the past, haunted by the events of the XVIIth century Andover Witch Trials
SAVE YOUR SOULS
Escape the nightmarish apparitions that relentlessly pursue your cast…
DON’T PLAY ALONE
Play online with a friend or up to 5 friends offline, share your story and cooperate wisely to save your cast…Abandon Hope All who enter here…
The Dark Pictures: Little Hope launches Summer 2020 for Windows PC, PlayStation 4, and Xbox One.
Image: The Dark Pictures: Little Hope official website.