Honeymoon

About Honeymoon

Honeymoon, released in 2014, is an American horror film directed by Leigh Janiak. The story centers around a newlywed couple, Paul and Bea, who are on their honeymoon in a remote cabin in the woods. Their idyllic vacation quickly turns into a nightmare when Bea starts to behave strangely. Janiak masterfully combines bone-chilling horror and psychological thriller elements to construct a haunting narrative about love and fear.

Making / Production

The film was written by Phil Graziadei and Leigh Janiak. It is Janiak's directional debut and was produced by Patrick Baker and Esmé Howard. Honeymoon was filmed in North Carolina, United States, and captures the ambience of a tranquil, secluded natural setting disturbed by unexplained phenomena.

Actors

• Rose Leslie as Bea - the bride who undergoes a chilling transformation. Leslie delivers a stunning performance, expertly portraying Bea's shift from a charming new bride to a haunted, disturbing figure.
• Harry Treadaway as Paul - the groom who struggles to comprehend what is happening to his wife. Treadaway convincingly portrays the increasing desperation and terror of his character.

Trivia / Interesting Facts

• Director Leigh Janiak drew inspiration from various body-horror and possession films.
• Rose Leslie is a Scottish actress known for her role in the hit series 'Game of Thrones'.
• The film premiered at the SXSW festival in Austin, Texas, in 2014.
• The mysterious light that the characters encounter in the woods was never explained, adding to the film's mystique.

Awards

Although the film did not receive any awards, it was critically acclaimed for the remarkable performances by Rose Leslie and Harry Treadaway and Leigh Janiak's expert direction.

Quotes

• "We're not lost. We're adventuring!" - Bea
• "Can we go back to what we were? Is that possible?" - Paul

Music, Soundtrack

• The chilling music score of Honeymoon was composed by Heather McIntosh, a renowned American composer. Her music perfectly complements the terrifying atmosphere of the film.