The Fall of the House of Usher (1950 film) explained

The Fall of the House of Usher
Director:Ivan Barnett
Producer:Ivan Barnett
Music:W.L. Trytel
Cinematography:Ivan Barnett
Studio:GIB Films
Distributor:Vigilant Films
Runtime:70 minutes
Country:United Kingdom
Language:English

The Fall of the House of Usher is a 1950 British horror film directed by Ivan Barnett and starring Gwen Watford in her film debut, Kaye Tendeter and Irving Steen.[1] The screenplay was by Dorothy Catt and Kenneth Thompson, adapted from the 1839 short story of the same title by Edgar Allan Poe.

Plot

The film uses a framing device set in a gentlemen's club where one of the members reads to his friends from a copy of Poe's book.

A century before, a young man visits a bleak-looking mansion in the English countryside where his friend Lord Roderick Usher lives with his sister Lady Madeline. They are both mysteriously ill and he discovers that they are suffering from a curse caused by their father which will lead to them both dying shortly, resulting in the downfall and end of the ancient family of Usher.

Cast

Production and release

The film was made in Hastings by a low-budget company GIB Films. Ivan Barnett produced the film and also worked as director and cinematographer. The film was made in 1948,[2] but it was not released until 1950. It was issued an 'H' Certificate, a rarity at the time, by the British Board of Film Censors. Despite its limited budget the film proved surprisingly successful on its release as a second feature and even topped the bill in some cinemas.[3] It was reissued in 1955 and again in 1961.[4] It may have been an influence on the subsequent development of Hammer Horror.[5]

References

  1. Web site: The Fall of the House of Usher . 7 August 2024 . British Film Institute Collections Search.
  2. Workman, Christopher; Howarth, Troy (2016). Tome of Terror: Horror Films of the Silent Era. Midnight Marquee Press. p. 322. .
  3. Chibnall & McFarlane p. 210
  4. Harper p. 232
  5. Chibnall & McFarlane p. 210

Bibliography