The Scorpio Letters (film) explained

The Scorpio Letters
Producer:Richard Thorpe
Starring:Alex Cord
Shirley Eaton
Laurence Naismith
Music:Dave Grusin
Cinematography:Ellsworth Fredricks
Editing:Richard W. Farrell
Studio:Metro-Goldwyn-Mayer
Distributor:Metro-Goldwyn-Mayer
Runtime:120 minutes
Country:United Kingdom
United States
Language:English
Budget:$900,000

The Scorpio Letters is a 1967 American-British thriller film directed by Richard Thorpe and starring Alex Cord, Shirley Eaton and Laurence Naismith. It was produced by MGM Television and shot mainly at MGM studios in Hollywood.[1] [2] It was broadcast by ABC in the United States while being given a theatrical release in several countries including Britain. It was the last film directed by Thorpe in a lengthy and prolific career.[3] It is based on the 1964 novel of the same title by Victor Canning.[4]

There are significant differences between the book and the film version, which was designed to take advantage of the spy boom following the success of James Bond. Eaton's link to that series was advertised by billing her as "The Goldfinger Girl". The film's sets were designed by the art directors Addison Hehr and George W. Davis. As it was intended for a cinematic run in several markets, particularly in Europe, it was made with higher production values than was often common for television films. It received positive reviews with Variety describing it as "very hip".[5]

Plot

Joe Christopher an American in London working for British Intelligence joins forces with Phoebe Stewart to investigate the death of a fellow agent who was the victim of a blackmail plot. Their pursuit of the truth takes them to Paris and an Alpine ski resort.

Cast

References

  1. Book: Cord, Alex . From Wheelbarrow To Ferrari: And Back Again . CreateSpace Independent Publishing Platform . 2016 . 978-1539355397 . Texas . 237 . English.
  2. News: 1 September 1966 . Lord Mayor Visits . 3 . The Tampa Times.
  3. Murphy p.586
  4. Goble p.69
  5. Variety. February 22, 1967. p. 42

Bibliography