Can’t wait to see 'Peter's Friends' without leaving the house? Searching for a streaming service to buy, rent, download, or watch the Kenneth Branagh-directed movie via subscription can be challenging, so we here at Moviefone want to do the work for you.
We've listed a number of streaming and cable services - including rental, purchase, and subscription choices - along with the availability of 'Peter's Friends' on each platform when they are available. Now, before we get into the various whats and wheres of how you can watch 'Peter's Friends' right now, here are some particulars about the BBC, Renaissance Films, The Samuel Goldwyn Company, Film4 Productions drama flick.
Peter's Friends starring Kenneth Branagh, Stephen Fry, Emma Thompson, Hugh Laurie has a R rating, a runtime of about 1 hr 41 min, and a scheduled release date of September 18th, 1992.
It received a user score of 65/100 on TMDb, which collated reviews from 193 top users.
Thinking about what happens in this film? Here's the plot: "After inheriting a large country estate from his late father, Peter invites his friends from college: married couple Roger and Mary, the lonely Maggie, fashionable Sarah, and writer Andrew, who brings his American TV star wife, Carol. Sarah's new boyfriend, Brian, also attends. It has been 10 years since college, and they find their lives are very different."
'Peter's Friends' is currently available to rent, purchase, or stream via subscription on Prime Video with Ads, MGM Plus, MGM Plus Roku Premium Channel, Prime Video, Fandango At Home, fuboTV, The Roku Channel, MGM+ Amazon Channel, Philo, Tubi TV, Apple TV, Hoopla, and Kanopy .
Watch 'Peter's Friends' Online
'Peter's Friends' Release Dates
Watch in Movie Theaters on September 18th, 1992
Watch on DVD or Blu-ray starting
February 12th, 2008
- Buy Peter's Friends DVD
Similar Movies
Movie and TV Reviews
Top Movies
The law's reach never stretched this far.
The mission is a man.
Men shouldn't have friends.
Top Series
There are two sides to every story.
We were safer in space.
Every force has its equal.