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Philip Haywood Glenister (born 10 February 1963) is an English actor. He is known for his role as DCI Gene Hunt in the BBC series Life on Mars (2006–2007) and its sequel Ashes to Ashes (2008–2010). He also played DCI William Bell in State of Play (2003) and Reverend Anderson in Outcast (2016–2018).
Philip Haywood Glenister (Londra, 10 febbraio 1963) è un attore britannico, noto soprattutto per il ruolo di Gene Hunt nella serie televisiva Life on Mars e nel suo spin-off Ashes to Ashes, entrambe della BBC e del reverendo Anderson nella serie Outcast. È il fratello minore dell'attore Robert Glenister
Philip Glenister was born on 10 February 1963 in London, England, UK. He is an actor, known for Kingdom of Heaven (2005), Life on Mars (2006) and Calendar Girls (2003). He has been married to Beth Goddard since 2006. They have two children.
- January 1, 1
- 1.82 m
- London, England, UK
Philip Haywood Glenister (born 10 February 1963) is an English actor, best known for his roles as DCI William Bell in State of Play, DCI Gene Hunt on the BBC series Life on Mars and its sequel Ashes to Ashes, and Reverend Anderson in Outcast.
YearTitleRoleNotes2020James TrenchardLead role; TV mini-series: 6 episodes2019What the Killer Did NextPresenterDocumentary TV series2017–2019Mal PembertonLead role; TV series: 12 episodes2017CraigTV series, Episode The Bill- British
- 1990–present
- Actor
Actor: Kingdom of Heaven. Philip Glenister was born on 10 February 1963 in London, England, UK. He is an actor, known for Kingdom of Heaven (2005), Life on Mars (2006) and Calendar Girls (2003). He has been married to Beth Goddard since 2006.
- February 10, 1963
15 mag 2023 · Philip Glenister on playing his first cop since Gene Hunt. By Lucy Buglass. published 15 May 2023. Philip Glenister takes on the role of former career detective Paul Bethell, making it his first cop role since his Life on Mars character.
15 mag 2023 · ‘There is never closure’: Philip Glenister on the BBC’s new real-life crime drama Steeltown Murders. The story of this real-life case (and how it was solved) makes for remarkable viewing....
