Share Share

source TotalFilm

Ok Twilight Fans here’s a new TV Spot for THE RUNAWAYS which stars Bella better known to everyone else as Kristen Stewart.

She co-stars with New Moon star Dakota Fanning as the role of iconic rock godess Joan Jet in the Biopic who created the legendary 1970’s The Runaways with Cherrie Currie (Fanning) the teenage rock group. The story protrays the rise of Jett & her friend Currie from rebellious friends to rock stars paving the ways for future generations of female rock groups and musicians. When the stardom arises it does also shows the influence & manipulation along with the abuse their manager Kim Fowley (Michael Shannon) over the band.

Lets not forget this is an coming of age story of friends in 1970’s who turned rebellion into music agnst rock. If you enjoyed Kristen Stewart in the likes of Adventureland & Into the Wild you will love her in tis as she gets a chance to be more free role compared to the reserved character type of Bella.

The movie is due for an American release of March 19th but for all us in UK and Ireland there’s no offical release date yet but dont discount having the same date or not long after it.

[vodpod id=Video.3114675&w=505&h=280&fv=%26rel%3D0%26border%3D0%26]

more about “New The Runaways TV Spot“, posted with vodpod


Discover more from

Subscribe to get the latest posts sent to your email.

About the Author

Paul

Administrator

The founder of The People's Movies, started the site 20th November 2008.The site has excelled past all expectations with many only giving the site months and it's still going strong. A lover of French Thrillers, Post Apocalyptic films, Asian cinema. 2009 started Cinehouse to start his 'cinema education' learning their is life outside mainstream cinema. Outside of film, love to travel with Sorrento, Guangzhou and Manchester all favourite destinations.Musically loves David Bowie, Fishbone, Radiohead.

What do you feel about this?

Leave a Reply

Discover more from

Subscribe now to keep reading and get access to the full archive.

Continue reading