Flatliners 2017 Dual Audio Hindi (ORG 5.1) 1080p 720p 480p BluRay x264 ESubs

Flatliners full movie free download and watch online in 480p 720p and 1080p BluRay x264 best HD quality. Flatliners is available in Hindi (ORG 5.1) + English (ORG 5.1) audio track(s) and this one of the best Genres: Drama, Horror, Mystery based film which is released in year 2017. In this movie lead roles played by Stars: Elliot Page, Diego Luna, Nina Dobrev. Enjoy this stuff and explore the 20,000+ various categories movies and web series collection on SSRmovies.

Flatliners (2017) 1080p 720p 480p BluRay x264
IMDb: 5.2/10 || Size: See below ▼ || Language: Hindi (ORG 5.1) + English (ORG 5.1)
Genres: Drama, Horror, Mystery
Director: Niels Arden Oplev
Writers: Peter Filardi, Ben Ripley
Stars: Elliot Page, Diego Luna, Nina Dobrev
A medical student, Courtney, is obsessed with the idea of the afterlife, wanting to find out what happens after death. She invites fellow students Jamie and Sophia to join her in an experiment, in an unused hospital room: using defibrillation to stop her heart for sixty seconds while recording her brain, and then reviving her. She assures them they would not be held responsible for any accidents. Sophia is against this, but Jamie does it anyway. After sixty seconds, they panic as they are unable to revive her, but eventually manage to with the help of fellow student Ray. Later, Marlo, a rival of Ray, arrives and learns of the experiment..

|| Get Full Movie via Fast Single Links ||

Watch & Download in 1080p - 1.91GB

Watch & Download in 720p - 1.01GB

Watch & Download in 480p - 384MB

|| Join Our Telegram Channel for Latest Updates 🔔 ||

Difference Between x264 Codec and x265 HEVC ?

x264 and x265 (HEVC) are video codecs, differing in their compression efficiency. x264, or H.264/AVC, is an established codec known for good video quality at reasonable bitrates, making it suitable for various applications like online streaming. In contrast, x265 (HEVC) is a newer codec offering significantly improved compression efficiency. It achieves comparable video quality at smaller file sizes or higher quality at equivalent sizes, making it ideal for ultra-high-definition content. However, this efficiency comes with increased decoding complexity, potentially requiring more computational power. The choice between x264 and x265 depends on factors such as desired quality, bandwidth, and playback device capabilities.