The Hangover Trilogy

The Hangover Trilogy

The Hangover Trilogy box set collects all 3 hilarious Hangover movies into one triple pack. The Hangover (2009) Ed Helms, Bradley Cooper and Zach Galifianakis star as three friends who lose their best friend, Doug (Justin Bartha), just 40 hours before his wedding during the various drunken misadventures that occur at his Las Vegas bachelor party. The trio must attempt to retrace all the bad decisions they made the night before and figure out where things went wrong. Heather Graham co-stars. “A funny movie, flat out, all the way through. Its setup is funny. Every situation is funny. Most of the dialogue is funny almost line by line.” Roger Ebert “A furiously paced, inventive and flat-out hilarious take on a tried-and-tested formula. An exemplary bromantic comedy that doesn't sacrifice heart in pursuit of laughs, maintaining plenty of the former and a superabundance of the latter.” Empire The Hangover Part II (2011) Alan (Galifianakis), Doug (Bartha), Phil (Cooper) and Stu (Helms) jet out to Bangkok for Stu's wedding to his Thai girlfriend (Jamie Chung). With the mortifying memories of Doug's bachelor party in Las Vegas forever etched in everyone's minds, Stu decides to play things safe. Surely nothing can go wrong with a sedate pre-wedding brunch… or can it? The supporting cast includes Liam Neeson and Juliette Lewis, while former president Bill Clinton makes a cameo appearance. “The chemistry this trio has is special; the premise of the sequel seems worn, but the way they work against and with each other is what provides the pleasure.” Time The Hangover Part III (2013) Following the death of Alan (Galifianakis)'s fat­her, he and his best mates Phil (Cooper) and Stu (Helms), aka the Wolfpack, head out on a road trip on which they get caught up in another misadventure, encountering a number of eccentric characters on the way and ending up back in Las Vegas. Justin Bartha, Ken Jeong, Heather Graham and John Goodman co-star, with Mike Tyson also making an appearance. Blu-ray + UV.