In a not-so-shocking breaking story, Disney has announced that it is going to continue to do what it does best: rework old classics, re-release them, and re-make a boat-load of money. Only this go-round, Disney/Pixar will be taking Toy Story and Toy Story 2 and re-releasing both films in THREE DIMENSIONS!
Come October 2nd, Disney/Pixar has scheduled a short-run release of the Toy Story films as a double feature. For two weeks only (and then surely on Blu-Ray as a quintuple disk package with life-sized plush toys included) the films will play in theaters to teams of screaming ten-year-olds, and those who were ten when the originals were released but are now… Twenty-five… Whoa.
This may look like another attempt at global domination by Disney, but in actuality, the films’ release appear to be merely harbingers of things to come; a move to drum up some chatter about the upcoming release of the third installment in the Toy Story series, the aptly and creatively named Toy Story 3. Scheduled to debut in the summer of 2010, the third installment will be directed by Lee Unkrich, who has worked on the previous two films first as an editor, then as a co-director – Toy Story 3 will also retain the voice talents of Tom Hanks and Tim Allen as leads Woody and Buzz Lightyear, respectively.
Its difficult to justify paying what could be over $25 a ticket for films that you can purchase used and still simulate the 3D experience by sitting too close to your TV. But with Pixar behind the wheel, it’s safe to say this re-release will probably have a few tricks up its sleeve that will prove to make this four-and-a-half-hour moviegoing experience worth it. However, at this point, little is known about any special features of the event.
It does seem kinda silly to go see a movie that’s only 15-years-old for a few gimicky additions like 3D broomsticks in the eye, or toys flying offscreen into the theater. But between you and me: I’m actually the guy already standing in line, waiting for opening night tickets. See you there.
Sources:Variety & Collider