The "Free For All" name was discontinued in the United States in 2009. Free For All also airs in Australia, and the United Kingdom on British Sky Broadcasting's Sky Box Office. It also airs on Sky Sport 2 in Italy 30 minutes before every PPV event shown on Sky Primafila. Free For All is currently hosted by Renee Young and Scott Stanford.
The first Free For All was broadcast on January 21, 1996 as the pre-show to WWE Royal Rumble 1996. The show was hosted by Todd Pettengill and, besides hyping the Royal Rumble, featured a match between Duke Droese and Hunter Hearst Helmsley with the winner becoming the 30th entrant into the Rumble and the loser becoming the 1st entrant. The last Free For All match was broadcast on July 6, 1997 as the pre-show to WWF In Your House 16: Canadian Stampede and featured The Godwinns defeating The New Blackjacks.
The show was originally simulcast on the Prevue Channel. The original format was changed in 1998 with the United States premiere of Heat, a weekly show on the USA Network featuring live matches, which also served as the countdown show to PPV events on the weeks when the promotion had scheduled pay-per-view events. Beginning with WWE SummerSlam 1998, Free For All became exclusively a preview show featuring promotional material such as pre-match interviews and video summaries on the events that led up to the matches on the pay-per-view. Occasionally, Free For All was replaced with special shows for major PPV events. For WWE WrestleMania 2000, Free For All was replaced with an eight hour-long show entitled WrestleMania All Day Long, which was only available as part of a purchase option for WrestleMania 2000.
Following WWE No Way Out 2009, the "Free For All" name was discontinued in the United States and was eventually replaced with WWE Kickoff, which is available on WWE Network and the WWE's official YouTube channel with one or two exclusive matches or in ring segments. Free For All would continue to air in Australia, United Kingdom, and in Italy but without the exclusive matches and in ring segments.