Stars Getting Rich Off Fan Conventions: How to Take Home "Garbage Bags Full of $20s"
One effect of superhero culture: a proliferation of fan events where Marvel movie heroes and 'Walking Dead' stars walk away with six figures (more than most get paid for their real jobs) for a weekend's work.

Fan conventions, where stars can take home hundreds of thousands of dollars in exchange for a few hours of time, once were the domain of has-beens and sci-fi novelties. But the business has become so lucrative — think $500,000 for Captain America’s Chris Evans or The Walking Dead favorite Norman Reedus to appear — that current TV and film stars are popping up at events like Salt Lake City Comic-Con and Heroes and Villains Fan Fest. The demand has become so overwhelming that agencies including WME, CAA, UTA, ICM, APA, Paradigm and Gersh have in the past three years added “personal appearance” agents to sift through the hundreds of annual events, book talent and (of course) score their 10 percent commission.

Here’s how it works: Actors typically ask for a price guarantee — often paid up front — to show up, sign autographs, pose for photos and sometimes take part in a panel discussion or two. Most conventions charge an entry fee, collect $5 for every autograph and $10 per photo (with a photographer taking another $10). The stars — who receive luxury travel and accommodations — pocket the rest. Anything over the guarantee is icing on the cake.

The most sought-after stars include Reedus (one convention owner says he easily could command a $200,000 guarantee and pocket $500,000 per weekend), Andrew Lincoln (who donates his proceeds to charity), Star Wars great Mark Hamill and anyone who played Doctor Who. Sources say ex-Doctor Matt Smith collected $250,000 per weekend at a string of recent events, with any former Doctor said to easily score six figures. Smith’s tally recently was doubled by Marvel film heroes, with the stars netting more than $500,000 each in one Atlanta weekend thanks to an overwhelming demand and rare convention appearances.