SAG-AFTRA fought the long fight, the AMPTP came to the table, and we finally have a new three-year agreement in the bag. It’s back to business as normal, right? Not quite! Now we face the uncertainties and difficulties of implementing agreed-on terms. And nowhere is this proving more confusing at present than regarding residual payments. Blake & Wang P.A.’s Brandon Blake, our specialist entertainment attorney Los Angeles, unpacks some of the concerns currently muddying the water.
Brandon Blake
Advance Paid Residuals- and Why They’re Making Waves
In particular, we’re seeing layers upon layers of misunderstanding about the new ‘advance paid residuals’ system, especially between actors and their reps. It has even been said that this could ‘drive smaller agents out of business’. But what is the reality?
Advanced paid residuals are designed to cover a portion of the actor’s per-episode fee, to be bundled with future residual payments. This is typically negotiated by the agent or equivalent rep as part of initial compensation. Studios then pay this fee to the rep, where their commission is withheld. Then the remainder is passed on to the client.
This will change after the ratification of the new SAG-AFTRA/AMPTP deal. Now advance paid residuals are supposed to be paid to the union and forwarded to the performer from there. Additionally, residual pay cannot top 15% of the guaranteed compensation if the performer is earning under $75,000 per episode or week.
The Implications of the Shift
This means talent agents and reps can no longer automatically commission their clients and pass on the remainder. Instead, they will have to invoice the client and hope for the best. It’s easy to see how this could have considerable implications for agencies with tight balance sheets. Coupled with the knock-on effects of a seven-month-long production halt due to the various strike actions, you have a very difficult situation indeed. It’s easy to see how some are framing this as a slight to the talent reps who helped support the strike actions throughout their lengthy duration.