- Sinclair's multicast networks report record-breaking growth in ratings and distribution.
- New programming acquisitions announced for CHARGE, Comet, ROAR, and The Nest for the 2025-26 season.
- CHARGE sees a 21% year-over-year growth in viewership, leading Sinclair's expansive strategy.
Sinclair, Inc. (SBGI, Financial), a key player in the broadcast industry, has unveiled an impressive expansion across its free, over-the-air multicast networks, including CHARGE, Comet, ROAR, and The Nest. The networks have experienced extraordinary growth, marking a pivotal moment with the highest year-over-year coverage increase among all Nielsen-rated broadcast networks.
CHARGE, known for its lineup of police procedural franchises, reported a 21% increase in viewership year-over-year. This growth is bolstered by the acquisition of major series such as "Criminal Minds" and "Homicide: Life on the Street," which will debut in the fall 2025 schedule, adding to the existing roster featuring "CSI: Miami" and "Law & Order: Criminal Intent."
Comet network, favored for sci-fi and fantasy programming, has increased its viewership by 17%. This fall, it will add classics like "Xena: Warrior Princess" and "The Outer Limits" and will feature "The Matrix" trilogy in the upcoming 2026 Comet Fest.
ROAR, the rebranded comedy network, boasts a 40% rise in audience numbers, thanks to an array of fan favorites, including "Hollywood Game Night," hosted by Jane Lynch, joining the network's comedic lineup.
Sinclair's strategy behind the growth includes acquiring premium series, expanding distribution in top 10 DMA markets, and hosting successful multi-platform events like COMET FEST and CHARGECON. Adam Ware, Senior Vice President of Growth Networks at Sinclair, affirmed that the company’s multicast strategy has been highly effective in elevating content and expanding reach.
Sinclair, Inc. (SBGI, Financial) continues to be a formidable entity in television broadcasting, with a diverse portfolio that spans local news and sports, alongside its rapidly growing multicast networks.