Jeremy Renner, widely known for his role in Marvel movies, has made a triumphant return to acting in the Paramount series Mayor of Kingstown after a near-fatal snow plough incident that left him with severe injuries. More than a year after the accident, which occurred near his Nevada home and resulted in Renner breaking over 30 bones, he shared his challenging journey back to set on Instagram. The actor candidly expressed his nerves about his capability to meet the expectations of production and fans alike. Despite the hurdles in his recovery, Renner remains dedicated to delivering a powerful performance in the upcoming third season of Mayor of Kingstown, which delves into the deep-seated issues of systemic racism, corruption, and inequality in a troubled Michigan town. His character, Mike McLusky, is central to the narrative, and the show also features actors such as Natasha Marc, Emma Laird, Nichole Galicia, Kyle Chandler, and Hugh Dillon. Fans and colleagues alike are celebrating Renner's courage and perseverance as he steps back into his role with renewed determination.

What injuries did Jeremy Renner sustain in his snow plough accident?

Jeremy Renner suffered blunt chest trauma and orthopaedic injuries after being run over by a snowcat, which led to him breaking over 30 bones.

Background on Mayor of Kingstown: Mayor of Kingstown is a television series on Paramount Network focused on the McLusky family, who are power brokers tackling the themes of systemic racism, corruption, and inequality in the titular town of Kingstown, Michigan. The series first premiered in November 2021 and has since then captivated audiences with its gritty and realistic portrayal of societal issues through the lens of its complex characters. With Jeremy Renner headlining the series as Mike McLusky, the show promises a look into the dark underbelly of a town where the business of incarceration is the only thriving industry. As Season 3 goes into production, fans eagerly await the further unraveling of the town's narrative and Renner's compelling performance.