Braves Make Huge Decision On Chris Sale’s Next Start After Scratch

The Atlanta Braves have officially ruled out ace Chris Sale for their upcoming Wild Card Series against the San Diego Padres due to back spasms. This decision comes after a last-minute scratch from his scheduled start in the final game of the regular season, a crucial doubleheader against the New York Mets. General Manager Alex Anthopoulos described the injury as “day-to-day,” emphasizing that the team did not want to risk further injury by allowing Sale to pitch under these conditions.

Sale, who has been a dominant force for the Braves this season, finishes the regular season with an impressive 18-3 record and a 2.38 ERA. His performance has been instrumental in the Braves securing a playoff berth. However, the recent back issues, which reportedly began after a throwing session on Sunday, have raised concerns about his availability for the postseason.

In Sale’s absence, journeyman Grant Holmes stepped in as the starting pitcher for the second game of the doubleheader against the Mets. Holmes delivered a commendable performance, throwing four scoreless innings and allowing only one hit, helping the Braves clinch a 3-0 victory and secure their spot in the Wild Card Series.

Looking ahead, the Braves are considering several options to fill the void left by Sale. Top pitching prospects Hurston Waldrep and AJ Smith-Shawver, as well as veteran Ian Anderson, are all being evaluated as potential replacements for Sale in the postseason rotation.

The Braves’ decision to prioritize Sale’s health underscores the team’s commitment to long-term success. While his absence is a significant setback, the Braves are hopeful that with proper rest and recovery, Sale will be ready to contribute if the team advances beyond the Wild Card Series.

As the Braves prepare for the postseason, the pitching staff’s depth and adaptability will be crucial in their quest for a championship. The team’s ability to adjust to these unforeseen challenges will be a testament to their resilience and determination.