IT’S OFFICIAL AND REALISTIC: Netflix Announces “Red Raiders Rising” — A Groundbreaking Look into Texas Tech Softball’s Magical 2025 Season
Lubbock, TX — June 20, 2025
Netflix has just confirmed what Texas Tech fans have been hoping for — “Red Raiders Rising”, a brand-new documentary series chronicling Texas Tech Softball’s historic 2025 season, will premiere this August.
The multi-episode series promises an all-access, behind-the-scenes look at one of the most remarkable campaigns in college softball history. From their underdog rise through the Big 12 Conference to unforgettable upsets and emotional locker room moments, “Red Raiders Rising” captures the grit, resilience, and unity that powered the Red Raiders to national prominence.
The 2025 season saw Texas Tech Softball rewrite expectations and dominate headlines. Under head coach Craig Snider, the team stormed through the Big 12, toppling traditional powerhouses and clinching their first conference title in school history. Led by breakout stars like senior ace Madison Sanders and power hitter Zoe Martinez, the Red Raiders shocked the NCAA tournament field with clutch performances and game-winning drama.
Netflix’s cameras were rolling every step of the way. From early morning practices to postgame celebrations, and the tears and triumphs in between, the series captures the emotional heartbeat of a team fueled by belief and bonded by purpose.
“This story isn’t just about wins,” said executive producer Carla Ramirez. “It’s about culture change, young women defying expectations, and a university rallying behind its team. This is Texas Tech like you’ve never seen before.”
“Red Raiders Rising” is set to stream globally in August 2025, giving viewers from Lubbock to Lagos a front-row seat to one of the most thrilling and inspiring softball stories in recent memory.
Fans are already buzzing on social media, with the hashtag #RedRaidersRising trending just minutes after the trailer dropped.
Mark your calendars — this is more than a softball docuseries. It’s history in motion.