Valentina Shevchenko Reclaims UFC Women’s Flyweight Title

Valentina Shevchenko has once again claimed the UFC Women’s Flyweight Championship following a decisive victory in her third fight against Alexa Grasso. Competing at UFC 306, Shevchenko dominated Grasso with a unanimous decision victory, consistently winning across the judges’ scorecards (50-45, 50-45, 50-45).

Throughout the fight, Shevchenko demonstrated superior wrestling and submission defense, which left Grasso with limited options. Grasso, who in their first match had secured victory by submission and managed a draw in their second meeting, was unable to threaten Shevchenko in the latest encounter.

Shevchenko showcased her grappling skills by executing eight takedowns, while controlling the bout on the ground for more than 16 minutes. She strategically avoided Grasso’s boxing strength by keeping the fight on the mat. Although Grasso attempted several submissions, she couldn’t mount any serious threat to Shevchenko.

Following this victory, Manon Fiorot is likely in line for a title shot. Fiorot had prepared to step in should either fighter have been unable to compete. Alexa Grasso, in contrast, will need a win or two to re-enter the title conversation, possibly starting with a bout against another leading contender in the flyweight division.

For Shevchenko, this fight was particularly significant as it marked her return to champion status after Grasso’s stunning victory in their first encounter. Shevchenko’s tactical approach neutralized Grasso, ensuring there was no repeat of past surprises. Fans witnessed her commitment to reclaiming the glory, which was visibly emotional for Shevchenko as the fight concluded.

Looking ahead, Shevchenko’s next title defense may be against the top French contender as she continues to cement her legacy as one of the greatest fighters in women’s MMA history. Originally from Kyrgyzstan, Shevchenko has become renowned for her skill and strategy in the octagon, and she remains a formidable force in the flyweight division.