Williamsburg is 5-0 against Clinton-Massie since August of 2019, and they'll have a chance to extend that success on Monday. The Williamsburg Wildcats will host the Clinton-Massie Falcons at 6:00 p.m. Williamsburg will be looking to keep their 14-game home win streak dating back to last season alive.
Last Thursday, Williamsburg made easy work of Georgetown and carried off a 3-0 win.
Once all was said and done, the final score wound up at 25-20, 25-10, 25-16.
Meanwhile, it was close, but on Thursday Clinton-Massie sidestepped Blanchester for a 3-2 victory.
Clinton-Massie took Blanchester into a fifth set where they got it done with a two-point win. The match finished with set scores of 25-17, 25-19, 19-25, 22-25, 15-13.
Clinton-Massie relied on the efforts of Annalyse George, who had 19 digs and 30 assists, and Aubrey Sivert, who had 24 digs. With that strong performance, George is now averaging an impressive 10.1 digs per game. The team also got some help courtesy of Lillian Stroud, who had 13 digs and four aces.
She wasn't the only good server: Clinton-Massie was lethal from the service line and finished the game with 21 aces. That's the most aces they've managed all season.
Williamsburg's win ended a three-game drought on the road and puts them at 8-3. As for Clinton-Massie, their victory ended a ten-game drought on the road dating back to last season and puts them at 2-13.
Here's a few offensive stats to keep an eye on ahead of Monday's game: Williamsburg has serving mastered this season, having averaged 11.6 aces per game. However, it's not like Clinton-Massie struggles in that department as they've been averaging 8.1. Given these competing strengths, it'll be interesting to see how their clash plays out.
Everything went Williamsburg's way against Clinton-Massie when the teams last played back in August of 2023 as Williamsburg made off with a 3-0 win. Will Williamsburg repeat their success, or does Clinton-Massie have a new game plan this time around? We'll find out soon enough.
Article generated by infoSentience based on data entered on MaxPreps
