Purdue Aims to End Losing Streak Against Struggling Maryland Sunday
Purdue's men's basketball team, currently ranked #12, aims to halt a three-game losing streak as they face Maryland on February 1, 2026. This matchup is part of a challenging eight-game stretch, with numerous road contests. Historically, Purdue leads the series 10-6, but they've faced tough competition with close point margins over recent meetings. The Boilermakers are looking to leverage their strong offensive stats to turn their recent performance around in a daunting environment.
By the Numbers- Purdue is 17-4 overall and 7-3 in the conference, aiming to avoid a fourth consecutive loss.
- In their last three losses, they held leads of 6 points (vs. UCLA) and 5 points (vs. Maryland) late in the game.
- Purdue ranks 2nd nationally in assists per game and 2nd in offensive efficiency.
- Braden Smith is just 2 assists away from breaking into the NCAA's top 10 career assists list.
- Purdue's recent performances have been characterized by narrow losses, with each of the last three games decided by a total of just 13 points.
- Their backcourt leader, Braden Smith, is on the brink of achieving significant personal milestones in scoring and assists.
- Despite the losing streak, Purdue boasts six quad-1 wins, tied for the third most in the country.
- With seven quad-1 games remaining, the Boilermakers have opportunities to strengthen their tournament positioning.
If they can overcome Maryland, Purdue will return home for a game against Oregon, which could serve as a pivotal moment in reversing their fortunes. Maintaining consistency and reducing turnovers will be crucial as they progress in this challenging schedule.
Bottom LineFor Purdue to regain momentum, they must capitalize on their strong offensive metrics and resolve late-game execution issues. The integrity of their season and NCAA tournament prospects hinge on bouncing back effectively against Maryland.
Read more at Purdue Boilermakers - Official Athletics Website
The summary of the linked article was generated with the assistance of artificial intelligence technology from OpenAI

