Duffy Named Class of 2026 Honda Award for Lacrosse Finalist
Brigid Duffy, a senior from Army West Point's women's lacrosse team, has been named a finalist for the prestigious Honda Award for Lacrosse. This recognition places her among a select group, making her just the third Black Knight and the first women's lacrosse player from a service academy to achieve this honor. Duffy's impressive record includes breaking the Patriot League All-Time Goal Record and leading her team in both goals and caused turnovers during the season. She has also been recognized with several accolades, including being a Tewaaraton Top Five finalist and an All-American.
By the Numbers- 77 goals and 31 assists for a total of 108 points in the 2026 season.
- Leads the Patriot League in caused turnovers (46) and goals per game (3.89).
- Ranked fourth nationally in total goals and sixth in total points.
Although Duffy's accomplishments are significant, scrutiny may arise regarding the selection criteria and the representation of other talented athletes across the NCAA landscape. The Honda Award finalists also bring strong credentials, which can lead to discussions on how awards are distributed among elite players.
State of Play- The Honda Award winner for lacrosse will be announced later this week, following voting from administrators of over 1,000 NCAA member schools.
- Duffy competes against finalists from other prestigious institutions, including the University of North Carolina and Johns Hopkins University.
The announcement of the Honda Award winner will set the stage for further honors in Duffy's athletic career. Should she secure the award, it could elevate the visibility of Army West Point's lacrosse program and encourage recruitment and support.
Bottom LineBrigid Duffy's recognition as a Honda Award finalist is a milestone for both her career and Army West Point's athletic program. Her achievements not only break records but also pave the way for future service academy athletes in competitive collegiate sports.
Read more at Army West Point
The summary of the linked article was generated with the assistance of artificial intelligence technology from OpenAI

