Women’s Lacrosse Pack the IWLCA All-Region Teams With Talent
Army West Point women's lacrosse boasts three selections to the IWLCA All-Northeast Region Teams, with seniors Brigid Duffy and Allison Reilly earning first-team honors and Sarah Chernik making the second team. A total of 128 athletes in Division I received these accolades, paving the way for potential All-American recognition to be announced on May 21. Duffy set a standout season with 77 goals and ranks highly in numerous national statistics, while Reilly notched a league-high 116 points, establishing herself as a top player both nationally and within her conference. Chernik also excelled, contributing significantly in her defensive role and earning All-Patriot League honors.
By the Numbers- Brigid Duffy scored 77 goals and 31 assists, leading the Black Knights.
- Allison Reilly recorded 116 points, the highest in the Patriot League, and ranks second in the nation.
- Sarah Chernik had 110 draw controls, ranking fourth in the Patriot League.
While Duffy and Reilly gained first-team accolades, Chernik's second-team selection highlights depth in talent, suggesting the team's overall strength. However, the pressure mounts as they look to secure a spot on the national All-American list, facing competition from a variety of high-performing athletes across the nation.
State of Play- The selection reinforces Army’s strong performance in the 2026 season.
- All three players are now in contention for national All-American honors.
As the postseason approaches, focus will shift to individual and team performances, especially with national recognitions on the horizon. The upcoming announcement of All-American selections on May 21 will be pivotal in defining their legacy.
Bottom LineThe achievements of Duffy, Reilly, and Chernik underscore the growth of Army's women's lacrosse program, setting a high bar for future aspirations and highlighting their potential as elite competitors in collegiate lacrosse.
Read more at Army West Point
The summary of the linked article was generated with the assistance of artificial intelligence technology from OpenAI

