New Hampshire › Hillsborough County › New Hampshire House, Hillsborough District 33
3 candidates are tracked for New Hampshire House, Hillsborough District 33 on the November 3, 2026 ballot: Kimberly Thomas, Peter R. Leishman and Jonah Orion Wheeler. Candidate information follows official Hillsborough County election filings; verify with the official election office linked below.
Kimberly Thomas (Republican), Peter R. Leishman (Democratic), Jonah Orion Wheeler (Democratic) are on the November 3 ballot for New Hampshire House, Hillsborough District 33; Peter R. Leishman, Jonah Orion Wheeler are sitting members, per the General Court's official member list (gc.nh.gov). This is a two-seat district: voters choose up to two candidates, and the top two finishers are elected. The Republican primary fielded 1 candidate for two seats; any additional write-in nomination is settled by the Secretary of State's November candidate list. Nominees are each party's top finishers in the September 8, 2026 state primary, per the Secretary of State's town-by-town results; nomination-paper candidates are not yet included.
Kimberly Thomas is the Republican nominee for New Hampshire House, Hillsborough District 33 on the November 3, 2026 ballot, per the New Hampshire Secretary of State's September 8, 2026 primary results. This name has not yet been researched.
Peter R. Leishman is the Democratic nominee for New Hampshire House, Hillsborough District 33 on the November 3, 2026 ballot, per the New Hampshire Secretary of State's September 8, 2026 primary results. Peter R. Leishman is a sitting member for the district, per the General Court's official member list (gc.nh.gov). This name has not yet been researched.
Jonah Orion Wheeler is the Democratic nominee for New Hampshire House, Hillsborough District 33 on the November 3, 2026 ballot, per the New Hampshire Secretary of State's September 8, 2026 primary results. Jonah Orion Wheeler is a sitting member for the district, per the General Court's official member list (gc.nh.gov). This name has not yet been researched.