Direct answer
Peter Khalil was elected.
After preferences, Peter Khalil received 56,459 votes (51.43%). Samantha Ratnam received 53,322 votes (48.57%).
- Winning party
- Australian Labor Party
- Runner-up party
- The Greens
- TCP majority
- 3,137
- Turnout
- 91.72%
- Votes cast
- 114,887
- Enrolment
- 125,264
Complete candidate result
All 8 candidates.
Ranked here by first-preference votes. The elected member is determined by the full preferential count, not necessarily the primary-vote order.
| Primary rank | Candidate | Party | Ballot | First preferences | Primary share | Final TCP |
|---|
| 1 | Peter KhalilElectedAEC historical incumbent marker | Australian Labor Party | 2 | 39,069 | 35.59% | 56,459 · 51.43% · -7.60 pp swing |
|---|
| 2 | Samantha Ratnam | The Greens | 6 | 38,834 | 35.37% | 53,322 · 48.57% · +7.60 pp swing |
|---|
| 3 | Jeff Kidney | Liberal | 3 | 14,121 | 12.86% | Not a TCP finalist |
|---|
| 4 | Sue Bolton | Socialist Alliance | 1 | 8,808 | 8.02% | Not a TCP finalist |
|---|
| 5 | Bruce Stevens | Pauline Hanson's One Nation | 8 | 3,842 | 3.50% | Not a TCP finalist |
|---|
| 6 | Margee Glover | Legalise Cannabis Party | 4 | 3,067 | 2.79% | Not a TCP finalist |
|---|
| 7 | Owen Miller | FUSION | Planet Rescue | Whistleblower Protection | Innovation | 5 | 1,122 | 1.02% | Not a TCP finalist |
|---|
| 8 | Rachel Versteegen | Libertarian | 7 | 918 | 0.84% | Not a TCP finalist |
|---|
Permanent division record
Wills, Victoria
- Election.org ID
- eop-result-au-2025-house-234
- AEC division ID
- 234
- State or territory
- Victoria
- Polling date
- 3 May 2025
- Enrolment
- 125,264
- Formal votes
- 109,781
- Informal votes
- 5,106 (4.44%)
- Total turnout
- 114,887
Coverage boundary
Official results are not a current roster.
These are official final results for the 3 May 2025 federal election. They are historical election records, not a claim about the current House membership or future candidacies.
Candidate biographies, policy positions, political finance, current tenure, and future candidacy remain separate sourced layers.