Nilambur, Kerala | June 23, 2025
In a closely watched by-election in Kerala’s Nilambur constituency, United Democratic Front (UDF) candidate Aryadan Shoukath emerged victorious on June 23 with a commanding lead of 11,077 votes over his closest rival. The election, held on June 19, was triggered by the resignation of former MLA P. V. Anvar in January 2025. Shoukath’s win is being seen as a bellwether for the political mood leading up to the 2026 Kerala Assembly elections.
Key Results
Winner: Aryadan Shoukath (UDF / Congress) – 77,737 votes
Runner-up: M. Swaraj (LDF / CPI(M)) – 66,660 votes
Third Place: P. V. Anvar (Independent / now TMC) – 19,690 votes
Fourth Place: Mohan George (NDA / BJP) – 8,562 votes
Counting was held in 19 rounds, during which Shoukath maintained a consistent and growing lead.
Political Implications
UDF Momentum Reignited
The result is being interpreted as a significant comeback for the UDF in Kerala. Opposition leader V. D. Satheesan declared the win a “turning point” and a sign of anti-incumbency sentiment taking root.
P. V. Anvar’s Decisive Role
The former MLA, who resigned from the LDF and contested independently, finished third but played a pivotal role in reshaping the electoral dynamics. Congress leaders have hinted at future strategic alignments with Anvar.
LDF Responds with Resolve
Despite the setback, CPI(M) candidate M. Swaraj remained firm on ideological lines, vowing not to seek support from “any communal forces,” even amid post-poll introspection.
Voter Turnout & Election Details
Voter Turnout: 75.87% (1.74 lakh voters from a 2.32 lakh electorate)
Postal Ballots: 1,402
Reason for By-Election: Resignation of sitting MLA P. V. Anvar on January 13, 2025.
The Nilambur by-election result is more than just a local win—it’s being interpreted as a preview of voter sentiment ahead of the 2026 state polls. With a high turnout despite inclement weather, and the emergence of independents like P. V. Anvar reshaping vote bases, the Kerala political landscape appears primed for a transformative phase.
