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Telangana cuts Metro‑RTC combo pass fares ahead of Diwali, new rates from Nov 8
✍️ Telangana Today
🗓 06 Nov 2026, 11:33 AM
👁 16
The Telangana government announced a reduction in combined Metro‑RTC pass fares, effective from 8 November, as a festive‑season relief for commuters.
The state government of Telangana has approved a cut in the combined Metro‑RTC pass fares, with the revised rates slated to take effect on 8 November. The decision comes as the region prepares for the Diwali festivities, a period when public transport demand typically surges.
Transport officials indicated that the new fare structure will be lower than the existing one, though exact amounts were not disclosed in the announcement. The reduction applies to the integrated ticket that allows seamless travel on both Hyderabad Metro and the state’s RTC bus services.
By lowering the cost of the combined pass, the government aims to make daily commuting more affordable for workers and students during the holiday season, while also encouraging greater use of public transport to ease road congestion.
The move aligns with previous festive‑season initiatives that sought to boost ridership and provide financial relief to commuters. Authorities will monitor passenger response and may consider further adjustments based on usage patterns.
Transport officials indicated that the new fare structure will be lower than the existing one, though exact amounts were not disclosed in the announcement. The reduction applies to the integrated ticket that allows seamless travel on both Hyderabad Metro and the state’s RTC bus services.
By lowering the cost of the combined pass, the government aims to make daily commuting more affordable for workers and students during the holiday season, while also encouraging greater use of public transport to ease road congestion.
The move aligns with previous festive‑season initiatives that sought to boost ridership and provide financial relief to commuters. Authorities will monitor passenger response and may consider further adjustments based on usage patterns.