BT to Deactivate Landlines in 94 Areas, Including Greater Manchester

BT’s Openreach is set to deactivate landline services in 94 areas across the UK, impacting nearly 960,000 properties. This transition aims to replace outdated copper-based connections with advanced full-fibre networks. Key locations affected include Greater Manchester, Merseyside, Lancashire, and Cheshire.
Overview of Landline Deactivation
This initiative reflects the UK’s strategy to phase out traditional copper phone lines, which have been in operation since 1876. The shift is part of a broader “stop sell” program, encouraging users to adopt next-generation services.
Impact of the Transition
- Approximately 960,000 premises will be affected.
- The program targets 94 exchanges nationwide, including key cities such as Birmingham, Blackpool, and Portsmouth.
- Users will need to transition to Voice Over Internet Protocol (VoIP) for phone services.
Enhanced Features with Full-Fibre
Upgrading to full-fibre technology will offer several benefits:
- Improved call quality.
- Ability to call multiple recipients simultaneously.
- Features like number blocking and spam protection.
Unlike traditional landlines, VoIP services require a backup power source during power outages, affecting continuity of service during such events.
Timeline for Transition
Openreach anticipates that most of the UK will have switched to full-fibre technology by January 2027. This timeline has been extended by 13 months compared to previous projections.
Areas Affected
The following regions are set for deactivation of their landline services:
- Greater Manchester: Didsbury, Rusholme
- Wales: Llanwnda, Botwnnog, Newport
- Scotland: Carluke, Glasgow
- England: Blackpool, Chester, Birmingham
- Northern Ireland: Newtownstewart, Tyrone
Conclusion
As the country transitions to modern communication technologies, the deactivation of landlines in 94 areas signals a significant step towards a digital future. This change not only promotes improved connectivity but also prepares the UK’s infrastructure for upcoming communication demands.




