Taunton has officially opened its new multi-million pound bus station, marking a significant milestone in the town's ongoing regeneration efforts. Located at the former Coal Orchard site, the modern facility is designed to provide improved public transport services and enhance connectivity for residents and visitors.
The new station features contemporary waiting areas, digital real-time information screens, and improved accessibility for all passengers, including those with disabilities. It consolidates bus services into a central hub, replacing the previous temporary arrangements and the former station at Tower Street, which closed in 2020 to make way for the wider Coal Orchard development.
This project forms a crucial component of Somerset Council's broader strategy to revitalise Taunton's town centre. The Coal Orchard scheme, which includes new homes, commercial units, and public spaces alongside the bus station, is intended to attract more footfall and stimulate economic growth in the county town.
Funding for the bus station and the wider regeneration has come from a combination of sources, including significant investment from Somerset Council and grants from the government's Future High Streets Fund. This national initiative aims to support local authorities in transforming high streets and town centres across England, adapting them to changing retail patterns and community needs.
Local councillors and transport officials have expressed optimism that the new facility will encourage greater use of public transport, helping to reduce traffic congestion and improve air quality in Taunton. They anticipate that the enhanced infrastructure will also support local businesses by making the town centre more accessible and attractive to shoppers and visitors.
The opening of the new bus station has been met with a mixed reaction from local residents, with many welcoming the modern facilities and central location, while some have raised concerns about the overall impact on local traffic flow and the integration with other transport modes.