Roseberry Place is a major mixed use urban regeneration scheme enjoying a prominent location within Bath alongside the junction of Lower Bristol Road and Windsor Bridge Road.
This well connected scheme will comprise a new self-contained high quality office building together with residential apartments and convenience retail amenities.
The office building which benefits from planning consent is available as a whole or on a floor by floor basis and the overall development is being undertaken by a team with a proven track record of urban regeneration in Bath and across the region.
Construction of the first phase residential apartments commences at the start of 2017 and construction of the office building can commence thereafter.
( Agency Pilot Software Ref: 20009413 )
Location
Roseberry Place enjoys a highly prominent and accessible location at the junction of Lower Bristol Road and Windsor Bridge Road on the western side of Bath city centre.
The site which enjoys frontage to the River Avon offers excellent accessibility via a wide range of transport links into Bath city centre and the wider urban area. In addition a range of onsite and nearby retail, café and restaurant facilities combine to provide excellent amenities for site occupiers.
Accommodation
Option 1
Ground Floor - 1,636 sq ft (152 sq m)
First Floor - 12,389 sq ft (1,151 sq m)
Second Floor - 12,389 sq ft (1,151 sq m)
Third Floor - 8,644 sq ft (803 sq m)
Fourth Floor - 3,251 sq ft (302 sq m)
Total - 38,309 sq ft (3,559 sq m)
Option 2
Ground Floor - 1,636 sq ft (152 sq m)
Frist Floor - 17,556 sq ft (1,631 sq m)
Second Floor - 17,158 sq ft (1,594 sq m)
Third Floor - 13,972 sq ft (1,298 sq m)
TOTAL - 50,322 sq ft (4,765 sq m)
Terms
Terms - Available on application
Specification
- Targeted BREEAM rating of excellent
- Targeted EPC rating of A
- Large flexible open plan floor plates with a 1.5m planning module
- Ceiling mounted VRF air conditioning
- Fully accessible raised floor throughout with a 150mm clear void
- LED lighting with passive infrared occupancy detection