Plans have been lodged for two towering apartment complexes in Birmingham city centre, promising significant urban transformation.
- The proposal features two skyscrapers, reaching 41 and 48 storeys, set to house a mix of residential and student accommodations.
- Located at 1 Lancaster Circus, the development aims to rejuvenate an underutilised site adjacent to key city landmarks.
- The project is spearheaded by Sama Investment Group, following extensive consultation and public feedback.
- Anticipated amenities include public open spaces, leisure facilities, and commercial outlets at ground level.
Plans have been submitted to erect two skyscrapers in Birmingham city centre, signifying a major step in urban redevelopment. This ambitious project involves the construction of residential and student housing in two towers, 41 and 48 storeys high, at 1 Lancaster Circus.
Strategically positioned near Aston and Birmingham City universities, the development is tailored to attract students and city professionals alike. The structure will comprise 900 apartments and 700 student units, leveraging its close proximity to these academic institutions.
This significant urban development effort is being driven by Sama Investment Group. The company aims to revitalise a dormant city space, having acquired the former council office site in response to the council’s operational shift due to increased remote working practices.
Additional features spotlighted in the proposal include a gym, spa, cinema room, and multi-use ground-floor space for commerce or leisure. Moreover, a newly integrated pavilion is designed to act as a central point for both residents and the general public.
Bilal Ahmed of Sama Investment highlighted the transformative impacts of the project, stating the scheme would deliver a ‘flagship’ mixed-use development that enhances the local community’s living and recreational environment.
These proposed towers mark an ambitious vision for urban development in Birmingham, promising to fuse residential living with vibrant communal spaces.
