USUrban Splash·2 bedroom apartments

3Towers

Development

Sylvia, 3Towers, 104 Dalton Street, Manchester, M40 7ED · View on map

3Towers is a new-build development by Urban Splash at Sylvia, 3Towers, 104 Dalton Street, Manchester M40 7ED. It has 2-bedroom apartments across 1 property type, with prices from £149,950. 1 home is currently available.

Prices from£149,950
First move-insTBC
Property types1
Homes available1
Tenure -
Warranty -

Prices and availability updated 18 October 2026 by Urban Splash.

Property types at 3Towers

Each type has its own floorplan and specification. Open a type to see full details and availability.

2 bedroom apartment (Type C)ApartmentApartment 503 is a spacious city facing 2 bedroom apartment available to buy in the Sylvia building of the 3Towers development with a parking bay included. Sold furnished, 688 sq ft (63 sq m), available now.
2 bed63 m²Allocated space
From£149,9501 available

About the development

The 3Towers are located on the edge of Manchester city centre. One and two bedroom spacious apartments with floor to ceiling windows and views overlooking Manchester city centre or the Irk Valley. The towers are named after the Pankhurst family (Emmeline, Christabel and Sylvia), were redesigned and reclad by architects Union North, and are a ten minute walk from the Northern Quarter. Ground floor apartments have private gardens and secure car parking is available.

Key details

Homes on site
-
Phases
1
Tenure
-
Warranty
-
Heating
-
EV charging
-

Location

About the developer

US
Urban Splash

Urban Splash is a Manchester-based regeneration company founded in 1993 that creates places for people to live and work, converting former industrial buildings and building new neighbourhoods. Its residential arm sells and rents houses and apartments at schemes including New Islington in Manchester and Irwell Riverside in Salford, with other projects in Birmingham, Sheffield, Bristol and Plymouth. The head office is at Timber Wharf in Castlefield.

See all 1 developments by Urban Splash →