370 datasets
Urban Redevelopment Authority GeoJSON of indicative monument building outlines under Singapore’s Special and Detailed Control Plan (SDCP). Heritage planners and GIS users locate national monument footprints and overlay them with conservation and street layers.
GEOJSON annotation layer from the Urban Redevelopment Authority labelling monument numbers within the Singapore Development Control Plans. Heritage researchers and planners can link conserved buildings to SDCP map context alongside other conservation datasets.
GEOJSON layer from the Urban Redevelopment Authority showing indicative rooftop landscape polygons within the Singapore Development Control Plans. Urban planners and researchers can analyse green roof coverage, building amenity zones, and spatial planning context alongside other SDCP layers.
GEOJSON polygons delineating landed housing areas under URA’s statutory development control planning, with coverage from April 2011. Property and planning analysts overlay landed housing zones on wider land-use maps.
GEOJSON text annotations labelling landed housing areas in URA’s statutory development control planning framework from June 2012. Cartographers pair labels with polygon layers for map production.
URA Strategic Development Control Plan layer showing indicative lines for interim park connectors and promenade networks across Singapore, published in GeoJSON from April 2011 onward. GIS users and planners can overlay the corridor geometry for green connectivity studies, park connector routing, and SDCP-related urban design review alongside other Master Plan layers.
GeoJSON polygons from the Urban Redevelopment Authority showing indicative Good Class Bungalow Area (GCBA) boundaries under the statutory development control plan. Property researchers and planners map Singapore’s low-density landed housing zones for land-use and planning studies.
GeoJSON boundary polygons from the Urban Redevelopment Authority’s statutory development control plan, marking conservation areas in Singapore. Heritage and planning professionals use the indicative polygons for built heritage protection, urban design, and GIS overlays.
GeoJSON indicative boundaries for building height control measured in storeys, part of URA’s SDCP planning dataset. The layer pairs with text-storey annotations and AMSL controls to show where storey limits apply across Singapore sites. Urban planners and architects use it in GIS workflows for zoning due diligence, master plan interpretation, and development feasibility studies.
URA SDCP geospatial annotations expressing building height control in number of storeys, published by the Urban Redevelopment Authority in GeoJSON. The text-storey layer complements other height-control plans for map labelling and planning analysis across Singapore. Architects, planners, and developers use it alongside AMSL and storey boundary layers to interpret indicative height regimes when researching sites, zoning, and urban design constraints.
Urban Redevelopment Authority GeoJSON text annotations of building height control limits in metres above mean sea level (AMSL) on the Special Detailed Control Plan, with coverage from January 2013. Architects, developers, and planners read height caps against development parcels in Singapore.
Indicative building height control boundaries expressed in metres above mean sea level (AMSL) from URA’s SDCP planning layers, published in GeoJSON. Complements storey-based height plans for precise elevation analysis in Singapore’s varied topography. Planners, architects, and GIS teams overlay AMSL caps with site models and other URA controls when evaluating development potential and aviation or drainage constraints.
Urban Redevelopment Authority GeoJSON point annotations of MRT station names for Special and Detailed Control Plan mapping from March 2011. Cartographers and planners label rail stations on Singapore planning map products.
GeoJSON layer from the Urban Redevelopment Authority’s Master Plan 2014 statutory development control plan (SDCP), showing indicative waterbody area boundaries across Singapore. Planners and GIS users overlay the Activity Waterbody zone with other MP14 layers to interpret planning constraints near reservoirs, canals, and coastal waters.
Indicative geospatial line work from the Urban Redevelopment Authority showing activity belts at basement level within Singapore’s SDCP planning framework, distributed in GeoJSON. Planners and GIS users can overlay the layer with master plan and transport data to study underground activity corridors, retail or service intensity zones, and vertical urban structure. The dataset supports URA planning research and location-based discovery of basement activity planning controls.
URA GeoJSON indicative polygons for sites with conserved buildings under Singapore’s heritage planning framework. Heritage planners and property analysts map conservation sites and development constraints for built heritage protection.
Urban Redevelopment Authority GEOJSON of indicative park and open space polygons from the Parks and Waterbodies Plan, a Special and Detailed Control Plan under Master Plan 2019. Planners and GIS users map green space provision across Singapore with this layer, noting that the information was superseded by the Draft Master Plan 2025 in June 2025.
Urban Redevelopment Authority GeoJSON of indicative cycling-path alignments in the Connectivity Plan under Master Plan 2019’s Special and Detailed Control Plan (SDCP). Superseded by DMP25 in June 2025. Transport and active-mobility planners retain it for historical cycle-network overlays in Singapore.
Urban Redevelopment Authority GeoJSON indicative footprints of conserved buildings under the Master Plan 2019 Conservation Area and Monuments SDCP, with coverage from April 2025. The publisher notes the information was superseded by DMP25 in June 2025. Heritage and planning GIS users reference conserved building outlines in Singapore.
Urban Redevelopment Authority GeoJSON layer of indicative building footprint polygons issued as an amendment to Singapore's Master Plan 2014, with coverage from October 2019. The polygons show approximate building outlines intended as a planning basemap reference rather than a survey-accurate cadastre. Planners, architects, and GIS developers overlay the footprints with land-use zoning, plot ratio, and conservation layers to study built form and site context. The layer also supports urban-morphology analysis and helps visualise amendments made after the original Master Plan 2014 gazette.