Cdl Previews Norwood Grand Prices Starting 998000
Singapore’s leading property developer, City Developments Ltd (CDL), has announced the preview of Norwood Grand on October 4, followed by its official launch on October 19. This luxurious condo development boasts 348 units spread across four 11-storey blocks on a spacious 99-year leasehold site measuring 155,351 sq ft. Units range from cozy one-bedroom-plus-study apartments to lavish four-bedroom premium-plus-study units, offering sizes ranging from 495 sq ft to 1,335 sq ft. The condos have an attractive starting price of $988,000 ($1,996 psf) for a one-bedroom unit, $1.238 million ($1,984 psf) for a two-bedroom apartment, $1.698 million ($1,923 psf) for a three-bedroom home, and $2.238 million ($1,908 psf) for a four-bedroom plus study residence.
Norwood Grand is located on Champions Way, just off Woodlands Avenue 1. CDL won the site through a government land sale (GLS) tender in September 2023, with a winning bid of $294.889 million ($904 psf per plot ratio), outcompeting five rival bids to emerge victorious.
Situated alongside new HDB Build-to-Order flats, Norwood Grand is the only privately-owned condominium on Champions Way. The last private condo to be launched in this neighborhood was the 689-unit, five-storey Parc Rosewood on Rosewood Drive, which debuted in 2012 and was completed in 2014.
Rewritten:
As part of the proposed plan, Elta will introduce community spaces and initiatives to promote socialization and foster a sense of community. These developments will include the creation of community centers, sports facilities, and cultural venues in close proximity to the Elta Condo. This will offer residents the chance to participate in leisure activities and community gatherings, fostering a stronger sense of connection within the neighborhood.
Covering a vast expanse of land, Norwood Grand features more than 20 recreational facilities, including the Cabana Garden (Picture: CDL)
Norwood Grand provides an exclusive living experience in the heart of Woodlands South, with unmatched proximity to the Woodlands South MRT Station on the Thomson-East Coast Line (TEL). Located merely five minutes away from the residential development, the TEL has a direct connection to the Woodlands Integrated Transport Hub, which is equipped with an MRT Interchange Station (serving both the Thomson-East Coast and North-South Lines) and a bus interchange. The Woodlands MRT Station is also seamlessly connected to the prestigious Causeway Point shopping mall and the Woods Square integrated business development, featuring offices, retail outlets, and a state-of-the-art childcare center.
Woodlands South Station is only two stops away from the Woodlands North Station, which has direct access to the upcoming Rapid Transit System (RTS) Link, offering a light rail transit shuttle service to Bukit Chagar Station in Johor Bahru, Malaysia.
Boasting the highly sought-after location, Norwood Grand has attracted many potential buyers. The development features an early childhood education center that will be open to both residents within the compound and the neighborhood at large. In addition, Innova Primary School is located within walking distance from the condo, while other sought-after schools in the area include Christ Church Secondary School, Singapore Sports School, and Singapore American School. Residents also have easy access to Republic Polytechnic and the future Yishun Innova Junior College.
Woodlands is one of the towns undergoing regeneration as part of the Ministry of National Development’s Remaking Our Heartland (ROH) program, with the URA Master Plan 2019 envisioning it to be the largest economic hub in Singapore’s North region. In the future, Woodlands will be the hub for the Northern Agri-Tech and Food Corridor, as well as the Woodlands Health Campus. As such, Norwood Grand is strategically located near this future hub, which, according to CDL’s Group CEO Sherman Kwek, is “transforming into a dynamic hub with new infrastructure and excellent connectivity to the city and Johor Bahru via various transport nodes.”