Apartments

ELEPHANT COAST INTGRATED DEVELOPMENT AGENCY

Apartments

Urban Social Apartment Precinct: Modern, Efficient Living Near Colleges & Employment Hubs

This dynamic social apartment precinct offers a contemporary mix of studio to three-bedroom units, each designed with efficient, space-optimised floorplates that maximise comfort, affordability, and long-term livability. Ideally positioned near colleges, training centres, and major employment hubs, the development supports students, young professionals, and growing families seeking high-quality housing with unmatched convenience.

Community-Centric Living with Shared Green Spaces

Residents enjoy thoughtfully curated communal amenities that enhance daily life and foster social connection:

  • Shared Gardens & Landscaped Courtyards

  • Dedicated Play Spaces for children and families

  • Secure Bicycle Storage encouraging sustainable mobility

These amenities create a vibrant, walkable, wellness-focused environment within an urban setting.

Integrated Services & Neighbourhood Activation

To improve economic accessibility and reduce commuting time, the precinct features:

  • 33 Convenience Shops & On-Site Laundry Services

  • 24 Community Common Rooms for gatherings, learning, after-school programs, and meetings

These facilities anchor a supportive neighbourhood ecosystem tailored to the needs of households and students.

Residential Mix & Density Profile

The development incorporates a large-scale residential footprint to meet high urban demand:

  • 1,888 Two-Bedroom Apartments per Block

  • 792 Three-Bedroom Apartments per Block

Total Social Apartments: 2,680 units
Total Maximum Population: 15,400 residents

This density provides significant scalability for public-private housing programmes, student accommodation demand, and workforce housing frameworks.

Site Infrastructure & Access

  • Open-Air Parking Areas for residents and visitors

  • Stair Access throughout the buildings, maintaining affordability while ensuring efficient circulation

Durable materials and low-maintenance architectural choices support long-term operational efficiency.