Find Your Dream Home at Petra Heights
Every aspect of the Petra Heights has been carefully curated by considering every detail. We have a range of 1, 2 and 3 bedroom apartments perfect for couples, families, and friends looking to share.
The open-plan living and dining area is flooded with natural light from the floor to ceiling windows. The stylish kitchens are fully integrated with oven, hob, along with an integrated fridge/freezer and dishwasher. Enjoy year-round comfort with underfloor heating installed throughout the entire apartment. Some apartments benefit from private balconies offering additional outdoor space.
The bedrooms offer a space to relax and unwind and all are fitted with built in wardrobes. The bathrooms are fully tiled with built in niches for storage and ambient lighting. Each apartment showcases exposed concrete walls, intentionally designed to create a sleek, contemporary aesthetic with real architectural character.
A Landmark of Modern Craftsmanship and Sustainability
This building showcases a groundbreaking approach to modern construction - using 725 tonnes of natural basalt stone from Norway to create 596 columns and lintels that form its striking structural exoskeleton.
Unlike most contemporary buildings, it stands entirely on stone, with no steel reinforcement or secondary structure.
The first 10-storey, load-bearing stone building since the great stone cathedrals.
Built for the Future
Basalt was chosen not just for its beauty, but for its exceptional strength and fire resistance, proven through rigorous British Research Establishment testing. Its performance allows half the volume of material needed compared to traditional limestone, delivering impressive carbon savings - around 80% less than a steel frame and 55% less than a concrete frame.
Sustainable Design, Timeless Appeal
The result is an architectural landmark that redefines sustainable urban living - a modern home built from volcanic stone, designed to last for generations while dramatically reducing environmental impact. It’s a bold rethink of materials, turning stone from mere cladding into the core structure of a resilient, low-carbon building.