CASE STUDY
CASE STUDY
The Buckley A Precinct, specifically Superlot BA29 in Hobsonville Point, represents a model of modern urban living. Developed in 2019 by Universal Homes in collaboration with Construkt Architects, this project includes a wide variety of housing options, from one-bedroom apartments to six-bedroom terrace homes. This thoughtfully designed community combines elegance, functionality, and affordability to meet diverse resident needs.
KOROK® Intertenancy Terraced Housing Systems: Enhancing Fire Safety and Acoustic Performance
A standout feature of Superlot BA29 is the use of KOROK® Intertenancy Terraced Housing Systems, specifically designed for terraced homes. These systems offer unparalleled fire resistance and sound insulation, elevating the safety and comfort of residents.
Architectural Innovation by Construkt Architects
The architectural brilliance of Construkt Architects shines through in this development. The Superlot BA29 showcases terraced homes and garden apartments, with features such as expansive balconies, full-height windows, and distinct gabled frontages that create visual appeal while ensuring privacy. The design contributes to a welcoming, community-focused streetscape, enhancing the overall living experience.
Quality Construction by Universal Homes
Universal Homes, known for its commitment to precision and quality, transformed Construkt Architects’ vision into a reality. Their expertise in construction ensured that each home in Superlot BA29 meets the highest standards of safety, durability, and comfort.
Why Choose KOROK® Systems?
KOROK® panels deliver superior fire protection and acoustic performance in terraced housing projects like Buckley A Precinct’s Superlot BA29. The innovative design ensures long-lasting structural integrity, providing residents with safety, peace of mind, and enhanced living comfort. For more information on how KOROK® Intertenancy Systems can benefit your next project, contact us today.
In terraced housing and town houses, conventional framed wall systems rely on the internal linings for fire-resistance. Penetrating these linings potentially destroys the fire-rated barrier.