Dago Escape Villa
PROJECT DESCRIPTION
Dago Escape is a hillside villa in Dago Pakar, constructed on a steep 30-degree slope with a focus on structural efficiency, environmental sensitivity, and long-term durability. The project translates a light architectural concept into a stable and resilient structure that responds directly to challenging site conditions.
Every construction decision supports the balance between minimal land intervention and structural performance.
Location
Dago Pakar, Bandung
Year
2025
Land Area
696 m²
Type
Hotel, Villa, Resort
Project
Contractor
The primary structure is elevated on a stilt system, allowing the building to adapt to the slope without extensive excavation or retaining walls. This approach reduces soil disruption while maintaining the natural drainage and stability of the site.
Foundations and vertical supports are carefully engineered to anchor the structure securely into the hillside, ensuring stability across varying load conditions. Floor systems and terraces are designed to extend outward while maintaining structural integrity, allowing for open views and layered outdoor spaces.
The stepped configuration follows the terrain, distributing loads efficiently and creating a stable relationship between built form and landscape.
MATERIAL STRATEGY AND DURABILITY
Material selection responds to both climate and exposure. Exterior elements are specified to withstand moisture, temperature variation, and long-term weathering typical of highland environments.Structural components are coordinated with finishing systems to maintain consistency and performance.
Decking, railings, and semi-outdoor surfaces are detailed to manage water runoff and prevent deterioration over time. The integration of vegetation requires careful waterproofing and drainage strategies, ensuring that planted areas coexist with the structure without compromising durability.
ENVIRONMENTAL PERFORMANCE AND COMFORT
Passive design principles are embedded throughout the construction. Elevated floors allow air to circulate beneath the building, reducing heat buildup and improving thermal comfort. Open terraces and large openings promote cross ventilation, minimizing the need for mechanical cooling. Roof overhangs and shaded areas protect interiors from direct sunlight while maintaining natural brightness. The result is a structure that performs efficiently within its environment, supporting both the architectural vision and the long-term usability of the villa.
PHOTO GALLERY
A project of this depth deserves to be seen in full. We've brought together a complete visual record of Dago Escape Villa, every material, every view, every detail, for you to explore at your own pace.
