Urban Abode
1.79 Acres
3,77,580 Sq.ft
Velimela, Hyderabad
Residential Apartments
Urban Abode in Hyderabad is envisioned as a mid-rise residential community that negotiates density with spatial quality, creating a living environment where light, ventilation, and everyday comfort remain central to the design. Spread across approximately 1.9 acres with a built-up area of 3.9 lakh square feet, the development accommodates 230 units across 17 floors, with efficiently planned 2BHK and 3BHK configurations arranged at a density of 14 units per floor.
The architectural language is defined by a rhythmic, rectilinear façade that is softened through the integration of planters, allowing greenery to become an inherent part of the built form rather than an applied layer. This green-woven envelope not only enhances visual porosity but also contributes to thermal comfort and a stronger connection between the interior spaces and the external environment.
The planning emphasizes clarity in circulation and optimal space utilization, ensuring that each residence benefits from natural light and cross ventilation despite the compact footprint. At the ground and intermediate levels, the project introduces a series of recreational and wellness-driven spaces, including landscaped gardens with shaded pergolas, dedicated children’s play areas, sports facilities, and both indoor and outdoor fitness zones, creating a balanced lifestyle framework.
Additional amenities such as a rooftop restaurant, indoor game zones, and a multipurpose hall extend the social experience vertically, reinforcing the idea of a cohesive community within a layered built structure. Material expression remains contemporary and restrained, allowing the interplay of greenery, light, and form to define the overall character. Urban Abode ultimately reflects a design approach that transforms conventional mid-rise housing into a more breathable, connected, and adaptable urban habitat—where architecture supports diverse lifestyles while maintaining a strong sense of community and environmental responsiveness.