Pápay Park

Pápay Park

2024
Budapest, IX. district
Geographical location
Budapest, IX. district, Magyarország
Design year
2024
developer
Indotek
project size
20 300 m^2
cost
18 000 000 EUR
number of units
170 db
architects
Fernezelyi Gergely DLA, Reisz Ádám, Varga-Koritár Krisztián, Kőrösi Kitti, Pásztor Ivett, Berkeczi István, Dénes Filip, Gál-Tóth Alpár, Horváthné Maróti Katalin, Perjési Lilla, Rippel Veréna, Szendrői Júlia, Tóth Ádám, Tőzsér Erika

Pápay Park is a contemporary, urban-scale residential development that integrates functionality, architectural quality, and sustainability within a unified approach.

Urban regeneration and integration

Pápay Park is located in a former industrial area of Budapest’s 9th district, which has undergone gradual urban regeneration in recent years. The development is sensitively integrated into the transforming urban fabric, introducing a new residential function that adapts to the surrounding mix of building ages and uses. Through its public spaces and inner courtyards, it subtly responds to the layered character of the site.

Architectural character and material use

The building complex features a restrained yet deliberate massing that fits well into the rhythm of the surrounding urban fabric. The street-facing façade, clad in light brick, gives an elegant appearance, while the garden-side plastered and dark brick surfaces create a more intimate atmosphere. Differences in materiality and massing subtly define the boundary between public and semi-private zones, forming a coherent architectural language.

Apartment layout and spatial organization

The apartment layout is defined by optimal daylight access and natural cross-ventilation. Bright circulation spaces and atrium-like interior areas provide visual connections to the central semi-public green park, which serves as a natural meeting point for the residential community.

Sustainability and Energy Efficiency

Environmental awareness is an integral part of the architectural concept: heat pump-based heating and cooling, an energy rating of class BB, and the use of renewable energy sources ensure sustainable operation, becoming an inherent part of the building’s overall design approach.