More natural light
8% additional lighting in docking zones
Maczki Bór, Silesia, Poland
7R Park Sosnowiec II (Maczki Bór) is a modern Class A logistics and warehousing park offering approximately 58,400 m² of leasable space (GLA) within a single building. The project was designed for companies engaged in logistics, distribution, and light manufacturing that are seeking efficient and flexible operational space.
The facility offers units starting at approximately 3, 500 m², allowing the space to be tailored to tenants’ diverse needs, both in terms of the scale of their operations and the specific nature of their processes. The building’s functional layout supports the smooth organization of warehouse operations and the efficient use of available space.
7R Park Sosnowiec Maczki Bór is located in Sosnowiec, within the eastern part of the Upper Silesian-Zagłębie Metropolis, one of the largest and most industrialized regions in Central and Eastern Europe.
The location offers excellent access to transportation infrastructure:
Another advantage is access to public transportation. A bus stop is located approximately 550 meters from the development, which makes it easier for employees to commute to work every day.
The development is situated in a well-established industrial zone home to numerous plants and companies operating in the region. Combined with access to a skilled workforce and an extensive transportation infrastructure, this location offers ideal conditions for logistics and manufacturing operations.
Specifications
Location
3D model of the object
Site plan

Materials
The standard of the future
8% additional lighting in docking zones
's efficient lighting control. Lower OPEX and better energy consumption management.
K360 standard, 4.1 bar. Better risk mitigation and the ability to store a wider range of goods.
Required qE50 parameter, verified by a blower door test. Lower heat loss and higher energy efficiency.
Air exchange calculated individually. Savings
on heating and improved
workplace comfort.
900 mm instead of 600 mm. Optimized heating costs and more efficient operation of the loading area.
FAQ
Contact
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