Our residential complex 'Rohlands Hof' has the perfect apartment to offer for every circumstance. All of the floor plans are functional, while the interior finish of the apartments combines timeless design with sustainable quality. The communal outdoor area with playgrounds and comfortable seating invites you to relax and meet up with neighbours.
To the northwest of Leipzig’s city centre is the district Möckern. The area is distinguished by the 'White Elster' river in the south and a gorgeous meadow landscape that runs through Leipzig. The central transport route of the district is the east-westbound road, Georg-Schumann-Straße.
In recent years, the district of Möckern has been comprehensively upgraded. Vacant Wilhelminian style buildings and old factories from the post-war years have been continuously renovated to create contemporary and attractive living space.
Our prestigious residential complex will be built on the site of the former brewery and inspiration for the name of the development: Ed. Rohland, on a quiet cross-road to the central Georg-Schumann-Straße.
The connection to public transport by bus, tram and a suburban rail line is excellent thanks to the expansion of the main traffic route last year. It is possible to reach the city centre in ten minutes. Thanks to the new cycle paths, you can reach the heart of the city just as quickly by bike.
The nearby lake 'Auensee' invites you to relax with its sunny lawns, playgrounds and historic miniature railway. The elaborately designed cycle paths along the river landscape make a bicycle tour with the family a must.
Ecologically and economically sustainable construction is carried out according to our strict requirements. Protecting nature and the environment are forward-looking factors which have been taken into consideration in the building by reducing energy needs and using recyclable building materials and a space-saving construction.
Are you interested in aprivate apartment in Leipzig-Möckern?
We would be more than happy to provide more detailed information.