Offices Racławicka Point

Racławicka Point is an office building located in Warsaw’s Mokotów district, at 93 Racławicka Street, on the corner of Wołoska and Karwińska Streets. The total leasable area of this 8-storey property amounts to 2,287 sqm. The investment enjoys strong tenant interest, who appreciate its main advantages: location, visibility, intimate character, and distinctive architecture. Tenants of the building also have access to 51 parking spaces.


The property at Racławicka 93 offers access to various amenities such as a café, fitness club, beauty salon, and several retail outlets. Racławicka Point successfully combines image-oriented needs with the creation of an efficient work environment and access to modern office spaces. Tenant safety is ensured by a BMS management system and professional on-site security supported by AI, providing controlled access to the building. The property is equipped with the latest technological and technical solutions. For the comfort of the most demanding tenants, the building features raised floors, suspended ceilings, an air-conditioning system with humidifiers, operable windows, and extensive glazing providing abundant natural daylight.


The offices at Racławicka Point are situated near one of Warsaw’s most popular retail and entertainment centers – Galeria Mokotów. Its excellent location at the intersection of Racławicka and Wołoska Streets ensures smooth transport connections even during rush hours. In the immediate vicinity, there is the Wołoska bus and tram stop, while a 10-minute walk is enough to reach the Racławicka metro station or Żwirki i Wigury Street.

In 2024, the building’s lobby underwent renovation and modernization. The traditional lobby was replaced with a space featuring innovative design, and a virtual reception desk supported by artificial intelligence has become the building’s new hallmark. The project complies with ESG principles, which are increasingly a priority for conscious tenants. This solution enables remote management of building systems, leading to lower energy consumption and more efficient resource use.