丨乌克兰基辅

Lucky Land

Mixed-use development, Kyiv

Lucky Land

Lucky Land is a city within a city. Six blocks have 23 residential buildings with various architectural solutions and height capability, corresponding to the general concept. The project also includes underground and surface car parks, active mixed-use ground floors, a medical centre, a school, and a park.

326 400

м

2

Square meters

2021

Timeline

Build

Status

Human

With the emphasis on the high-quality landscaping of the territory, the idea of psychological comfort for residents is to be implemented. The residential quarters are planned in line with European cities. The environment is organized so that it is pleasant to move around and live. Approaching comfort with respect to difference and diversity, the whole territory and access to buildings will be organized in accordance with the principles of inclusiveness.

Business

Lucky Land is not just a residential area on the outskirts of the city, but a full-fledged architectural environment that will form a new urban centre with its emergence. With active ground floors, on which, in addition to commercial space, co-working spaces are planned. Thus, we are showcasing a new way of life, where everything you need for life and work is within walking distance.

Urban

The complex has “smart” streets with separated traffic lanes for pedestrians, cars, vehicles and cyclists, green parking lots, charging stations for electric cars, as well as smart lighting — energy-saving LED lights. Courtyards, playgrounds and all amenities will be designed individually and with the integration of wi-fi points, charging gadgets and emergency call buttons.

Service types

Predesign

Design

Detailed design documentation

Client

DIM

Location

Ukraine, Kyiv, 6 Berkovetska St

Objective

Сreate a residential complex that will be a new regional urban city center and will correspond to the modern lifestyle, when everything you need to live and work is within walking distance.

Challenge

Implement the concept of "city decentralization".

Team:

Popov A., Chernova O., Chuchupalova V., Morenko M., Koptev A., Shumakova P.