
| 🟧 Number of buildings | 8 |
| 🟧 Number of floors | 6–16 |
| 🟧 Construction technology | monolithic-frame |
| 🟧 Communications | electricity, water, natural gas, sewage |
| 🟧 Cadastral number | 01.12.12.001.428, 01.12.12.001.429, 01.12.12.001.430 |
| 🟧 Elevator | yes |
| 🟧 Infrastructure | recreational area, children's playground, swimming pool, padel court, gym |
| 🟧 Parking | underground parking |
| 🟧 Security & Safety | 24/7 CCTV |
| 🟧 Apartment renovation | green frame |
Monolith New Depo residential complex in Tbilisi stands out for its rational architectural organization and attention to detail. The project combines its exterior appearance with a clearly structured interior, where planning and functional elements are guided by practicality and the logic of everyday use.
Monolith New Depo residential complex is located at 3–8 Vakhtang Ninua Street in the Nadzaladevi district. This part of Tbilisi offers views of green hillsides and the urban landscape. The immediate surroundings contain abundant vegetation, while an extensive network of walking routes passes through landscaped areas. The district has a quiet character: there is no intensive industrial traffic or heavily congested noisy road nearby.
Kikvidze Park is less than a ten-minute walk away. Its territory includes walking paths and shaded alleys lined with trees and other vegetation. A river flows through the park, distinguishing it from ordinary urban green spaces. The paths are used for morning jogging and leisurely walks, while separate areas are suitable for sports and outdoor recreation.
The park is visited for family walks, meetings with friends, or quiet relaxation after a busy day. Shaded sections are suitable for unhurried leisure, while open paths can be used for walks at different times of the day.
The main road is located approximately half a kilometer from the complex. From there, residents can continue by private car to different parts of the city.
Public schools Nos. 11 and 12 operate in the Nadzaladevi district. Private educational institutions include Pegas School, Lampari, and New Higher Education Institute. A city library supplements the educational infrastructure and can be used for independent study, reading, and self-education.
Medical infrastructure includes Evex and Samshobiaro hospitals and clinics. Spar, Nikora, and Marshe supermarkets operate near the complex for everyday shopping.
Nearby are cafés, restaurants, and bars in different price categories. A water park is available for family recreation. Guram Tokhadze Tennis Club has training courts where professional instructors conduct lessons.
Banking services are provided by branches of TBC Bank and Liberty Bank. Service stations, car dealerships, and gas stations operate for motorists.
Didube and Gotsiridze Metro Stations are located within a radius of one kilometer. Reaching the metro takes only a few minutes, after which passengers can continue to different parts of Tbilisi.
By car, the journey to the central streets and key destinations of the capital takes approximately 15–20 minutes.
The nearest stop for bus No. 369 is located 310 meters away. Another stop is approximately 800 meters away on Tsotne Dadiani Street. Bus routes Nos. 317, 323, 333, 362, 370, 381, 386, 394, and 395 pass through it. Minibus routes include Nos. 416, 431, 504, 507, 512, 517, 529, 531, 532, and 550. The minimum service interval is ten minutes.
Didube railway station and bus station can be reached on foot in fifteen minutes. The drive to Shota Rustaveli International Airport takes approximately half an hour.
The buildings of Monolith New Depo residential complex are being constructed using monolithic frame technology. The structural system was developed with consideration for the climatic characteristics of the region, while proven technologies and high-quality materials designed for long-term use were selected for construction. Their characteristics are associated with maintaining the technical performance of the structures and reducing future maintenance costs. The architectural design of the façades is developed in parallel with the technical part of the project.
The roof is flat and equipped with a drainage system. Rainwater is removed from the roof surface in an organized manner, reducing prolonged exposure of the exterior structures to moisture. The roof assembly is designed to preserve its integrity and appearance over a long period without frequent major intervention. Monolith New Depo consists of eight buildings ranging from 6 to 16 storeys. The buildings have elongated rectangular outlines and are positioned at different angles relative to one another; some sections are connected at right angles. Some buildings extend along the outer boundaries of the site, while others face the inner part of the complex. Long straight façades alternate with shorter side sections. Taller buildings are distributed across several parts of the development, with lower-rise buildings positioned between them. Gaps remain between neighboring buildings, while pronounced internal corners appear where sections change direction.
The façades combine warm brown surfaces with dark graphite sections. Vertical bands extend from the lower floors to the roof and define the main division of the elevations. Large glazed areas and rows of open balconies are placed between them. Horizontal floor lines are visible on the longer sides, while the end façades appear more solid and contain fewer projecting elements. On some ends, continuous surfaces in a warm wood tone predominate, while the main façades feature a more fragmented grid of openings. In the darker sections, windows and balconies are arranged in dense vertical rows. The balconies are integrated into the general façade grid and arranged in regular rows. Dark railings run along the outer edge, while deep openings separate the balcony sections from the main façade plane. In certain sections, the horizontal lines are interrupted by wide vertical inserts in a warm wood tone. Narrow strips of glazing appear at some corners, continuing from one side of the building to the other. Dark surfaces inside the balcony recesses continue the main graphite palette of the façades.
The first floors are distinguished by larger glazed surfaces and a different rhythm of façade divisions. In some buildings, glazing extends along a substantial part of the lower level. Above this begins a regular grid of windows, balconies, and vertical elements. The upper levels are completed by an even roofline; individual panels and parapets continue the façade divisions to the top. The same vertical bands and dark balcony openings are retained on the lower-rise buildings. At the base, glazed areas alternate with more enclosed gray surfaces, while the entrances are expressed as separate vertical sections. Glass panels on the first floors are divided by thin vertical mullions, and the solid sections of the base are finished in a more restrained gray palette.
Façade illumination is planned for the evening. Warm light is visible in the window openings, on the balconies, and at the lower levels of the buildings. On the inner sides of the buildings, illuminated sections are distributed across the floors between dark vertical bands, maintaining the regular façade pattern. Separate lighting is planned for the courtyard and common areas.
Engineering systems include water supply, heating, and fire suppression. High-capacity low-noise elevators operate between floors. The equipment is designed for regular use and fast movement between levels. Enhanced sound insulation is provided for the premises. The entrance areas have increased width. Stroller storage areas are provided on the first floors, while the organization of entrances takes into account the needs of families with children and people with reduced mobility. Passageways to the internal premises are designed for free movement without unnecessary obstacles. An intercom system is provided for access control, allowing residents to receive calls remotely and open the entrance for visitors.
The lobbies and entrance areas are finished with high-quality natural materials. The interiors are characterized by clean lines and a moderate amount of decorative detailing. The finishes are designed for significant daily use and long-term preservation of their original appearance. Materials are selected with consideration for regular use of common areas, while the restrained style is maintained across the main surfaces and individual interior elements.
A landscaped courtyard with lawns, pedestrian paths, and groups of plantings is arranged between the buildings. Around 30% of the project territory is allocated to landscaping. Trees and shrubs are planted along walkways and driveways, flower beds are laid out, and separate areas are occupied by open lawns. Plantings are arranged in strips along the edges of the paths and in corner sections. Pedestrian routes lead to the buildings and cross the central part of the courtyard; bicycle paths are also included in the project.
The swimming pool is located in the central part of the courtyard among landscaped areas. It has an elongated rectangular shape. Sun loungers and umbrellas are installed along its edges, with paths and planted strips running nearby. The lawn is divided into several sections by straight walkways, while shrubs and young trees grow along the boundaries. A hard-surfaced area is arranged beside the pool and adjoins the open green section. Separate areas and a public space are provided for quiet recreation. The children’s playground has an enclosed format and is equipped with swings and play structures holding the necessary safety certificates.
A gym and padel court are provided for sports activities. The gym contains exercise equipment and a designated area for regular workouts. Padel is played in pairs, with two players on each side; the court is enclosed by glass panels around its perimeter. Landscaping continues along the outer perimeter of the buildings. Wide strips of shrubs, flowering plants, and trees run in front of the first floors and are separated from the driveway by a pedestrian walkway. Flowering sections alternate with denser shrubs, while trees are planted in separate rows. Pedestrian routes curve around the planted areas, lead to the entrances, and cross the lawns. Crossing markings are applied where the paths meet the driveways; vehicle and pedestrian routes run alongside each other in certain sections.
The lower floors are partially occupied by commercial premises. Long storefront glazing is visible from the driveway, facing the sidewalks and landscaped areas. The display windows extend along the lower level in separate sections and adjoin wide pedestrian areas. The internal infrastructure includes retail facilities and everyday services. Separate storage rooms are provided for personal belongings. Near one of the buildings, a sloped entrance to the underground level is visible, separated from the adjacent walkway by a curb and railing. The ramp runs along the side of the building.
The underground parking facility is equipped with a fire suppression system, lighting, and ventilation. Parking spaces are intended for residents. The enclosed underground area protects vehicles from precipitation and direct exposure to weather conditions. Surface driveways run between the individual buildings and lead to the internal entrances.
The complex is planned to have 24/7 security and a centralized video surveillance system. Cameras cover the entrances and common areas.
Monolith New Depo offers studios and one-, two-, three-, and four-room apartments ranging from 30 to 124 m². The layouts differ in the number of rooms, floor area, and internal organization. The plans were developed with rational use of space in mind, while the public and private areas of each apartment are distributed according to everyday movement patterns.
High ceilings alter the proportions of the interior, while wide window openings with energy-efficient glazing increase the amount of natural light. Open balconies can be used for outdoor relaxation or as a small garden. Apartments are delivered in Green Frame condition. By this stage, the main preparatory work has been completed and the premises are ready for final finishing. The walls are plastered and prepared for painting or wallpapering. The floor and ceiling are brought to a stage after which parquet, laminate, or tile can be installed.
Engineering utilities are already distributed throughout the apartment by the time of handover: electricity, water supply, heating, and sewerage are connected. The owner only needs to paint or wallpaper the walls, install the selected flooring and tiles, fit plumbing fixtures, and install interior doors. Materials, equipment, and interior design details are chosen independently.
Several payment options are available for purchase. More favorable financial terms apply to a one-time payment. Buyers can use an installment plan for up to three years under a 10/10/80 scheme or choose a five-year option under a 10/10/10/70 scheme. Bank mortgage financing is also listed among the available options.
Sales office consultants provide information about apartment characteristics, purchase terms, and handover dates. Buyers can clarify the parameters of the selected payment method, the purchase procedure, and details of a specific property option. The sales office address and contact number are available on the official website.
Monolit Group has been operating since 2013. The company is involved in the design, construction, reconstruction, and renovation of projects of varying levels of complexity. Its areas of activity include the construction of apartment and commercial buildings as well as the installation of engineering networks. Specialists work with gas supply and water systems, ventilation units, and security systems. The scope of work covers the full cycle, from project development to construction and engineering stages.
The development of Monolit Group is associated with improving construction quality and introducing new technical methods. Energy-efficiency requirements are taken into account when selecting materials. Their use is aimed at reducing operating costs and limiting the environmental impact of buildings. Durability and the cost-efficiency of future property maintenance are among the parameters considered at the project preparation stage. As technologies evolve, the company reviews the technical methods and approaches used in material selection.
The exterior appearance of buildings is developed with consideration for architectural design requirements. Buyers increasingly pay attention to the expressiveness of façades, so different artistic techniques are used in projects. Work with proportions, lines, and decorative elements helps give individual buildings their own visual identity and distinguish them from the surrounding development. The functional purpose of the building and the character of the specific project are taken into account when designing the façades.
The Monolit Group portfolio includes several residential complexes at different stages of completion. In the company’s projects, monolithic frame technology is used as the main structural method. Its characteristics are designed for increased strength and resistance to seismic impact, while the structural parameters are intended for long-term operation.
A separate area of Monolit Group’s activity is the reconstruction and restoration of culturally significant properties. Completed works include the restoration of the Kote Marjanishvili House Museum in Kvareli. The company was also involved in restoring wall paintings and frescoes in the Vardzia Cathedral.
For sale are studios, 2-room, 3-room, 4-room.