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Residential Complex «FORUM CITY»
FORUM CITY
Total area: 144 082 m²
Architectural concept and design: LEVS
Adaptation of structural and engineering solutions: R1
FORUM CITY is a residential complex designed on the principle of a "city within a city". Buildings of varying heights are unified into a single architectural composition, with the flowing plasticity of the facades continuing in the structure of the internal courtyard, pedestrian spaces and landscaping.
Total area: 144 082 m²
Architectural concept and design: LEVS
Adaptation of structural and engineering solutions: R1
FORUM CITY is a residential complex designed on the principle of a "city within a city". Buildings of varying heights are unified into a single architectural composition, with the flowing plasticity of the facades continuing in the structure of the internal courtyard, pedestrian spaces and landscaping.
Residential Complex "Level Michurinsky"
Project: Level Michurinsky
Location: Moscow, Ochakovo-Matveevskoe
Developer: Level Group
Architecture phases 1–2: SPICH
Architecture phases 3–4: Borisov Architects
Number of storeys phases 1–2: 20–54 floors
Composition phases 1–2: 6 buildings
Key material: aluminium
Facade solution: three-dimensional aluminium cassettes integrated into modular glazing
Architectural concept: movement of water and sunlight reflections on its surface
The complex facades are built on constant interaction between metal and light. Volumetric aluminium cassettes change depth and shade throughout the day, making the architecture appear dynamic and visually connected to the surrounding natural landscape.
Location: Moscow, Ochakovo-Matveevskoe
Developer: Level Group
Architecture phases 1–2: SPICH
Architecture phases 3–4: Borisov Architects
Number of storeys phases 1–2: 20–54 floors
Composition phases 1–2: 6 buildings
Key material: aluminium
Facade solution: three-dimensional aluminium cassettes integrated into modular glazing
Architectural concept: movement of water and sunlight reflections on its surface
The complex facades are built on constant interaction between metal and light. Volumetric aluminium cassettes change depth and shade throughout the day, making the architecture appear dynamic and visually connected to the surrounding natural landscape.
Residential Complex "Dara Residence"
Project: Dara Residence Residential Complex
Location: Astana, Kazakhstan
Architecture: INK Architects
Developer: Sensata Group
Site area: 2.8 ha
Total area: 92,889 m²
Number of apartments: 338
Complex composition: 6 residential towers, business centre and commercial spaces
Key material: pre-painted aluminium
Facade solution: classic aluminium panels and large-format honeycomb elements
Additional materials: limestone, curtain wall glazing
Aluminium adds additional depth and plasticity to the complex's austere architecture. Through the combination of smooth and volumetric metal surfaces, the facade interacts with light in different ways and maintains expressiveness from both close and distant viewpoints.
Location: Astana, Kazakhstan
Architecture: INK Architects
Developer: Sensata Group
Site area: 2.8 ha
Total area: 92,889 m²
Number of apartments: 338
Complex composition: 6 residential towers, business centre and commercial spaces
Key material: pre-painted aluminium
Facade solution: classic aluminium panels and large-format honeycomb elements
Additional materials: limestone, curtain wall glazing
Aluminium adds additional depth and plasticity to the complex's austere architecture. Through the combination of smooth and volumetric metal surfaces, the facade interacts with light in different ways and maintains expressiveness from both close and distant viewpoints.
Residential Complex "Regis Hills"
Regis Hills
Total area: 2,624 m²
Land area: 1.67 ha
Architectural concept: INK Architects
Composition: 11 two-storey townhouses and 3 villas
Location: Almaty, Kazakhstan
Regis Hills is an intimate residential complex in the Remizovka district of Almaty. The architecture develops along a complex terrain and combines panoramic glazing, natural stone, clinker brick and metallic elements, creating a calm contemporary environment connected with the surrounding landscape.
Total area: 2,624 m²
Land area: 1.67 ha
Architectural concept: INK Architects
Composition: 11 two-storey townhouses and 3 villas
Location: Almaty, Kazakhstan
Regis Hills is an intimate residential complex in the Remizovka district of Almaty. The architecture develops along a complex terrain and combines panoramic glazing, natural stone, clinker brick and metallic elements, creating a calm contemporary environment connected with the surrounding landscape.
Interior solutions and facade cladding of Nizhegorodskaya metro station in Moscow
Project: Nizhegorodskaya metro station, Moscow Metro
Location: Moscow
Transport hub architecture: Timur Bashkaev Architectural Bureau
Station design: Lenmetrogiprotrans
Opening year: 2020
Project type: Transport interchange and metro station
Key material: pre-painted aluminium
Application: interior ceiling cladding and facade elements
Additional materials: glass, ceramic tile, natural stone
Architectural approach: combination of neutral metallic surfaces with bold colour accents and integrated lighting
Aluminium forms the calm architectural foundation of the station and helps bright colour elements work as part of the wayfinding system. Combined with light, the metal gives the interior depth and connects the underground space with the contemporary look of the entrance halls.
Location: Moscow
Transport hub architecture: Timur Bashkaev Architectural Bureau
Station design: Lenmetrogiprotrans
Opening year: 2020
Project type: Transport interchange and metro station
Key material: pre-painted aluminium
Application: interior ceiling cladding and facade elements
Additional materials: glass, ceramic tile, natural stone
Architectural approach: combination of neutral metallic surfaces with bold colour accents and integrated lighting
Aluminium forms the calm architectural foundation of the station and helps bright colour elements work as part of the wayfinding system. Combined with light, the metal gives the interior depth and connects the underground space with the contemporary look of the entrance halls.
"Academy of Martial Arts" at the Federal Territory "Sirius"
Project: "Academy of Martial Arts"
Location: Federal Territory "Sirius", Krasnodar Krai
Project type: Sports training complex
Total area: 63,500 m²
Arena capacity: 2,000 spectators
Architect: E. Buslaeva
Key material: Pre-painted aluminium
Facade solution: Large-format aluminium slats with pivot fixing
Additional materials: Glass, metal structures
Architectural approach: Rhythmic metal envelope that changes facade perception depending on viewpoint and light
Large aluminium slats give the facades depth and dynamics, while helping to unite various volumes of the complex into a single composition. In bright southern light, the metal actively plays with reflections and emphasizes the technological character of sports architecture.
Location: Federal Territory "Sirius", Krasnodar Krai
Project type: Sports training complex
Total area: 63,500 m²
Arena capacity: 2,000 spectators
Architect: E. Buslaeva
Key material: Pre-painted aluminium
Facade solution: Large-format aluminium slats with pivot fixing
Additional materials: Glass, metal structures
Architectural approach: Rhythmic metal envelope that changes facade perception depending on viewpoint and light
Large aluminium slats give the facades depth and dynamics, while helping to unite various volumes of the complex into a single composition. In bright southern light, the metal actively plays with reflections and emphasizes the technological character of sports architecture.
Dynamo Central Stadium named after Lev Yashin "VTB Arena"
Project: Dynamo Central Stadium named after Lev Yashin / VTB Arena
Location: Moscow, Leningradsky Prospekt, 36
Project type: renovation of a historic stadium and creation of a multifunctional sports complex
Key material: aluminium
System: aluminium S.Falz standing seam panels from Cladding Solutions
Application: roofing and roof-to-facade transition
Architectural approach: combination of preserved historic facades and modern metal envelope
A smooth aluminium surface becomes the connecting element between historic architecture and the new arena volume. Metal emphasises the complex roof geometry and forms a contemporary silhouette without competing with the preserved stadium facade.
Location: Moscow, Leningradsky Prospekt, 36
Project type: renovation of a historic stadium and creation of a multifunctional sports complex
Key material: aluminium
System: aluminium S.Falz standing seam panels from Cladding Solutions
Application: roofing and roof-to-facade transition
Architectural approach: combination of preserved historic facades and modern metal envelope
A smooth aluminium surface becomes the connecting element between historic architecture and the new arena volume. Metal emphasises the complex roof geometry and forms a contemporary silhouette without competing with the preserved stadium facade.
Decorative frieze made of perforated aluminium at Luzhniki Stadium
Facility: Luzhniki Grand Sports Arena
Location: Moscow
Element type: decorative facade frieze
Concept author: Sergey Choban
Frieze design: Artemiy Lebedev Studio
Art director: Artemiy Lebedev
Primary material: perforated aluminium
Architectural technique: perforations featuring athlete imagery
The Luzhniki Grand Sports Arena frieze became one of the key architectural highlights of the stadium's renovation for the 2018 FIFA World Cup. A strip of perforated aluminium from Cladding Solutions wraps around the arena and forms images of athletes, inspired by the plasticity of ancient Greek vase painting.
The pattern is composed of holes of varying diameters, allowing the metal to function simultaneously as decorative graphics and as a functional part of the facade, providing ventilation. The aluminium used is classified as non-combustible and complies with fire safety requirements.
Location: Moscow
Element type: decorative facade frieze
Concept author: Sergey Choban
Frieze design: Artemiy Lebedev Studio
Art director: Artemiy Lebedev
Primary material: perforated aluminium
Architectural technique: perforations featuring athlete imagery
The Luzhniki Grand Sports Arena frieze became one of the key architectural highlights of the stadium's renovation for the 2018 FIFA World Cup. A strip of perforated aluminium from Cladding Solutions wraps around the arena and forms images of athletes, inspired by the plasticity of ancient Greek vase painting.
The pattern is composed of holes of varying diameters, allowing the metal to function simultaneously as decorative graphics and as a functional part of the facade, providing ventilation. The aluminium used is classified as non-combustible and complies with fire safety requirements.