Since the first days of Russia’s full-scale invasion, Autostrada has consistently supported the Armed Forces of Ukraine, contributed to strengthening the country’s defence capabilities, and played an active role in Ukraine’s recovery and reconstruction.
Activity
We operate across all regions affected by hostilities, including areas where active combat operations are still ongoing. In frontline regions, the roads and bridges we build and restore serve as vital lifelines, enabling civilian evacuation, access to medical assistance, the movement of military equipment, and the delivery of humanitarian aid.
Autostrada’s road and bridge construction teams often begin work immediately after explosive ordnance disposal units have cleared the area, restoring critical transport links under exceptionally challenging wartime conditions.
Autostrada delivers infrastructure projects of strategic importance to the state, including the reconstruction of complex engineering structures, construction of water supply systems, restoration of road infrastructure, and development of protective structures for critical energy facilities.
ROAD CONSTRUCTION
Autostrada builds and restores Ukraine’s road network. The company provides capital repairs, new construction, and routine maintenance of transport infrastructure.
In 2021, the last year before the full-scale invasion, Autostrada was simultaneously delivering 70 infrastructure projects. Among them was the 125-kilometre Nemyriv–Yampil highway, completed in just 80 days. As of 2026, the company has built and restored more than 6,000 km of roads, supporting reliable logistics across Ukraine amid the ongoing war.
Autostrada operates on a full-cycle model, using materials and asphalt mixes produced at its own facilities. Quality at every stage of construction is ensured by the company’s technical supervision specialists and modern certified laboratories
Earthworks
Excavation, laying of drainage channels, and erection of embankments are carried out during earthworks. Our specialists perform an analysis of the soil system taking into account
Milling
Milling of asphalt concrete pavement is an essential preparatory stage in both major rehabilitation and routine road repairs. Removing the worn upper layer eliminates surface defects and deformations while ensuring strong adhesion between the new pavement layer and the underlying base. The reclaimed asphalt pavement (RAP) produced during milling is reused in recycling processes to strengthen and stabilise the road structure and to construct its structural pavement layers.
Cold recycling
Cold recycling involves reprocessing materials from the existing pavement structure and reusing them in the structural layers of the road base. The technology consists of crushing the existing pavement and adding binding agents to stabilise the recycled material. By reusing existing materials, this method significantly optimises rehabilitation costs while improving the strength and durability of the overall pavement structure.
Asphalting
Asphalt concrete pavement is constructed in accordance with applicable Ukrainian building codes (DBN) and national standards (DSTU). The number of layers, mix composition, and layer thickness are determined by the type of works and the design traffic loads — ranging from a single pavement layer for routine repairs to multi-layer pavement structures for major rehabilitation and new road construction. Asphalt paving is carried out using modern VÖGELE pavers and HAMM rollers, with strict compliance with technological specifications, required temperature ranges, and specified compaction requirements.
Quality assurance
We implement multi-level quality control at every stage of construction. Our certified in-house laboratories test the quality of raw materials and asphalt concrete mixes, while our technical supervision specialists ensure strict compliance with technological requirements and construction procedures directly on site. This comprehensive approach ensures the reliability and long-term durability of every project delivered by Autostrada.
Про Контроль якостіTraffic safety
Autostrada delivers comprehensive road traffic management and safety solutions using its own in-house resources. Our specialists install safety barriers and road signs, construct kerbs, and apply road markings. We also provide comprehensive infrastructure solutions for pedestrian areas designed in accordance with accessibility requirements, public transport stops, pedestrian refuge islands, and road guidance and navigation systems.
Underground construction
Autostrada is the only company in Ukraine with comprehensive expertise in underground construction. The company’s metro construction division brings together experienced industry professionals, dedicated in-house production facilities, and world-class specialized equipment to deliver the full cycle of works for the construction of projects of any complexity.
Key areas of expertise:
- Metro infrastructure construction
- Tunnelling for various applications
- Underground infrastructure construction
We employ advanced underground construction technologies, including Herrenknecht tunnel boring machines (TBMs), Jet Grouting for ground improvement, and diaphragm wall construction. Advanced automated systems for geological and deformation monitoring enable us to operate safely in challenging ground conditions and densely built urban environments.
KYIV METRO: DEMIIVSKA–LYBIDSKA TUNNEL
Autostrada reconstructed the damaged tunnel between the Demiivska and Lybidska stations of the Kyiv Metro. The project involved virtually the full range of metro construction technologies, including the reinforcement of adjacent tunnel sections with a reinforced-concrete lining using shotcrete techniques.
KYIV METRO EXTENSION TO VYNOHRADAR
Autostrada is delivering a major project to extend the Syretsko-Pecherska Line of the Kyiv Metro by 3.78 km from Syrets station.
The project includes the construction of two new stations — Mostytska and Prospekt Pravdy.
Construction combines underground tunnelling with cut-and-cover methods. A key engineering feature is an approximately 1 km-long double-deck tunnel, with tracks arranged on two levels. This solution minimises the impact on existing urban infrastructure and enables construction within a densely developed urban environment.
BRIDGE CONSTRUCTION
Autostrada operates the largest bridge construction division in Ukraine. The company provides a full range of services for the construction and reconstruction of bridges and other engineering structures of any scale and complexity.
All works are performed using our own in-house resources, ensuring consistently high quality, compliance with project schedules, and efficient project delivery.
Unique expertise and capabilities:
- Construction of bridge piers in water
- Installation of complex structures using specialised floating equipment
- Construction in strong currents and challenging ground conditions
Technical capabilities: drilling and piling rigs, specialised floating equipment including pontoon platforms and barges, as well as truck-mounted, crawler, and gantry cranes.
Autostrada’s portfolio includes more than 200 bridges and engineering structures constructed or reconstructed.
KEY STAGES OF BRIDGE CONSTRUCTION
- Engineering Surveys and Design
Comprehensive geodetic and geological surveys followed by detailed engineering design, taking into account hydrological conditions, structural requirements, and design loads.
- Foundations and Bridge Approaches
Construction of shallow or deep foundations, including pile foundations and pile caps. Bridge approaches are constructed in parallel to ensure integration with the surrounding road infrastructure.
- Piers and Superstructure Installation
Construction of bridge piers, installation of pier caps and bearings, followed by erection of reinforced-concrete, steel, or composite steel-concrete superstructures and construction of the cast-in-place deck slab.
- Structural Protection and Bridge Deck Construction
Protective coating and corrosion protection of steel structures, installation of waterproofing systems, asphalt concrete paving, and installation of safety barriers and pedestrian railings.
INDUSTRIAL CONSTRUCTION
WATER SUPPLY INFRASTRUCTURE
Autostrada constructs major water transmission pipelines and modern water treatment facilities to provide communities with reliable access to high-quality drinking water.
The company has extensive in-house capabilities to develop new water supply networks and replace critically outdated infrastructure that has reached the end of its service life.
Through projects delivered by Autostrada, almost 2 million residents of the Dnipropetrovsk and Mykolaiv regions have gained access to reliable supplies of high-quality drinking water.
The construction of new major water transmission pipelines was undertaken in response to the consequences of the destruction of the Kakhovka Hydroelectric Power Plant dam by Russian forces and the destruction of the Dnipro–Mykolaiv water pipeline.
DESIGN & ENGINEERING
Autostrada operates the largest in-house design and engineering institute in Ukraine.
The institute brings together more than 150 highly qualified professionals who develop engineering solutions of any scale and complexity for transport, industrial, and civil infrastructure projects.
Our lead project engineers have between 15 and 45 years of practical experience
Our projects are developed using advanced engineering software and high-performance computing systems. These capabilities enable precise structural and load calculations, modelling of complex structures, and optimisation of engineering solutions before construction begins.
We provide:
Design supervision: continuous engineering oversight on site to ensure that construction works are carried out in full compliance with approved design documentation and technical solutions.
Engineering solutions for wartime conditions: development of specialised engineering solutions for the protection and reconstruction of critical infrastructure and for maintaining essential urban services.
High quality standards: engineering solutions focused on structural strength, reliability, safety, cost efficiency, environmental sustainability, and accessibility.
