Life-saving design: what happens to different types of buildings when struck
Four years of full-scale war have changed the primary criteria for choosing a property. Whereas buyers used to focus primarily on price, location, and floor plan, another decisive factor has now been added to that list: the structural integrity of the building.
The full-scale war has forced the real estate market to rethink the very concept of housing quality. Today, it is no longer just about comfort or energy efficiency, but about a building’s ability to withstand a blast wave, localized destruction, or a fire following a direct hit. And while for the buyer this is a matter of personal safety, for the developer it is gradually becoming part of a new market standard.
The most telling aspect of this discussion is that different types of residential buildings behave fundamentally differently during shelling. Broadly speaking, Ukrainian urban housing can be divided into three major structural generations: old prefabricated buildings, brick buildings, and modern monolithic-frame structures. And it is the war that has made these differences obvious even to a non-professional audience.
Monolithic-frame construction has proven to be the most resistant to localized damage. Its main advantage is that the frame is capable of redistributing loads among its components even after partial failure of adjacent load-bearing elements. This does not mean that the monolithic structure cannot be damaged, but it significantly reduces the risk of a cascading collapse of the structure.
In contrast, prefabricated buildings are much more vulnerable. Their weak point lies in the joints between the panels. If one of the key load-bearing sections collapses, it could result in the collapse of an entire building section or a large portion of the structure. This is precisely why prefabricated housing is increasingly viewed as a riskier type of construction in wartime conditions.
This distinction is already being confirmed not by theory, but by practical experience in reconstruction. In Kyiv and other cities, it is evident that monolithic buildings, even after sustaining severe damage, more often retain their structural integrity and return to service much more quickly. Even after a direct hit or a serious impact from a drone, restoration in such cases takes months, not years.
Prefabricated buildings, on the other hand, often require a much more complex and time-consuming design process after sustaining severe damage, and in some cases, there is no quick path back to normal operation. This is due not only to the actual damage but also to the building’s structural design itself.
One of the most important conclusions the market is already drawing is that a building’s resilience is directly linked to how quickly it can be restored after damage. It is precisely this difference between technologies that often proves to be critical.
In fact, we are already seeing how the war is transforming a building’s structural design from a technical specification into a factor influencing market value and trust. For buyers, this means a different approach to choosing an apartment. For developers, it means a shift in their messaging to the market. And for the city, it means the need to reassess the housing stock in terms of restoration and future safety.
It is also important to consider the role of government building codes. It is precisely this regulatory framework that explains why reinforced concrete frame buildings are now viewed as better suited to military risks. The concept of load redistribution and preventing progressive collapse is not merely an engineering advantage but a fundamental requirement for a resilient structure.
A monolithic frame must redistribute the load even after the complete or partial failure of adjacent load-bearing elements. — Yevgeny Favorov
This statement essentially explains why some new buildings are significantly more durable than older housing stock.
Another important area of change involves updating legislation and regulations regarding protective structures. Ukraine is gradually adapting design rules to the realities of war. And while these changes will not have an immediate impact on existing housing stock, they are setting the standard for future projects.
This means that safety is no longer an optional extra but an integral part of the basic design philosophy behind new developments. This applies not only to the shelters themselves but also to engineering solutions that allow people to stay longer in dual-purpose buildings. Some developers are already investing their own funds in redesigning parking lots, ventilation, water supply systems, power supply, and accessibility for people with limited mobility.
In this sense, the war is changing not only the security landscape but also market behavior. Secure housing is gradually ceasing to be a niche product and is becoming the new standard for quality. This is influencing the marketing of residential complexes, design approaches, and customer expectations.
More broadly speaking, similar principles apply to commercial real estate as well. In that context, the critical factor is often not the blast wave itself, but the fire that follows an impact. That is precisely why a reinforced concrete frame proves to be significantly more effective than a metal one: it retains its load-bearing capacity longer and leaves a chance for the building to be restored even after serious damage.
It is telling that Ukrainian cities are already accumulating enough real-world examples for this topic to cease being abstract. The market is gradually entering a phase where safety is becoming a distinct criterion for evaluating real estate quality. And that is precisely why building construction technology will only grow in importance in the coming years—for both developers and buyers.
The bottom line for the market is this: the war has not only shifted architectural priorities; it is redefining what constitutes a safe home. And in this new definition, reinforced concrete frame construction gains not only an engineering advantage but also a reputational one.
