According to the latest industry market reports, the global construction equipment maintenance and repair market is projected to grow significantly in the coming decade, rising from an estimated USD 34.6 billion in 2024 to USD 52.6 billion by 2034 as companies increasingly adopt structured servicing, predictive diagnostics and smart fleet technologies to minimize downtime and extend machine lifecycles.
This shift reflects a broader industry trend: as heavy equipment becomes more complex and uptime more critical, repair and maintenance services are transforming from a reactive cost center into a strategic investment, with digital monitoring, predictive maintenance and advanced service protocols helping operators reduce operating costs and improve productivity.
In this evolving landscape, engineers who combine deep technical expertise with innovative restoration methods are becoming essential. We spoke with Taras Veherinskyi, a leading mechanical engineer specializing in hydraulic and pneumatic systems, whose work in heavy-equipment diagnostics and precision restoration has helped operators maximize uptime and efficiency across multiple markets.
Taras Veherinskyi is an accomplished mechanical engineer known for delivering high-precision repair solutions for Komatsu, Caterpillar, and other heavy-equipment brands. His innovations in structural restoration significantly reduced downtime for clients across multiple countries.
How strong is the demand in the U.S. for repair-based solutions rather than full replacement?
We live in a challenging time, and today the demand for repair technologies is closely tied to the economy. That’s fully true for the U.S. market as well. Companies are paying more attention to costs and are increasingly focused on minimizing service and operating expenses.
In this context, repair technologies are becoming more relevant. But it’s not about repairing for the sake of repairing, it’s about using the right approach and the correct technologies. Only then does repair deliver real value, both in terms of reliability and service life.
For the U.S. market, just like anywhere else, everything comes down to balance: cost efficiency, technical justification, and results. When those three factors align, repair becomes a practical and highly demanded alternative to replacement.
Why are custom solutions becoming a trend in the heavy-equipment industry?
Custom solutions are gaining traction because their main purpose is simple: to keep the machine making money for the client, without unnecessary expenses. At the same time, safety always remains the top priority. It’s crucial to clearly understand where modifications are acceptable, where they’re not, and where the line lies between a temporary workaround and a critical risk.
A custom approach is always about balance, between parts availability, lead times, the condition of the component, and actual operating conditions. In some cases, an engineer’s task is not just to replace a component, but to keep the machine running until the part arrives, or even avoid replacement altogether if it’s technically and safely possible.
This practical, well-reasoned approach, keeping equipment in operation while saving the client money, is exactly what drives the trend toward custom solutions in the heavy-equipment sector.
How did the idea of a scientific method for frame restoration come about?
The idea grew out of real-world practice. We were receiving a large number of requests specifically for restoring the swing frames of backhoe loaders. A lot of equipment was being imported to Ukraine from Europe, and almost all of it had the same recurring issues with this component.
When you see the same problem repeatedly, it becomes clear that ad-hoc solutions no longer work. There was a need to systematize our experience and develop a precise, repeatable restoration method tailored specifically to this unit.
Essentially, the sheer volume of cases and hands-on work pushed us to create a full, technically sound methodology that could deliver stable and predictable results.
Why are awards important for an engineer, or are they just a formality?
For an engineer, awards are definitely not just a formality. I would compare them to sports: you achieve a result, it gets recognized, and that motivates you to push further, raise the bar, and keep improving.
Engineering is, in many ways, similar to a competitive environment. You constantly face new challenges, tougher conditions, and higher responsibility. Every successfully completed engineering task is like reaching the next level, it drives you to continue growing and not stop at what’s already been achieved.
