- Yerevan, Armenia
- Delhi, India
We design and manufacture high-performance test benches and control systems for aerospace and automotive applications. Our solutions are built on reliable engineering and a multidisciplinary approach, ensuring precision and efficiency at every stag
Founded by two PhDs from an aviation university, our company has over 20 years of experience in engineering high-performance test rigs and automation systems. We serve clients worldwide, offering custom solutions for both individual components and complete systems — including gas turbine engines and aircraft landing gear.
Our services cover the entire development cycle: from concept and simulation to production and commissioning.
Starting as a small team focused on automating test processes, we have grown into a global engineering company with the capability to develop megawatt-scale test benches. The increasing complexity and uniqueness of our projects led to the creation of a comprehensive in-house design bureau and the expansion of our expertise across multiple disciplines.
Today, we deliver integrated testing systems that combine mechanical, hydraulic, electrical, and software engineering — meeting the highest demands of the aerospace and automotive industries
Tailored engineering solutions backed by deep expertise and decades of hands-on experience
Our team combines deep knowledge across key engineering domains, ensuring a complete understanding of every test object
We use cutting-edge modeling techniques, including HIL and real-time simulation, to optimize systems before they’re built
With decades of work in aerospace and automotive sectors, we deliver solutions that meet the highest technical standards
Our engineering hub brings together multidisciplinary teams across several countries, combining deep expertise in gas turbines, hydraulics, electrical automation, control systems, electronics, and mechanical design. This structure allows us to approach each project holistically — integrating knowledge from all relevant domains
At the core of our development process is advanced simulation, including Hardware-in-the-Loop (HIL) systems. We embed mathematical models of the test object into virtual environments to replicate real-world behavior. This enables early validation of control algorithms, optimization of system performance, and precise tuning — all before the physical rig is built
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