Moscow, Russia — Russian automotive research institute NAMI has announced that the Ulyanovsk Automobile Plant (УАЗ) has begun equipping its vehicles with over 20,000 Russian‑made emergency call devices (УВЭОС) developed by NAMI. These devices, now installed directly on the production line of УАЗ vehicles, support advanced telematics functions — including automatic accident notification and connection to emergency services — without relying on imported components. According to company representatives, the NAMI‑produced devices have shown high reliability in validation, certification, and endurance

Moscow, Russia – The Central Scientific Research Automobile and Automotive Engines Institute (NAMI) recently showcased how seat belts are tested in vehicle crash simulations, highlighting their critical role in occupant safety. The demonstration, broadcast on the Доброе утро morning program, presented live tests showing how seat belts behave under impact, including how they interact with airbags and other vehicle safety systems. According to Denis Zagarin, Head of NAMI’s Testing Center, seat belts remain one of the most important components in

Non-Destructive Testing (NDT) professionals have long played a critical role in ensuring safety across industries, protecting people, assets, and the environment by detecting defects before they escalate. Traditionally, inspections relied heavily on hands-on expertise, technical knowledge, and rigorous certification processes. Today, the NDT landscape is evolving rapidly, driven by technologies such as Artificial Intelligence (AI), robotics, automation, and digital inspection platforms. As industrial assets grow increasingly complex in sectors such as energy, aviation, and infrastructure, inspection requirements are becoming more

In preparation for the launch of the new LADA Azimut, AvtoVAZ has installed a high-precision measuring gauge on the model’s assembly line to ensure top-tier quality of both exterior and interior components. The gauge, a master body sample created from a 3D model with accuracy up to 0.2 mm, is made of aluminum and weighs over five tons. It enables specialists to not only visually assess parts but also perform precise measurements using feeler gauges and 3D scanners. “Such high-precision

Wind energy continues to expand worldwide as countries invest in cleaner and more sustainable power generation. As wind farms mature, attention is increasingly focused on the long-term structural integrity of turbine components, particularly blades that are exposed to harsh environmental conditions. Ageing, fatigue loading, and environmental stress can lead to subsurface cracks, delamination, and other hidden defects that may compromise performance and safety if left undetected. Ensuring reliable inspection strategies has therefore become a critical priority for operators and maintenance