The new service offering developed by UTAC enables the precise assessment and validation of artificial intelligence systems in next-generation mobility solutions.

Updated UNECE R100 framework introduces reinforced testing methods to ensure delayed thermal runaway and improve occupant safety in electric vehicles.

UTAC and the WeatherSafe Project develop methodologies to assess automated driving performance under adverse weather conditions and improve reliability in degraded environments.

UTAC launches the SMACS program's driving phase on its private roads, developing autonomous, connected, and low-carbon mobility services with driverless shuttles.

The two new testing services involve AI-based vehicle verification to ensure safety and reliability, & AI-based reverse engineering to analyze automated vehicle behavior and limitations.

Vehicle electromagnetic compatibility (EMC) plays a crucial role in the safety and performance of modern vehicles.

The INCIT-EV project is an innovative European project that explores new charging infrastructure and associated business models, to improve the experience of electric vehicle users.

UTAC CERAM Millbrook just unveils on its site Test World in Finland, a new ASTM Traction truck designed for testing tyres according to the ASTM 1805 test standard ufor all clientsq all over the world.

Dense Air and UTAC CERAM Millbrook Partner on the Sustainability of the 5G AutoAir Network. The network will be one of the first, and the largest standalone 5G neutral host networks in Europe.

Inaugurated in june 2019, the TEQMO test center is entirely dedicated to the development and homologation testing of autonomous and connected vehicles.