HORIBA MIRA

Website

www.horiba-mira.com

Services

In app support

HORIBA MIRA is a global leader in automotive engineering, research, and test services, leveraging nearly 80 years of experience in developing iconic vehicles. The company collaborates with vehicle manufacturers and suppliers worldwide, offering comprehensive support from technology development and integration to verification, full-vehicle development, and certification. Its unique combination of advanced testing facilities, extensive engineering expertise, and the strategic location of MIRA Technology Park in the UK automotive industry allows customers to develop and validate their innovations efficiently in a single location.

A significant focus for HORIBA MIRA is on sustainable transportation and advanced propulsion systems. This includes specialized services in Vehicle Propulsion and Net Zero, encompassing crucial areas such as battery engineering, electromobility and power solutions, powertrain optimisation, thermal energy management, and hydrogen solutions. These capabilities are vital for the development of next-generation electric and alternative fuel vehicles, addressing the industry's drive towards decarbonization and enhanced energy efficiency.

Beyond propulsion, HORIBA MIRA provides expertise in Connected Autonomous Vehicles (CAV), covering verification, validation, virtual engineering, ADAS robustness, and safety case development. The company also excels in Electronic and Electrical Systems, offering services in Electromagnetic Compatibility (EMC), Electromagnetic Resilience (EMR), vehicle control systems, and electronic integration. Furthermore, HORIBA MIRA delivers critical certification and homologation services, ensuring compliance with international regulations like GSR2, Euro 7, and UNECE R100, alongside robust support for defence, security, agricultural, and off-highway sectors. The company is committed to shaping a future of safe, smart, and sustainable mobility, enabling virtual vehicle engineering to significantly reduce reliance on carbon-intensive prototypes.

Locations

• Rugby, England
• Basildon, England
• Nuneaton, England