Exhaust Emissions Testing Solutions

Exhaust emissions testing measures the pollutants released from a vehicle’s engine during operation. These emissions include carbon dioxide (CO₂), nitrogen oxides (NO_x), particulate matter (PM), and hydrocarbons (HC). Testing is performed in controlled environments and real-world conditions to ensure vehicles comply with regulatory standards and contribute to cleaner air quality.

Performing exhaust emissions testing throughout the vehicle development process is crucial for:

• Regulatory Compliance – Ensuring adherence to global standards like Euro 7, EPA, CARB, and WLTP.
• Environmental Responsibility – Reducing harmful emissions to improve air quality and support sustainability efforts.
• Performance Optimization – Refining engine efficiency, fuel consumption, and powertrain durability.
• Cost Savings – Identifying and addressing potential compliance issues early to avoid costly recalls or redesigns.
• Market Readiness – Ensuring vehicles meet both current and future emissions requirements for global deployment.

As the industry shifts towards new propulsion systems such as battery electric and fuel cell vehicles, many competitors are moving away from traditional exhaust emissions testing. However, HORIBA remains committed to supporting both existing and emerging powertrain technologies. We continue to serve legacy and new customers, ensuring they have the tools they need to meet evolving emissions standards worldwide.

Our ongoing product innovation aligns with global regulations and customer goals, delivering high-accuracy measurement solutions that adapt to new challenges while maintaining compliance, efficiency, and performance optimization. Whether for internal combustion engines (ICEs), hybrids, hydrogen-powered vehicles, or real-world emissions testing, HORIBA is here to provide best-in-class exhaust emissions measurement solutions.

As part of this commitment, our new MEXAcube and IRALM technology sets a new standard in exhaust emissions measurement, offering enhanced accuracy and adaptability for evolving regulations and propulsion technologies.