Built for harsh environments, our PM sensors ensure emission control for heavy equipment and non-road mobile machinery (NRMM).
Rugged PM Sensors for Off-Highway and Construction Equipment Read More »
Diesel engines produce soot that accumulates in the Diesel Particulate Filter (DPF). If left unchecked, this buildup can clog filters, reduce engine performance, and increase emissions. This is where PM sensors come into play.
How PM Sensors Optimize DPF Regeneration in Diesel Engines Read More »
As global emission regulations tighten, reducing particulate emissions has become a top priority for both governments and manufacturers.
What is a PM Sensor and Why It Matters in Emission Control Read More »
Under increasingly stringent global emissions regulations, the automotive sensor market is poised for significant growth
Modern vehicle emission systems form a complex, closed-loop network of sensors, control units, and after-treatment devices designed to monitor and minimize harmful exhaust pollutants. For sensor manufacturers, understanding each subsystem and its required sensor technologies is critical to delivering solutions that meet ever-tightening global regulations. This guide walks you through the emission system’s architecture, its
Understand the working principle and key functions of the ESC system
The MOOCAR Steering Angle Sensor serves as a pivotal component within modern vehicular Advanced Driver Assistance Systems (ADAS), delivering critical operational parameters including steering wheel angular displacement, rotational velocity, and directional orientation to the vehicle’s central control unit. This sensor’s precision data output forms the foundational input for multiple active safety mechanisms, with system-wide safety
MOOCAR Steering Angle Sensor – Precision Control for Enhanced Safety Read More »
As a cornerstone of next-generation vehicular safety architecture, MOOCAR Blind Spot Detection (BSD) Sensors employ 24GHz millimeter-wave radar technology to execute continuous perimeter surveillance with ±2° angular resolution. Integrated within the vehicle’s CAN-FD network, these sensors perform real-time object tracking across 150° coverage arcs, fulfilling critical functions in Advanced Driver Assistance Systems (ADAS) such as
MOOCAR Cruise Control Distance Sensor：Intelligent Spacing Management for ADAS optimization As core components in contemporary vehicular automation systems, MOOCAR Cruise Control Distance Sensors (CCD Sensors) employ 77GHz FMCW radar technology to dynamically calculate relative velocity (0.1m/s resolution) and spatial separation (±5cm accuracy) between vehicles. Integrated within the ADAS sensor fusion network, these front-grille-mounted modules enable
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