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Smart Cruise Control is a driver-friendly system that detects vehicles ahead and automatically controls acceleration and deceleration using radar.
AEB is a safety system that helps to avoid potential collisions with cars or pedestrians in front using radar and cameras.
BBW is a next-generation braking system with an electric actuator and electronic controller base, helping to enhance braking performance and fuel efficiency.
This system generates electricity from the kinetic energy of the vehicle when braking.
Electric motors are mounted on the inner side of each wheel, allowing them to drive and brake independently. This makes a huge improvement to vehicle safety and fuel efficiency.
This driver-friendly system recognizes speed limit signs from the road images recorded by the front camera and provides speed information for the road the vehicle is driving on.
This device improves safety by detecting and warning the driver of obstacles located in the blind spot at the back of the vehicle.
This is a system that helps the driver park the vehicle easily and conveniently. SPAS uses the sensor installed in the car to examine the space, calculates the best approach and automatically operates the steering wheel to follow the calculated course.
When the car unexpectedly leaves the lane due to the driver dozing off at the wheel, or is expected to do so, the LKAS system helps to keep the vehicle in lane by controlling the steering wheel.
Quick braking warningㆍRear-end collision with vehicles in front · Warning for rear-ending at intersections · No-passing warning serviceV2I-based Safety and Convenience service
Smart tolling (automatic toll collection) · Detecting road condition
BCM is a device that controls essential warnings and various convenient functions inside the car. MOBIS has developed a full range of BCMs, from low-end to premium products, based on different functions and network integration technologies.
Using LF/RF communication, the smart key system features a passive entry function that enables the key holder to lock and unlock the doors or open and close the boot, and a passive engine starter function.
The system constantly monitors the tyre pressure and uses warning lights and sounds to notify the driver immediately if it is too low, preventing potential accidents.
The ECS acceleration sensor is an electronic control suspension sensor which senses acceleration through the vibration of the body vertical to the wheels and detects road conditions.
Part of an electronic control suspension sensor, the air suspension senses the movement of the four wheels, monitors the height of the vehicle at all times and automatically adjusts the damping stroke.
Built into all four wheels of the vehicle, the sensor detects the wheel speed and direction of travel.
This sensor detects the movement of the vehicle by its inertia (yaw rate, two-axes acceleration) in the ESC (Electronic Stability Control) system.
Mounted in the interior of the vehicle, the sensor measures the angle of the steering wheel and its angular speed.
The IBS calculates the battery condition (charge status, aging, ignition capacity, etc.), transmits the information to the energy management control (engine controller) and finally applies it to the ISG (Idle Stop & Go) generation control system to improve fuel efficiency.
In the event of an accident, the ACU determines whether to inflate the airbags and the best time to do so, depending on the magnitude and type of collision, and self-examines in real time to inform the driver of the condition of the system.
The FIS/SIS detects the acceleration or pressure in the early stages of collision and transmits the information to the airbag control unit.
The WCS senses the weight of the passenger in the passenger seat and sends the information to the airbag control unit.
Front/rear vehicle cameras are visual parking aids that use CMOS (Complementary Metal -Oxide Semiconductor) image sensors to show any blind spots to the driver when parking.
AVM provides images of the situation outside the car in real time on a monitor inside. Four cameras are mounted underneath the outside mirrors and on the front and back of the car.
The Lane Departure Warning System uses front camera images and vehicle signal information to determine lane departures caused by careless driving, and sounds an alarm when the vehicle is about to leave the lane.
The PAS is a driving assistance device that uses ultrasonic waves to detect obstacles in the blind spot of the front and rear part of the car when parking or driving slowly and warns the driver.
When the vehicle is moving at low speed, the system provides images of the front or rear blind spots to make driving easier and safer. As a front/rear monitoring system, it also shows guide lines for easier parking.