Intelligent Functions

• Firmware-Over-The-Air (FOTA): the system comes with upgradable firmware for powertrain controls, powertrain, intelligent driving systems, infotainment and other control systems inside the car easily.
• Voice Command: has a very good voice recognition ability, which can help reduce the use of pressing buttons. It adds convenience for people, which could reduce the risk of accidents. The driver can command and interact with the voice to use various functions, including access to the entertainment system in the car.
• GWM Application: a system that allows the driver to control and connect the functions of the vehicle even if the driver is at a distance from the car, such as the power status monitoring system, electric battery, electric battery charging status monitoring system, charging management system, air conditioning control, locking and unlocking doors, car search, closing the window, closing the sunroof, controlling the seat, cooling system, car position display, determining the radius of use of the vehicle, and other monitoring systems.

• Intelligent Adaptive Cruise Control with Cornering Assistance (Intelligent ACC): comes with an Advanced Driver Assistance Systems (ADAS) dash camera to help control within the specified full speed range, including pausing and restarting back to the previously set speed. The camera tracks the curvature of the road while the Adaptive Cruise Control (ACC) is engaged. If lowering speed while rounding a turn is important for safety, speed will be automatically lowered. The car will then resume moving at its set speed once the bend has passed.
• Traffic Jam Assist: a speed control system that helps control the car to either follow the car in front or continue driving at a constant speed to minimize driver’s effort.
• 3 ways of Auto Parking – Integration Intelligent Parking (IIP): use sensors and inspection cameras to find items and lines around the parking area or space. Additionally, it is advantageous to park in a straight line, a line of cars parked side by side, or a diagonal line while it works completely alone. The car will park itself by operating the steering wheel, brakes, and accelerator.
• Auto Reversing Assistance (ARA): the system will record the route and can automatically reverse within 50 meters of the recorded path, while driving under 30 km/h.
• Technology for 360-degree Surround Vision: the system combines all 4 cameras with a resolution of 4 mega-pixels to create a 360-degree image to show the view of the car from a top angle, which works automatically when entering reverse mode. This can be seen when driving at a speed of 15 or 30 kilometers per hour and when starting the car.
• Automatic Emergency Braking on Straights and Intersections (AEBI):  helps detect cars both going straight and at intersections. When there is a risk of a collision, the system sends an audible alarm and automatic braking to avoid collisions or reduce impact.
• Rear Cross Traffic Braking (RCTB): Sensors help monitor the vehicle’s rear blind spots on both the left and right sides of the lane while reversing from the parking space. If the driver does not stop the car, there would be an alarm sound and the automatic emergency braking system would be activated to avoid a collision.
• Wisdom Dodge System (WDS): the system will check for large trucks or long cars during overtaking and maintain a reasonable distance between vehicles to avoid collisions, then return to the original lane automatically.
• Lane Keep Assistance (LKA): the system detects road lines and helps to keep the steering wheel in the lane.
• Lane Departure Warning (LDW): the system detects road lines and helps alert the driver when the car is leaving the lane.
• Emergency Lane Keeping (ELK): the system will intervene more to prevent or lessen collisions if another vehicle is sensed approaching or a passing car is approaching from another lane.
• Blind Spot Detection (BSD): aids in monitoring vehicles in adjacent lanes.
• Secondary Collision Mitigation (SCM): to avoid repeated collisions, the automobile will attempt to maintain stability.
• Hill Descent Control (HDC): use the brakes to help control the speed of the car while driving on steep slopes so that the driver can concentrate on the steering wheel.
• Hill Start Assist (HSA): to avoid reversing when leaving a stopping location on a steep incline, the brake will be held in place for around 2 seconds before the accelerator starts.
• Door Open Warning System (DOW): if the system notices a target that could be hit if the car door is opened after parking, it will sound an alarm.
• Tire Pressure Monitoring System (TPMS): the car continuously monitors the tire pressure and warns the driver if it decreases.
• Driver Fatigue Monitor System (DFM): the system analyzes and evaluates driving traits. It will alert you and suggest a break, if it determines that your driving style is exhausting or after more than 4 hours of driving at speeds greater than 65 kilometers per hour.