Function Description

- Basic ADAS
- AEB
- Highway NOA
- Urban NOA
Basic ADAS

Includes Adaptive Cruise Control (ACC), Lane Keeping Assist (LKA), Intelligent Speed Assistance (ISA), and Traffic Sign Recognition (TSR). These features enable single-lane assistive control, enhancing driving safety and reducing driver fatigue.
Full Implementation of Lateral and Longitudinal Functions

Enhances Driving Safety Efficiently

Reduces Driver Workload
Automatic Emergency Braking (AEB)

This system activates automatic braking when a collision is imminent, helping to avoid the collision or reduce its severity.
Comply E-NCAP 5-Star Safety Rating

Compliance with GSR Regulations

Addresses Common Accident Scenarios with Ongoing Updates
Highway NOA (Navigation on Autopilot)

Enables navigation-assisted driving from point A to point B on highways or urban expressways. The feature includes autonomous lane changes, ramp entry and exit, construction zone handling, and large vehicle avoidance, providing drivers with a safer and more convenient driving experience.
Significantly Reduces Driver Fatigue

Automatic Route Network Switching

Handles Various Types of Obstacles
Urban NOA

Advanced intelligent driving technology designed for end-toend navigation-assisted driving in all urban scenarios. This feature can handle complex urban traffic situations, including traffic light recognition, intersection traversal, and obstacle avoidance.
End-to-End Navigation, Directly to Destination

Full-Scenario Recognition and Response

No Dependence on High-Precision Maps, Broader Applicability
- Basic Parking
- HPA
- AVP
Basic Parking

We use surround-view cameras and ultrasonic sensors to enable Automatic Parking Assistance. The system automatically identifies parking spaces, effectively simplifying parking operations and providing visual guidance in tight spots or complex parking environments, enhancing parking accuracy.
Easy Parking for Simple Spots

One-Click Parking for Challenging Spaces

Super Smooth Operation
HPA

When the user enables the selflearning feature, they can drive slowly along the parking path to their frequently used parking spot. The HPA system uses cameras to identify obstacles, road markings, and parking space indicators along the route, creating an electronic map. When the user returns to an area where an electronic map has been saved, the system will prompt the user to activate the memory parking function. Once activated, the system will control the vehicle to navigate to the target parking spot and park automatically.
Relieves the Stress of Finding Parking Spots

Safe and Reliable During Cruising

Intelligently Avoids Both Static and Moving Obstacles
AVP

This technology allows the vehicle to autonomously park and be summoned within a parking lot environment. The goal is to reduce the time drivers spend searching for parking spaces and parking, improving parking efficiency and ultimately replacing traditional manual valet services.
Autonomous Parking

Enables Remote Summoning

Significantly Enhances Parking Efficiency

Driving
Parking