
MG’s appropriately-named ‘MG Pilot Advanced Driver Assistance System’ accurately portrays the system functionality. The promotional material and the handbook correctly indicate the limitations of the system capabilities. System status information is clearly displayed but is not in the driver’s direct line of sight. The sensing of the driver’s hands on the steering wheel was judged not to be robust, and the ZS Hybrid does not ‘lock-out’ the assistance system if there are repeated warnings. The car’s driver monitoring system detects fatigue but not distraction. The system balances driver steering input with lane guidance, promoting co-operative driving.
The ZS Hybrid combines map-based speed limit information with real time camera inputs to manage fixed, variable and temporary speed limit signs. The car responds to avoid or mitigate a collision in all of the test scenarios for automatic cruise control. The driver is supported through the S-Bend, staying within the lane at all but the highest test speed. The MG does not have a lane change assist feature. In the case of an unresponsive driver, the car does not come to a controlled stop. However, if the radar or camera is blocked, the ZS Hybrid provides a timely warning and prevents system activation.
‘MG Pilot Advanced Driver Assistance System’, as fitted to the MG ZS Hybrid, offers a good balance between Driver Engagement and Vehicle Assistance, although neither scores very highly. Combined with similarly modest level of Safety Back-Up, the system, overall, offers Moderate highway assistance.
MG’s appropriately-named ‘MG Pilot Advanced Driver Assistance System’ accurately portrays the system functionality. The promotional material and the handbook correctly indicate the limitations of the system capabilities. System status information is clearly displayed but is not in the driver’s direct line of sight. The sensing of the driver’s hands on the steering wheel was judged not to be robust, and the ZS Hybrid does not ‘lock-out’ the assistance system if there are repeated warnings. The car’s driver monitoring system detects fatigue but not distraction. The system balances driver steering input with lane guidance, promoting co-operative driving.
The ZS Hybrid combines map-based speed limit information with real time camera inputs to manage fixed, variable and temporary speed limit signs. The car responds to avoid or mitigate a collision in all of the test scenarios for automatic cruise control. The driver is supported through the S-Bend, staying within the lane at all but the highest test speed. The MG does not have a lane change assist feature. In the case of an unresponsive driver, the car does not come to a controlled stop. However, if the radar or camera is blocked, the ZS Hybrid provides a timely warning and prevents system activation.
‘MG Pilot Advanced Driver Assistance System’, as fitted to the MG ZS Hybrid, offers a good balance between Driver Engagement and Vehicle Assistance, although neither scores very highly. Combined with similarly modest level of Safety Back-Up, the system, overall, offers Moderate highway assistance.


MG’s appropriately-named ‘MG Pilot Advanced Driver Assistance System’ accurately portrays the system functionality. The promotional material and the handbook correctly indicate the limitations of the system capabilities. System status information is clearly displayed but is not in the driver’s direct line of sight. The sensing of the driver’s hands on the steering wheel was judged not to be robust, and the ZS Hybrid does not ‘lock-out’ the assistance system if there are repeated warnings. The car’s driver monitoring system detects fatigue but not distraction. The system balances driver steering input with lane guidance, promoting co-operative driving.
The ZS Hybrid combines map-based speed limit information with real time camera inputs to manage fixed, variable and temporary speed limit signs. The car responds to avoid or mitigate a collision in all of the test scenarios for automatic cruise control. The driver is supported through the S-Bend, staying within the lane at all but the highest test speed. The MG does not have a lane change assist feature. In the case of an unresponsive driver, the car does not come to a controlled stop. However, if the radar or camera is blocked, the ZS Hybrid provides a timely warning and prevents system activation.
‘MG Pilot Advanced Driver Assistance System’, as fitted to the MG ZS Hybrid, offers a good balance between Driver Engagement and Vehicle Assistance, although neither scores very highly. Combined with similarly modest level of Safety Back-Up, the system, overall, offers Moderate highway assistance.
| Consumer Information | |||||||||
|---|---|---|---|---|---|---|---|---|---|
| System Name | MG Pilot advanced driver assistance system | ||||||||
| Marketing Material | Open material | ||||||||
| Quick Start Guide | |||||||||
| Vehicle Handbook | Viewed 27/05/2025 | ||||||||
System Status | ||||
Continuous System Status Indicator | ||||
System Status Change Indicator | ||||
Driver Monitoring | |
Hands-on Monitoring | |
Direct Driver Monitoring |
Driving Collaboration | |
Increase in Steering Torque | |
Override response | |
Comment | System continues to assist while driver steers to avoid obstacle |
Speed Assistance | |
Speed Assist Systems | |
Vehicle response to fixed Speed limits | |
Vehicle response to variable Speed limits | |
Speed limit information function | |
General requirements | Compliant |
Conditional Speed Limits | |
Road Features | |
Local Hazards | |
System Updates | None |
Adaptive Cruise Control Performance | ||
Scenarios | Car | |
Approaching a stationary target | ||
Approaching a slower moving target | ||
Approaching a braking target | ||
Target cutting-in in front | ||
Car cutting-out in front to expose target | ||
Undertake Prevention | ||
Undertake prevention at speeds over 90 km/h | ||
Adaptive Cruise Control Auto-Resume | ||
Assistance maintained after coming to a full stop | ||
System assistance maintained by | Automatic resume within 5s of stop and driver input required over 5s | |
Steering Assistance | |
Scenarios | |
80 km/h | |
100 km/h | |
120 km/h |
System Failure | |
Sensor Blocked At Start-Up | Engagement |
Camera | Full blockage after a 5 minute drive |
Radar | Partial blockage after a 5 minute drive |
Sensor Blocked With Vehicle In Motion, System Inactive | Engagement |
Camera | Full blockage after a 5 minute drive |
Radar | After a 5 minute drive |
Sensor Blocked With Vehicle In Motion, System Active | Engagement |
Camera | Full blockage within 2 minutes after blocking |
Radar | Partial blockage after sensor blocking |
Unresponsive Driver Intervention |
Collision Avoidance | ||
Scenarios | Car | |
Approaching a stationary target | ||
Approaching a slower moving target | ||
Approaching a braking target | ||
Target cutting-in in front | ||
Car cutting-out in front to expose target | ||
Approaching the target along the roadside | ||