Limitations
The sensor used by City Safety™ is designed to detect cars and other larger motor vehicles ahead of your vehicle in both daylight and darkness.
However, there are certain limitations and the laser sensor’s function may be reduced by, for example, heavy rain or snowfall, or by dense fog or thick, blowing dust or snow. Condensation, dirt, ice or snow on the windshield may also interfere with the sensor’s function.
Objects such as warning flags hanging from long objects on the roof or accessories such as auxiliary lights or protective arches on the front of the vehicle that are higher than the hood may also impede the sensor’s function.
Braking distance to the vehicle ahead increases on slippery road surfaces, which may reduce City Safety’s capacity to avoid a collision. In situations like this, the DSTC system (see page 149) will help provide the best possible braking capacity and stability.
City Safety™ emits infrared light and measures the way in which the light is reflected. Therefore, vehicles or objects with low-reflective surfaces may not be detected. Normally, the license plate and taillight reflectors give the rear section of a vehicle ahead sufficient reflective surfaces to be detected.
NOTE
- Keep the windshield in front of the laser sensor free of ice, snow, dirt, etc. See page 169.
- Snow or ice on the hood deeper than 2 inches (5 cm) may obstruct the sensor. Keep the hood free of ice and snow.
- Do not mount or in any way attach anything on the windshield that could obstruct the laser sensor.
See also:
Introduction
The infotainment system's voice control feature1 enables the driver to voice-activate
certain functions in a Bluetooth-connected cell phone or the navigation system.
NOTE
The informati ...
Changing wheels with TPMS
Please note the following when changing or replacing the factory installed TPMS
wheels/ tires on the vehicle:
Only the factory-mounted wheels are equipped with TPMS sensors in the valves.
If t ...
Volume control
Turn the knob (2) clockwise or counterclockwise
to raise or lower the volume. The volume
control is electronic and has no end position.
Volume can also be raised (+) or lowered (–)
using the ste ...