Google Maps Introduces “Quiet” Routes to Avoid Noise Pollution

Google Maps Introduces “Quiet” Routes to Avoid Noise Pollution


Google Maps Introduces

(Google Maps Introduces “Quiet” Routes to Avoid Noise Pollution)

MOUNTAIN VIEW, Calif. – Google Maps launches a new feature. This feature is called “quiet” routes. It helps people find calmer paths. The goal is to reduce noise pollution exposure during travel.

Traffic noise is a big problem in cities. It affects health and well-being. Google Maps now offers quieter alternatives for walking and cycling. This helps users avoid busy, loud streets.

The feature uses advanced AI technology. It analyzes huge amounts of data. This includes city noise levels, traffic flow patterns, and street characteristics. The system identifies roads with less noise. These roads become “quiet” route options.

Users planning a trip will see the new option. Select walking or cycling directions. Look for the “Quiet routing” choice. The app then shows the quietest path available. It balances quietness with travel time. Sometimes the quietest way takes a little longer. The app clearly shows the time difference.

Google tested this feature in several cities first. Cities like Berlin, Amsterdam, London, Paris, New York, and Barcelona participated. Testing showed people prefer quieter routes. They choose them even if the trip takes slightly longer.

The “quiet” routes feature is part of a bigger effort. Google Maps aims to improve urban living. Reducing noise pollution is a key step. Health experts agree. Less noise means less stress and better sleep. This feature empowers users to make healthier travel choices.


Google Maps Introduces

(Google Maps Introduces “Quiet” Routes to Avoid Noise Pollution)

The feature rolls out globally starting this week. It works on both Android and iOS devices. Users need the latest Google Maps app version. This update is free for everyone. Google plans to refine the feature. Future updates will use more data sources. User feedback will also help improve route accuracy.