Car Traffic Data: Best Car Traffic Datasets & Databases

What is Car Traffic Data?

Car traffic data refers to information that measures and counts the flow of traffic in different areas as well as keeps a detailed record of road maps and travel routes. This data provides accurate, real-time traffic information in a given area. It is mainly used in a private capacity, such as when people are planning a journey and looking for the easisest, quickest route, however commercial car traffic datasets are increasingly being used in business planning, such as when companies are looking for new premises, and by local authorites, for infrastructure analytics and strategies.

How is Car Traffic Data collected?

Car traffic data can be collected in two different ways.
Manual turning counts, parking and pedestrian surveys are a less immediate way of collecting car traffic data as this data then needs to be formatted afterwards.
Cameras can record plate numbers and vehicle movements in real-time and provide a much more instant result.
You can also use more traditional methods such as by manually reviewing published car data and in-person surveys.

What are the attributes of Car Traffic Data?

Typically car traffic data will include more information about traffic counting and assessment than geospatial or point of interest (POI) attributes.
A car-traffic dataset may include real-time vehicle counts and speeds and well as vehicle occpancy counts to give an insight into how long a vehicle has been parked in a specific area. This information can be used for many different uses, such as pre-planning routes or organising diversions.

What is Car Traffic Data used for?

There are a huge range of use cases for car traffic data. Private individuals use this data to plan the best routes and timings for their person travel, whereas businesses and governments use the data to plan where to locate a new office or service or to determine what a route is used for.
Car traffic data can provide an insight into the peak and off-peak travel times and can be used to regulate the flow of traffic at different times of day. It can also be used to create the most efficient routes around cities or to major landmarks.
Governments also use this data for important major planning, such as ambulance or public transport routes and to determine where maintenance or new roads are needed.

How can a user assess the quality of Car Traffic Data?

For the best car traffic datasets, you should look for accuracy and comprehensiveness of the data provide. You also want to make sure the dataset is regularly updated and has a wide geographical coverage. Before buying always check the data provider’s reviews and make sure to ask for a data sample before you purchase to ensure their data fits your personal or business needs.

Where can I buy Car Traffic Data?

Data providers and vendors listed on Datarade sell Car Traffic Data products and samples. Popular Car Traffic Data products and datasets available on our platform are Traffic Data | Traffic volume, speed and congestion data for cars and trucks in USA and Canada by Urban SDK, PTV Validate |Traffic Volume Data for Cars & Trucks in France, Germany, Switzerland by PTV Group, and Mobility Map Netherlands - analyze road traffic flows by Matrixian.

How can I get Car Traffic Data?

You can get Car Traffic Data via a range of delivery methods - the right one for you depends on your use case. For example, historical Car Traffic Data is usually available to download in bulk and delivered using an S3 bucket. On the other hand, if your use case is time-critical, you can buy real-time Car Traffic Data APIs, feeds and streams to download the most up-to-date intelligence.

What are similar data types to Car Traffic Data?

Car Traffic Data is similar to Marine Traffic Data, Rail Traffic Data, and Ride-Sharing Data. These data categories are commonly used for Urban Mobility Analysis and Traffic Analysis.

What are the most common use cases for Car Traffic Data?

The top use cases for Car Traffic Data are Urban Mobility Analysis, Traffic Analysis, and Urban Planning.