July 15, 2017
July 15, 2017

Traffic monitoring

traffic control software
Pardisan, Qom, Iran
Traffic Drone – persistent monitoring
Due to an increasing number of vehicles on roadways, better traffic management and planning have become imperative. Our tethered solutions offer continuous and real-time aerial video-stream, allowing persistant data collection and analysis. A tethered drone is a compact tool, easy to transport and deploy, that gives access to various valuable traffic data (trajectories, behaviors, vehicle types etc…), which are crucial information for individual end user (drivers), networks and transport operators or public authorities, to answer mobility challenges. Count, measure and analyse in order to understand road-user behaviour, analyse trajectories and detec anomalies. With the deployment of a single UAV during several hours, continuously, get a more comprehensive look at traffic nodes.

Ultimate solution

The Traffic Drone is optimized for traffic surveys. It boasts a long flight time, stability, image quality, increased safety and ease of use. At the same time, it does not compromise on mobility and ease of deployment. Are you serious about aerial surveys of traffic? You found the champion.

Professional Quality

Weighing just 3.3kg, the S900 has a maximum takeoff weight of 8.2kg. This means you can easily carry most cameras and gimbals. Used with a 6S 12000mAh battery, it can fly for up to 18 minutes.

Key benefits

Unlimited valuable data
These persistent aerial platforms provide real-time information over long durations. Persistent aerial video-streams offer access to valuable data: trajectories, type of vehicles, behaviors…
Wide coverage and discrete operations
Our tethered systems offer a wide coverage of traffic areas, enabling data collection and real-time monitoring. The small size of UAVs and the flight height (100m) prevent the driver’s behaviors to be affected.
Quick deployment
Our tethered systems are easily deployable, therefore allowing a better efficiency during traffic monitoring operations.


  • Enhancement of daily traffic, freeway conditions and road safety
  • Response to traffic congestion and car accidents
  • Sampling of vehicle speed
  • Automatic trajectory extraction and analysis
  • Estimations of OD flows
  • Analysis of vehicle types
  • Optimization of car park utilization

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