robin systems

robin 2D Mobile

A van-mounted system that enables you to gather flight information at temporary sites…

robin 3D Fixed

This combines a horizontal S-band radar with a vertical X-band radar to detect bird movements up to 10 km away in a fixe…

robin 3D Flex

This combines a horizontal S-band radar with a flexible Frequency Modulated Continuous Wave (FMCW) radar to provide thre…

robin Military XL

This integrates with existing air force long-range surveillance radars. In contrast to the other configurations, which m…

robin Services

At ROBIN we aim to give our customers the best-possible service, as well as the best-possible technology, to ensure your…

Systems

ROBIN incorporates more than 20 years of scientific research into their purpose built avian radars. The systems are designed to operate entirely remote, either from the field using a ruggedized laptop, convenient from your office or in the air traffic control tower. The data is processed in real time enabling immediate action if needed but is also tagged and logged for identifying patterns over a longer period of time. The systems offer both transparency and flexibility on how they work. Users can define their own settings and are supported by trainings, a helpdesk and their personal account manager.

ROBIN offers four main systems:

  • 2D Mobile – a van-mounted system that enables you to gather flight information at temporary sites
  • 3D Fixed – this combines a horizontal S-band radar with a vertical X-band radar to detect bird movements up to 10 km away in a fixed 5 km vertical area
  • 3D Flex – this combines a horizontal S-band radar with a flexible Frequency Modulated Continuous Wave (FMCW) radar to provide three operation modes, including one that provides an all-round 3D view. The 3D Flex configuration is able to measure wingbeat patterns as one of the parameters that helps distinguish between species
  • Military XL – this integrates with existing air force long-range surveillance radars. In contrast to the other configurations, which monitor local movements around the runway, this configuration is used en route to assess bird strike risk one hundred kilometers away, or more.