The Oceanic Platform of the Canary Islands (PLOCAN) has once again participated in the CANASAR 2026 exercise, an aircraft accident simulation coordinated by the Canary Islands Aeronautical Rescue Coordination Centre (ARCC) of the Spanish Air and Space Force. The maritime operation took place on the morning of March 18th, south of the Canary Islands.
In this edition, PLOCAN contributed its expertise and technological capabilities through the deployment of two drifting buoys, enabling real-time monitoring of ocean current dynamics in the area. These buoys, combined with representative elements, accurately reproduced the drift of objects at sea, providing valuable information for operational planning and decision-making.
Additionally, PLOCAN provided surface current and drift forecast data, essential for estimating the trajectory of objects at sea and defining priority search areas. The southern region of the Canary Islands, where the exercise was conducted, is particularly dynamic due to the recurrent presence of mesoscale eddies, which can trap and divert drifting objects, affecting their surface dispersion. This reinforces the value of drifting buoys in search and rescue exercises, as they provide key data to support operational planning and decision-making.
The collaboration between PLOCAN and the Spanish Air and Space Force highlights the importance of applying science and technology in real operational environments. The integration of ocean observation, numerical modelling, and field validation enhances operational effectiveness and contributes to improved coordination and preparedness in maritime emergency response.
PLOCAN’s participation further consolidates its role as a strategic partner in maritime safety, reaffirming its commitment to interinstitutional cooperation.
The image accompanying this article has been provided by the ARCC (Canary Islands Aeronautical Rescue Coordination Centre) during the CANASAR 2026 exercise.
Link to the news article on the website: https://www.laprovincia.es/canarias/2026/03/18/ejercicio-canasar-26-simulacro-accidente-128143466.html
