The worlds first international maritime SAR database and knowledgebase.
This project aims to develop concepts for, and implementations of, a database of maritime search and rescue (SAR) knowledge. It seeks to preserve and share documented and undocumented helpful best-practices, know-how, lessons learned, recommendations, and general knowledge. Help make our seas safer through sharing knowledge.
By Robert J. Rovetto
The worlds first listing of water rescue literature from across the globe.
This project is producing a listing of maritime search & rescue (SAR) knowledge sources from different SAR groups and organizations around the world.
By Robert Rovetto
NEW PWC / BOAT COMBO
DOCK YOUR PWC WITH OUR HIGH MOLECULAR WEIGHT POLYETHYLENE BOAT HULL AND SAVE LIVES. TAKES 7 PERSONS INSTEAD OF 2
Optimize, Rearrange, Improve
The project is about optimizing different spaces on an already existing rescue-boat to improve the environment and accesibility for all users
By Alexandra Torstensson, Hanna Hackl, Josefine Gulda and Henrik Johansson
Electrifying the Rescuerunner
How might we make a Rescuerunner follow a bigger rescue boat automatically, on a safe distance? A mechanical solution.
By Gustav Lindberg, Hampus Bergh, John Skötte
Finding a good construction and design for a coastal environment
For a good implementation of the use of drones in sea-rescue operations, there is a need to develop autonomous launching boxes for fixed-wing drones.
By Thure Waller, Ola Delfin, Axel Westfelt, Filip Svalander, Lukas Riedel
An electronic tow rope
How might we make the Rescuerunner follow a bigger rescue boat automatically, on a safe distance?
By Fredrik Falkman
a shaft-less propulsor to minimize impact of floating ropes and debris
Ship accidents usually produce a lot of floating debris. Rescue boats, weather equipped with a water jet or a propeller, are vulnerable to debris, and can be made useless for hours if a rope gets tangled and melts into a solid mass around the drive shaft.
By Fredrik Falkman, SSRS