The Project Ryptide Drone Drops Life-Rings To Distressed Swimmers
Rahul Kalvapalle — January 7, 2015 — Tech
Project Ryptide is a drone attachment that can be attached to a drone and used to carry inflatable life rings to distressed swimmers.
Once a drone has been flown to a location above the swimmer, a button on the drone controller can be pushed to release the life ring. When the life ring hits the water, an attached salt tablet dissolves, causing a spring pin to pierce a carbon dioxide cartridge and inflate the life-ring in just about three seconds.
The Ryptide will come in three different versions. The basic version can be attached to any small drone without any tools. The multi-ring model carries up to four life-rings that can be dropped on at a time. The heaviest version can carry four life-rings as well as a camera.
Once a drone has been flown to a location above the swimmer, a button on the drone controller can be pushed to release the life ring. When the life ring hits the water, an attached salt tablet dissolves, causing a spring pin to pierce a carbon dioxide cartridge and inflate the life-ring in just about three seconds.
The Ryptide will come in three different versions. The basic version can be attached to any small drone without any tools. The multi-ring model carries up to four life-rings that can be dropped on at a time. The heaviest version can carry four life-rings as well as a camera.
Trend Themes
1. Drone Lifesaving - The use of drones to quickly deliver life-saving equipment such as life-rings to distressed swimmers presents opportunities for innovation in unmanned aerial vehicles (UAVs) and emergency response technology.
2. Automated Water Rescue - Developing drones with greater autonomy and capabilities to identify and pull distressed swimmers to safety presents opportunities in artificial intelligence (AI) and robotics.
3. Remote Emergency Response - The ability to remotely deploy life-saving equipment in water rescue situations opens up innovation opportunities in emergency response technology and communication infrastructure.
Industry Implications
1. Drone Technology - The use of drone technology for water rescue operations presents opportunities for UAV manufacturers and developers to create specialized, lifesaving equipment with innovative features.
2. Emergency Response - Incorporating drones into emergency response protocols and developing new technologies to detect and respond to water rescue situations presents opportunities for disruption in the emergency response industry.
3. Recreation and Tourism - Integrating drone-based water rescue systems into recreational safety measures and tourism operations presents opportunities for businesses and organizations to increase the safety of water-based activities and attract safety-conscious customers.
4
Score
Popularity
Activity
Freshness
