ROBINS Project

The ROBINS Project, funded by the EU #H2020 R&I programme under grant agreement no. 779776, aims to support a wide scale adoption of RAS in marine industry.

[ROBINS Project @robins_project]

Only four days to go for the European Robotics & AI #workshop applied to #Inspection and Maintenance organized by @PILOTING_EU. Don't miss the opportunity to join ROBINS coordinator @RINA1861 and other European projects ➡️ https://t.co/GiUGbSONqc

[RINA1861 @RINA1861]

Would you like to learn more about @robins_project and the use of #drones in ship inspection? Then join us for this event organised by @PILOTING_EU focused on the application of #Robotics & AI technology to Inspection and Maintenance 👉 https://t.co/GPcCSxZ6F6

#MakeItRINA

[ROBINS Project @robins_project]

Our project coordinator @RINA1861 will present an overview of ROBINS Project at a workshop organized by @PILOTING_EU. The event will gather European projects that apply #Robotics & AI technologies to Inspection and Maintenance activities ➡️ https://t.co/GiUGbSONqc

#MakeItRINA

[ROBINS Project @robins_project]

Successful remote #drone trials with Waygate Technologies in the #testing facility set up at @UniGenova:
Robot - Genoa
Pilot - Zurich
Data recorder - Bordighera

[ROBINS Project @robins_project]

Would you like to learn more about ROBINS Project and the implementation of #drones in ship inspection? Then join @UniGenova and @RINA1861 tomorrow at Shipping 4.0, an online conference on innovation in the #maritime industry 🛳️ Register now 👉 https://t.co/AQVfTGBmAu

[ROBINS Project @robins_project]

On Friday 12th February we are taking part in #Shipping 4.0, a phygital event focused on key topics for the maritime industry 🚢 @UniGenova and @RINA1861 will present results and next steps of ROBINS Project. Join us at this conference ➡️ https://t.co/RbddPdo9oA

[RINA1861 @RINA1861]

In these challenging times, the already growing demand for #ship remote surveys has increased 🛳️ @robins_project is contributing to fill the technological and regulatory gaps for the full implementation of #drones in inspection activities ➡️ https://t.co/it8OekaZal

#MakeItRINA

[ROBINS Project @robins_project]

As a consequence of the Covid-19 emergency, we miss the possibility of supervised #testing activities. In order to keep trials going, we will run the first remote tests on our ship #inspection drones soon in our testing facility at @UniGenova ➡️ https://t.co/JbsEWy4RuM

[ROBINS Project @robins_project]

The automation of corrosion and crack detection is an increasingly important topic in research. ROBINS Project brings cutting-edge technologies to #ship inspection via the robotic integration of advanced #defectdetection and recording 🚢 https://t.co/6oapHhFov3

[ROBINS Project @robins_project]

In these challenging times, the #maritime industry has increased the already growing demand for remote surveys 🛳️ ROBINS Project aims to fill the technological and regulatory gaps to adopt innovative #drones in ship inspection activities 🚢 https://t.co/r4P3PdKZsQ

[ROBINS Project @robins_project]

#3Dreconstruction could play a key role in #drone inspection loop. The software tool developed by @open_cascade is able to devise a 3D model of the confined space subject to inspection by means of image processing algorithms. Learn about its features ➡️ https://t.co/6oapHhFov3

[ROBINS Project @robins_project]

The number of bulk carrier #ships is approximately one fourth of the total world fleet ⚓️ The cabilities of the robotic crawler developed by GEIR can be exploited at best for their #inspection. Learn more about its features and developments ➡️ https://t.co/86zbY4VHBd

[ROBINS Project @robins_project]

Addressing the scenario involving wide spaces with a few obstacles and irregular surfaces is critical to ship #inspection 🚢 For cargo holds and cargo tanks, @UIBuniversitat developed an aerial #drone with inspection-oriented autonomous functionalities 👉🏽 https://t.co/aiPiB2Dzoc

[ROBINS Project @robins_project]

The possibility to test ship #inspection drones in a controlled and accessible environment increases the development opportunity for new RAS. In our testing facility at @UniGenova, test protocols specific for #drones are designed along with the RAS ➡️ https://t.co/SRvqRJbFhD

[ROBINS Project @robins_project]

#Drones for indoor inspection of cluttered spaces face different challenges than in large open areas. For this purpose, @fly_ability developed Elios, the first-collision-tolerant UAV for #ships' confined spaces and ballast tanks 🛳️ https://t.co/yziv4otQOP

[ROBINS Project @robins_project]

The possibility to verify the capability of #drones to provide outcomes equivalent to those obtained by traditional #ship inspection is a mandatory condition for the adoption of these technologies 🚢 This is one of the main goals of the ROBINS Project ➡️ https://t.co/r4P3PdKZsQ

[ROBINS Project @robins_project]

We are looking forward to our first webinar. We will discuss how to fill the technology and regulatory gaps in the adoption of #drones and innovative tools for ship #inspection activities 🛳️

Join us tomorrow ➡️ https://t.co/iQn93EnJvm

[ROBINS Project @robins_project]

The first project webinar is approaching 🚢 Do you want to learn more about the application of #drones in #ship inspections and the solutions provided by remote surveys? Register now 👉 https://t.co/iQn93EnJvm

[ROBINS Project @robins_project]

ROBINS Project aims at filling the technology and regulatory gaps that still represent a barrier to the adoption of #drones in #ship inspections, understanding end user's needs and expectations and analyzing how technology can meet them. Learn more ➡️ https://t.co/qKwWm2b5fv