Near shore bathymetric surveying using our unmanned survey vessel (USV) at JEBLC. An excellent tool for surveying where conditions are too shallow or dangerous for a crewed vessel.
Another day and another #Hydrographic#Survey using our Unmanned Survey Vessel #USV. This one very different to the last, but the contrast really shows the capabilities of the platform.
https://lnkd.in/dv4NNgiu aim of the project was to investigate the possibilities and effectiveness of using unmanned surface platforms without interrupting the operation of seaports.
Combining multiple types of unmanned systems and the data they collect can greatly increase operational efficiency and effectiveness. Carl Shipley, the Coast Guard's remotely operated vehicle (ROV) program manager, is pushing into this new capability space by fusing short range UAS (SR-UAS) orthomosiac imagery with side scan sonar from an ROV to create a near real time image of what is happening above and below the surface.
Another great example of how continued investment in new types and combinations of capabilities will enable the Coast Guard to meet the challenges of the 21st century.
https://lnkd.in/eSCXbfav
We’ve just published a detailed case study on how the R2Sonic 2026 V Multibeam Echo Sounder, when paired with an Unmanned Surface Vehicle (#USV), can significantly enhance data accuracy and efficiency during quay wall inspections.
It details a project at the end of July carried out in Rostock by Agata FeldensEzekiel David and Jorge Ibaceta Patiarroy, and dives into the practical applications, challenges, and benefits of using this cutting-edge technology pairing, particularly when a tilted mount for the #multibeam is applied to acquire precise data on vertical structures.
👉 Check out the full case study here: https://lnkd.in/eN_QWXx8#Hydrography#MarineSirvey#UnmannedSystems
Safe Harbor
in American English, NOUN
1. a harbor considered safe for a ship, as in wartime or during a storm at sea
2. any place or situation that offers refuge or protection
There is no longer a safe harbor for any ship... in any port... in a world of intelligent swarming underwater drones (UUVs). Communications denied and GPS denied is status quo and ops normal for underwater operations and this is the hardest multi-agent swarming problem to solve. There will be an evolution of All-Domain Heterogenous Multi-Agent AI behaviors across the services that is in the spirit and objectives of CJADC2.
Wait for it... or be in the center of it.
🚀 The unveiling of Teledyne FLIR's Rogue 1 has genuinely set the stage for a revolution in unmanned aerial capabilities. This drone isn't just a technological marvel; it's a testament to the leaps we are making in advanced warfare and surveillance tools.
Why the Rogue 1 stands out:
- Precision and Control: Superior stabilization systems enable smooth and precise operations, even in challenging environments.
- Advanced AI: Equipped with cutting-edge AI, the Rogue 1 handles complex navigational and operational tasks with ease.
- Modular Payloads: Flexible payload options allow for tailored mission capabilities, from intelligence gathering to direct strikes.
- Innovative Targeting: Sophisticated targeting systems offer precision strikes with varied detonation capabilities, minimizing collateral damage.
The promotional video alone is a must-watch, displaying the capabilities that make this drone a potential game-changer. https://lnkd.in/e2GSaH-3
Technical Specifications:
Speed: Burst speeds exceed 70 mph, allowing rapid response and retreat.
Endurance: Capable of a 30-minute flight time with a range of over 10 km.
Versatility: Features a state-of-the-art fuzing system with mechanical interrupts for safing, recovery, and reuse.
Operational Readiness: Designed for versatility, survivability, and lethality on the modern battlefield.
However, exciting as it is, there are essential aspects to consider for its deployment in real-world scenarios:
Antenna Design: Are the antennas designed to withstand combat conditions and prevent easy targeting?
Radar Signature: What measures are in place to ensure the drone remains stealthy against advanced radar systems?
Electronic Warfare Capabilities: Can it operate effectively in environments with heavy electronic countermeasures?
All-Weather Operation: Is the drone capable of performing in adverse weather conditions without any degradation in functionality?
Field Maintenance: How complex is the maintenance, especially under field conditions?
Cybersecurity Protocols: How robust are the cybersecurity measures to protect against hacking and other cyber threats?
Cost Analysis: Is the investment in such advanced technology justified by its operational benefits and efficiencies? For example our LuckyShot cost only 5-7k$
These aren’t criticisms but critical questions to understand the Rogue 1’s readiness for deployment. 🤔
I’m keen to hear your thoughts. How do you see such advanced drones influencing the tactics and strategies of modern warfare?
#TeledyneFLIR#Rogue1#MilitaryDrones#FutureOfWarfare#DefenseTechnology
Duane Fotheringham, president of Mission Technologies’ Unmanned Systems business group, was quoted in a recent Reuters story about UUvs.
“We hear the demand signal,” Fotheringham said, “but we all have to work together very closely to understand what that demand is and when it will be available.”
Read the article here: https://lnkd.in/eRKxm92s
Engineer at Naval Facilities Engineering Systems Command (NAVFAC)
7moExcellent. Taking the branch to a whole new level.