Kraus Hamdani Aerospace, Inc.’s Post

Proffesional content. Great insights to the industry. Highly recommended. https://lnkd.in/dFx4ZWxT

Decisive Point portfolio company Firestorm raised $12.5 million to bring modular, open-architecture unmanned aerial systems to the warfighter.  Firestorm’s Chief Strategy Officer, Chad McCoy, said "There is a clear need within the defense technology sector to build faster and less costly systems, and simply throwing money at the issue won't change the outcome. We found that coalescing a deep operational understanding of warfighter needs, combined with aerospace pragmatism, and a new rapid manufacturing model, allows us to stand out in a very crowded market. The goal is to create a completely new category that shakes up legacy timelines and cost." Firestorm employs expeditionary manufacturing with its xCell containers to mass produce unmanned aerial vehicles in forward operating environments. Learn more at launchfirestorm.com.  Read more here: https://lnkd.in/e7w6CJQ8 #investedinthemission #defensetech

Discover the wonders of Unmanned Underwater Vehicles (UUVs) and their incredible versatility. From environmental research to defense operations, these machines are changing the game. Explore the depths with UUVs and unlock a world of possibilities. #UUVs #underwaterexploration #technology #innovation https://lnkd.in/d5yfUAMr

Why trust your #tacticalnetwork to just a single frequency? Rajant Corporation's Condor has two transceivers operating simultaneously in #licensedfrequencies in a small rugged package. Rajant's InstaMesh® protocol handles RF issues by immediately switching paths and frequencies as needed. This is done autonomously and instantly and without data loss. The network proactively detects changes in link quality while also reacting immediately to sudden changes in the environment. This system is packed with complex technology but the math is simple. 2 > 1: 2 simultaneous frequencies are far more resilient than 1. Dynamic use of both frequencies combined with instant failure detection and retransmission with no data loss. 256 > 64: RF modulation up to 256QAM while other systems stop at 64QAM. Higher QAM means higher performance. 80 > 20: Channel bandwidth up to 80 MHz while other systems stop at 10-20 MHz. Higher channel bandwidth again means higher performance. When your network can't afford to fail, pick Rajant.

This ship is a concept design of unmanned vehicle carrier that we developed. This design was unveiled at last year's MADEX, and it is a dedicated vessel equipped with unmanned systems such as UAVs, capable of deploying and controlling unmanned vehicles. However, when the combat capability of unmanned systems surpasses the performance of guided missiles, the carrier could be treated as a strategic weapon. Therefore, researching the concept of tactically deploying them on smaller vessels like FAC, OPVs rather than specialized ones may be worth considering. We will explore this approach as well. #HD_HHI #UnmannedSystems #NavalInnovation #FutureTech

Why do we call them unmanned aerial vehicles, unmanned aircraft systems, remotely piloted aircraft, or remotely piloted aircraft systems? As more aircraft of all sizes are flying around with no one on board, it's more important than ever to understand what they are and the distinctions among them. Here's what you need to know: https://ow.ly/6aum50QORtJ

Unmanned aircraft have revolutionized various industries and brought noteworthy benefits to our society. These autonomous flying machines can be deployed in different sectors, such as agriculture, infrastructure inspection, and disaster management.    In order to track all the advances we are making in air technology, we have this device from Liteye. This is called the Liteye Shield Counter- Unmanned Aircraft System (C-UAS). Learn more about it in our next post. In the meantime, take a look at how incredible this piece of equipment is!      #unmannedexperts #unmannedaircraft #aitech #AITechnology

#DisruptiveTech Making waves in underwater domain. Ocean Power Technologies has successfully publicly demonstrated capabilities of its counter-unmanned underwater vehicle. A leader in innovative and cost-effective low-carbon marine power, data, and service solutions,reported that it has completed a major contractual milestone and concluded operation of several simultaneously deployed WAM-Vs for a Department of the US Government. This milestone enables immediate revenue recognition. The vehicle had been showcased earlier at events held by the Navy League of the United States and AUVSI — Association for Uncrewed Vehicle Systems International. Demonstrations focused on its ability to detect multiple underwater threats, including singular and swarming autonomous vehicles, according to the company. This solution creates a unique position for Ocean Power to offer affordable uncrewed vessels capable of carrying out such tasks for the United States Department of Defense. Results of the demonstrations were shared at San Francisco's International Mine Warfare Technology Symposium. See earlier posts: Countering the threat from autonomous underwater vehicles https://lnkd.in/esZRSc4w A summary of how the UK's Royal Navy is developing its vision for fighting in the increasingly contested undersea domain in the next two decades https://lnkd.in/eJBufMbs #uuv #cuuv #ssn #asw #underwaterdrones #submarines #asw Campaign Catapult, Pravo Consulting

Houthi Drone tactics and irregular warfare training reveal a swift adaptation to combat conventional powers. Their emphasis on stealth and the use of autonomous unmanned systems showcase a strategic shift. The Drone Station concept, noted for its persistence and efficiency while minimizing risk to personnel, poses a substantial threat to troops and supply lines. Although untested in warfare, the Houthis' proactive approach is evident. The question arises: Is the US conducting similar kinetics testing on UAS at a comparable pace? Do we possess autonomous UAS capabilities in active deployment? The necessity of such advancements seems clear in the evolving landscape of modern warfare. What are your thoughts on this? #Houthi #DroneTactics #ModernWarfare #AutonomousSystems #IrregularWarfare #disruptivecapabilities

🚀 Thomas Debrunner tackles modernizing MAVLink and advancing the protocol for the next generation of unmanned systems in this video from his #PX4DevSummit session. ⚙️https://hubs.la/Q02cHDmK0