🚀 Kellen Lynn’s Post

UAVTEK Introducing HORUS: The Ultimate in Modular Drone Technology 🚁 Proudly designed and manufactured in the UK, the HORUS represents the pinnacle of reconfigurable unmanned aerial systems. 🎯 Payload Options: • Basic FPV: Essential EO VLS camera setup • Smart FPV: AI-powered tracking with GPS-denied capability • Thermal FPV: Advanced thermal imaging integration • ISR Gimbal: Full surveillance capability with customizable camera configurations 💪 Arm Configurations: • 9" - 45min flight / 2kg payload • 16" - 60min flight / 4kg payload • 24" - 90min flight / 10kg payload 🔒 Operating Systems: • Odin White: Commercial applications • Odin Blue: Law enforcement with encrypted communications • Odin Green: Military-grade extended range capabilities • Odin Black: Elite special operations variant with advanced EW resistance Peak Performance Example: 24" configuration achieves 45min flight time with 7kg payload and 45km range. Contact us for detailed specifications and customization options. #UnmannedSystems #DefenseTechnology #DroneInnovation #UKManufacturing #MilitaryTech

The Black Widow drone, developed by Red Cat, exemplifies advanced UAS technology tailored for the modern warfighter. With its modular architecture, this system allows for rapid adaptation to a variety of mission requirements, including short-range reconnaissance and secondary payload operations, enhancing operational flexibility on the battlefield. Designed and manufactured in the USA, the Black Widow prioritizes survivability and the safety of personnel. It features a Doodle Hex-Band Radio equipped with frequency-stepping capabilities for electronic warfare resilience, ensuring robust communication even in contested environments. The drone is powered by a Qualcomm RB5 chip, delivering high processing power for its integrated AI capabilities. Among its standout technologies are the FLIR Prism AI software stack for advanced imaging and the Athena AI for target identification, tracking, and classification. Additionally, the integrated Reveal Farsight 3D mapping software provides real-time situational awareness, while forward-looking obstacle avoidance enhances navigational safety. Weighing just 3.6 lbs (1.63 kg) with a flight time exceeding 35 minutes, the Black Widow can operate up to 5 miles (8 km) away at speeds of 10 m/s (23 mph). Its 64 MP electro-optical (EO) sensor and radiometric infrared (IR) sensor ensure high-quality imaging and video recording, making it a valuable asset for intelligence gathering. The Black Widow's design incorporates stealth mode capabilities, allowing mission execution with radios off, and features a quiet acoustic signature to minimize detection. With its integrated Picatinny rail, it facilitates seamless connection of secondary payloads, reinforcing its adaptability in various operational scenarios. #BlackWidow #RedCat #UAS #UnmannedAerialSystems #DefenseTechnology #AviationInnovation #AI #ModularDesign #Reconnaissance #Survivability #ResearchAndDevelopment #AerospaceTechnology

MicroStrain by HBK discusses its 3DM-CV7-INS, an innovative inertial navigation system designed to integrate radar technology for enhanced performance during GNSS outages >> 🔗 https://hubs.la/Q02SL8mN0 MicroStrain by HBK's 3DM-CV7-INS combines this radar-based approach with its core INS platform, providing a system that significantly improves navigation accuracy during GNSS outages. This capability represents a critical advancement for autonomous systems, enabling them to maintain reliable navigation in environments where traditional GNSS/INS systems might fail. 👏 ➡️ Visit the Unmanned Systems Technology website for further information. #unmanned #technology #navigation #radar #sensors

🚩Boost Your Tactical Edge with Pathum 01 Mini UAS The Pathum 01 Mini UAS has demonstrated its value in the field, providing real-time reconnaissance and target acquisition, and delivering unmatched situational awareness. Trusted for its reliability and rapid deployment, Pathum redefines both military and civilian operations. • Operational Range: Covers up to 60 km with hours of continuous flight for mission-critical intelligence. • Real-Time Intelligence: High-definition EO/IR sensors for precise day and night visibility, delivering critical data when it matters most. • Compact & Mission-Ready: Deploys in minutes, ideal for dynamic environments and small teams. Looking to strengthen your mission capabilities? Contact us to learn how the Pathum 01 Mini UAS can enhance and support your operational needs. 🌍Website: https://lnkd.in/gRg78UyJ 👥Facebook: https://lnkd.in/gvgzrNun 🎬YouTube: https://rb.gy/mx7zkr ------------------------------------ #RVConnex #GenerationOfNow #UAV #Drone #Innovation (Disclaimer: The image shown are for promotional purposes only and may not represent the final product. Actual features, colors, and specifications may vary.)

𝐒𝐲𝐧𝐭𝐡𝐞𝐭𝐢𝐜 𝐀𝐩𝐞𝐫𝐭𝐮𝐫𝐞 𝐑𝐚𝐝𝐚𝐫 : 𝐋𝐞𝐚𝐫𝐧 𝐀𝐥𝐥 𝐘𝐨𝐮 𝐍𝐞𝐞𝐝 𝐓𝐨 𝐊𝐧𝐨𝐰 𝐀𝐛𝐨𝐮𝐭 ( 𝐋𝐚𝐭𝐞𝐬𝐭 𝐈𝐧𝐟𝐨𝐫𝐦𝐚𝐭𝐢𝐨𝐧 ) Synthetic aperture radar is used for creation of 2D or 3D reconstruction of a landscape or an object. Synthetic aperture radar is a space borne or airborne radar system which generates remote sensory image with high resolution. Synthetic aperture radar or SAR system gathers data of the flight path to stimulate aperture or large antenna electronically. Synthetic aperture radar operates similar to phased array. However, instead of large number of parallel antennas, synthetic aperture radar uses one antenna in time multiplex. Synthetic aperture radar gathers data from different geographical locations which result into full moving platform. Synthetic aperture radar is also used in defense systems for earth resource mapping, environmental monitoring, etc. Growing demand for technologies providing situational awareness, increasing demand of effective surveillance & communication network, and increase in deployment of space-based radars are some of the major factors which drive the growth of the global synthetic aperture radar market. However, high development cost of synthetic aperture radar is restraining the growth of the synthetic aperture radar market. Contrarily, increase in development of dual-band synthetic aperture radars and automation & miniaturization of radars for the unmanned aerial vehicles & unmanned combat vehicles are expected to further contribute in the growth of global synthetic aperture radar market.

Complete Guide of "Aerial Imaging" Download free sample PDF : (https://lnkd.in/d2jxNSHV) The aerial imaging market exceeded $3 billion in 2022 and is expected to achieve a compound annual growth rate (CAGR) of 22% from 2023 to 2032. In 2022, the fixed-wing aircraft segment generated revenue exceeding USD 400 million, driven by the imperative to bolster air force fleets. Fixed-wing manned aircraft have long been indispensable for aerial imaging across various air force domains, including research, surveillance, geospatial mapping, and conservation. The imagery captured by these aircraft serves diverse purposes across military, defense, and numerous other sectors. By 2032, the urban planning segment within the aerial imaging industry is forecasted to surpass USD 5 billion. This growth is fueled by government initiatives supporting smart city initiatives and the increasing digitization across various sectors. Unmanned Aerial Vehicles (UAVs) are anticipated to assume a more significant role in smart city infrastructure, aiding in civil security monitoring, traffic and population management, agricultural and environmental oversight, and facilitating coordination among diverse systems.

At Defense Beacon, we often highlight the power of competitive intelligence in identifying strategic market insights. Recently, we reviewed a marketing release from Aeronautics Group showcasing the integration of Synthetic Aperture Radar (SAR) capabilities into their unmanned aircraft systems (UAS). The release shared limited details, such as images of the SAR pod mounted on the UAS, along with basic specifications like weight, operational frequency, and detection ranges in different operating modes. While Aeronautics Group understandably chose to keep details scarce, our team at Defense Beacon conducted an in-depth analysis and identified the SAR pod as the NSP-3 model from IMSAR, a US-based firm. This system, a multimode, low-Size, Weight, and Power (SWaP) radar, is specifically designed for Group 2-3 unmanned platforms and manned aircraft. It integrates seamlessly with IMSAR’s Lisa 3D Command and Control (C2) and Processing, Exploitation, and Dissemination (PED) software, offering streamlined operation and advanced capabilities for mission success.🚁💡 From this, we can draw a few conclusions: Aeronautics is clearly working to close the gap with competitors that have already integrated SAR pods into their platforms, including other US and Turkish companies. By expanding their capabilities in this space, Aeronautics aims to remain competitive in an evolving market.🔍🌍 However, the integration of a US-made SAR pod introduces a new complexity. Aeronautics Group will require US export licenses to incorporate this technology into their systems, potentially limiting their flexibility when competing against American companies. The US government is likely to prioritize the interests of US-based companies, which could put Aeronautics at a disadvantage in bidding scenarios.⚖️ Through competitive intelligence, we can uncover hidden insights and trends that help companies better position themselves in the marketplace and understand their competitors' moves.📊📈 If you are also interested in receiving ongoing competitive intelligence and strategic insights into your market and competitors, reach out to us to schedule a meeting.🤝 Defense Beacon Consultancy is specialized in providing competitive intelligence and strategic insights for defense industry clients. To explore how we can support your strategic needs, feel free to reach out to us here or visit our website defensebeacon.tech 🌐 #CompetitiveIntelligence #SAR #UAS, #pod, #ISR, #unmanned, #UAV, #DRONE,#radar, #CommandandControl, #C2, #GMTI, #detection, #Synthetic , #Orbiter

Big news from my firm Theta Informatics, we've published our test data and results from recent field exercises. The results demonstrate the viability and accuracy of our OpenAthena software's novel terrain-raycast technique for sUAS remote sensing:

We came across an interesting paper that introduces AITester, an AI-driven approach to automating system-level testing for unmanned aerial systems (UAS). Traditional testing methods require manual creation, execution, and evaluation of test scenarios, an approach that can be time-consuming and prone to errors. AITester leverages model-based testing and AI to dynamically generate and assess test scenarios based on real-time environmental conditions. The approach has been validated on critical UAS components, effectively detecting autopilot deviations and identifying potential issues in ground control station displays, demonstrating its potential to enhance software testing in aerospace applications. Read the full paper here 👉 https://lnkd.in/dRVcF2au #AI #Aerospace #UAS #Automation #SoftwareTesting #Innovation #ArtificialIntelligence #TechInsights

Navigating in an Era of Escalating GNSS Interference: Join the infiniDome Webinar 🌍📡 https://hubs.la/Q02QTSxX0 As GNSS interference continues to rise, infiniDome will provide valuable insights into how drones and UAVs must operate under jamming conditions in modern electronic warfare. Register now to save your spot: 🗓️ When: October 28th 5pm (CET) 🔗 Register here: https://hubs.la/Q02QTTc00 This is a must-attend event for anyone in the unmanned sector reliant on GNSS and looking to enhance operational resilience #GNSS #Navigation #Webinar #UnmannedSystems