Pegasus Aerospace’s Post

Jetoptera, a U.S.-based aerial mobility startup, has partnered with UAE Advanced Air Mobility (AAM) company, Eanan Al Samma, to commence a joint flight test campaign for their subscale, box-wing VTOL J-500 autonomous aircraft. This innovative project is set to revolutionize the UAV market in the UAE. The J-500 VTOL cargo UAV, co-developed by the two companies, aims to perfect automated transitions to and from forward flight. This subscale model is powered by Jetoptera’s unique Fluidic Propulsive System™ and features electric ducted fans for propulsion, achieving a maximum speed of 200 knots and carrying payloads up to 50 kg. “The goal of the campaign is to further integrate the J-series flight controls to develop the autopilot and navigation system for the larger J-500 UAV. The aim is to address the UAE market,” the press release states. The subscale aircraft operates in automated mode, handling VTOL, hover, and transitions without pilot intervention. Missions are uploaded to the onboard control system, executing the entire mission autonomously. The tests have shown excellent automated conversions from hover to forward flight and vice versa, showcasing the hover maneuverability of the aircraft. Dr. Andrei Evulet, CEO of Jetoptera, emphasized the significance of this milestone: “Our collaboration has reached an important milestone for automated VTOL flights in the UAE. The first flights of our J-series have started the development of the controls and avionics for the larger version. Using the subscale aircraft at the location, we are collecting important flight data that is instrumental for the development and validation of the avionics planned for the FPS-powered vehicle. The partnership allows Jetoptera to accelerate its roadmap for the introduction of the larger J-series air taxis, on location, and under the unique local conditions, where the primary market target will be.” The campaign is taking place at the Xrange test field near Abu Dhabi and will continue over the coming months. Multiple automated missions have been conducted, including vertical take-off, hover, transitions, horizontal flight, vertical landing, and endurance tests. The subscale model is also capable of conventional take-off and landing. Ulrich Weckx, CEO of Eanan Al Samma, added, “By integrating Jetoptera’s FPS technology, we are enhancing the capabilities and operational efficiency of our aircraft, offering future clients unparalleled performance and reliability.” Read the full story on our blog. #AvfoilNews #Jetoptera #EananAlSamma #AutonomousAircraft #VTOL #UAV #AerialMobility #Innovation #SustainableAviation #AviationTechnology #UAE

𝗨𝗔𝗩𝗢𝗦 𝟮𝟬𝟮𝟯 𝗛𝗶𝗴𝗵𝗹𝗶𝗴𝗵𝘁𝘀 UAVOS, a developer and manufacturer of advanced unmanned systems, has highlighted its most significant advances in developing, producing and modernizing unmanned systems in an annual review. The company's key programs include Medium Altitude Long Endurance (MALE) UAV development, its new AI Software for an advanced multi-object gathering and processing data, and its on-going developments in drone-based services. 1. Continuing MALE UAS Innovation Capitalizing on previous generation track records with over 1 million flight hours across multiple customers, UAVOS has launched a next-generation Flight Control System featuring advanced software, sensors, powerful processing upgrades, hardware, and leading edge control algorithms for getting massive boost and progressing capacity of UAV. 2. Detect and Process Faster UAVOS has created and integrated video processing and computer vision algorithms for automatic recognition and tracking objects into their autonomous systems. Featuring the Vision and Recognition AI algorithms, with end-to-end solutions from autonomous labeling to a model training of a tracking algorithm which is based on a neural network, the software is specifically geared towards the inspection missions and the security industry as well. 3. Production Facility Growth UAVOS has launched a new composite manufacturing facility to produce composite parts for structural unmanned aircraft sub-assemblies. The new processing line is designed to improve the process and cost efficiency with reduced waste and energy consumption to produce advanced composite parts. 4. Commitment to the Global Drones For Good Program UAVOS has employed high-end technologies for autonomous data collection and analysis enabling Big data platform processing. The advanced approach allows to increase data processing automation from 30% to 90%. Furthermore, a digital twin is utilized and merged into one coherent environment to perform advanced analytics and provide detailed maintenance predictions for the customers. 5. Global Growth UAVOS and GradeOne Group, a part of the EDGE, the world’s leading advanced technology groups based in the UAE, joined forces to produce innovative solutions for the autonomous systems industry as part of the joint R&D Laboratory.

Dronomy.io's low cost replicator UAS working on Integrating UAVCAN (Unmanned Aerial Vehicle Controller Area Network) v1 with JetStream from NATS.io for drone communications in the coordination of UAS systems, both for internal device interactions and external communications within a UAV swarm. UAVCAN v1 serves as a lightweight yet robust protocol tailored for the aerospace and robotics sectors, facilitating real-time and highly reliable exchanges between a UAV's onboard devices like sensors, actuators, and controllers. This version enhances the protocol's efficiency, flexibility, and scalability, making it perfectly suited for intricate UAV systems that demand precise coordination and seamless data sharing among their components. Meanwhile, NATS.io with JetStream introduces a high-performance messaging framework that supports diverse messaging models—publish/subscribe, request/reply, and direct messaging. This setup not only ensures efficient data distribution across the UAV swarm but also enhances fault tolerance and scalability, crucial traits for maintaining operational integrity and managing communication loads as the swarm expands. These technologies together forge a formidable foundation for replicator drones or drone swarms, wherein coordination and data dissemination are pivotal for success. UAVCAN v1's adept handling of internal communications guarantees that the UAV's components operate in unison, ensuring low latency and high reliability vital for real-time operations and precision control. On the other hand, JetStream from nats.io, ensures robust, scalable, and adaptable communication across UAVs, supporting complex maneuvers, dynamic formation control, and collective situational awareness. The decentralized architecture afforded by individual UAVs hosting their NATS.io server leaf nodes not only boosts resilience but also operational flexibility, allowing drones to independently adjust to varying tasks and conditions. Additionally, this integration facilitates operational redundancy, ensuring that the drone swarm can maintain its mission even if individual UAVs face issues, by allowing others to seamlessly take over their functions. However, implementing this communication infrastructure requires careful consideration of network reliability, security measures to avoid unauthorized access, and the optimization of computational and power resources across the UAVs. Combining UAVCAN v1 with NATS.io's JetStream offers a comprehensive and scalable solution for managing complex communications within drone swarms, enabling advanced operational capabilities and fostering swarm intelligence.

Malaysia And China Explores UAV Technology Collaboration Malaysia is advancing in the field of unmanned aerial vehicle (UAV) technology through a collaborative effort with China, deputy prime minister Datuk Seri Dr Ahmad Zahid Hamidi said. The partnership, spearheaded by MARA Aerospace & Technologies Sdn Bhd and China’s Honeycomb Aerospace Technologies (Beijing) Co Ltd, is aimed at sharing expertise and developing UAV technology locally. Zahid also highlighted the significant opportunities it will provide for both the local UAV industry and Malaysia’s technical and vocational education and training (TVET) sector. A key aspect of the partnership is the transfer of technology from China, which is expected to benefit Malaysian TVET students, especially those studying at the University Kuala Lumpur (UniKL). Zahid noted that the knowledge gained through this collaboration will equip students with the skills to build UAVs, giving them a competitive edge in the growing field of UAV technology. UAV used by PDRM for border patrol (Image: PDRM Drone Unit/Facebook) Describing the collaboration as a milestone, the deputy prime minister emphasised its potential to revolutionise various sectors in Malaysia, including security and agriculture. UAVs, with their advanced capabilities, will play a crucial role in enhancing border security and agricultural efficiency. “This technology will change the landscape of how we operate, not just in security but also in agriculture,” he said. The partnership was formalised with the signing of a Memorandum of Understanding (MoU) between Mara Aerospace & Technologies and Honeycomb Aerospace Technologies. As part of this agreement, the latter will invest RM100 million to establish a UAV manufacturing facility in Malaysia, with operations expected to begin in 2025. Image: Zahid Hamidi, via Facebook In the initial phase, Honeycomb Aerospace will set up a UAV assembly facility at the UniKL Malaysian Institute of Aviation Technology campus in Sepang by October. This facility is projected to produce approximately 3,000 UAVs once it becomes fully operational. Zahid explained that Honeycomb Aerospace chose to invest in Malaysia due to the strong domestic and regional demand for UAVs. The deputy prime minister adds that UAVs are expected to have a wide range of applications, such as enhancing border security with their ability to monitor areas within a 300km radius. Additionally, they will benefit the agricultural sector, where they can be used for tasks such as seed planting and fertilisation.  (Source: Bernama / The Star / Zahid Hamidi [Facebook]) The post Malaysia And China Explores UAV Technology Collaboration appeared first on Lowyat.NET. https://ift.tt/bYJvt2V

🚀✨ Unveiling the T20 Ground Control Station: Your Ultimate Partner in the Skies! ✨🚀 Hello, Drone Enthusiasts and Tech Wizards! 🎮🌟 Are you ready to explore the incredible capabilities of the T20 Ground Control Station (GCS)? This isn't just a piece of tech; it's your ticket to mastering the skies with unmatched ease and sophistication. Let's dive into what makes the T20 GCS a game-changer in aerial technology! 1. All-Encompassing GCS: The T20 is not just a ground control station; it's a multifaceted powerhouse. Merging uas gcs, drone gcs, and universal ground control station capabilities, it's like the Swiss Army knife for your aerial needs. 2. Portability Redefined: With the portable GCS and portable ground station features, take control anywhere, anytime. This ground control rc makes field operations as easy as a walk in the park. 3. FPV - Your Eyes in the Sky: The FPV Ground Station and Ground Station FPV bring you a real-time aerial view. It's like being in the cockpit, but with your feet firmly on the ground. 4. DIY Heaven: Love to tinker? The DIY ground control station and DIY drone ground control station options let you customize to your heart's content. Unleash your inner engineer! 5. Precision and Control: This ground control system is designed for accuracy. Whether it's a u av ground control station or a uas control station, the T20 delivers unparalleled precision. It's like having the best co-pilot ever, but in the form of cutting-edge tech. 6. Universal Compatibility: The T20's universal ground control station design means it's ready for any drone, from uav ground station needs to a robot ground control station. It's the Rosetta Stone of drone communication! 7. Enterprise-Level Features: Boasting an enterprise handheld ground station smart system and a long-range video link UAV ground station, the T20 is fit for professional missions but accessible enough for hobbyists. 8. Hand-Held Flexibility: The convenience of hand-held ground control stations for drones is a game-changer. It's power and control, literally in the palm of your hand. 9. For Every Drone: With the T20, it doesn't matter if you have a uav drone ground control station or a ground station for uav; this system integrates seamlessly, making it a universal solution. 10. Long-Range Mastery: The long-range video link and smart technology ensure you're in control, no matter the distance. It's like having a superpower to reach beyond the horizon. 11. DIY and Customization Dream: And for the creative minds, the DIY UAV ground control station and DIY drone ground control station options are your canvas to create a personalized masterpiece. #T20EpicSaga #GroundControlStationAdventures #DroneTales #UAVGroundControlOdyssey #T20GroundControlStation #UASGCS #DroneControl #GroundControlStationInnovation #GroundControlStation #InnovationInProgress #GCSDrone #DroneInnovation #GroundControlStation #UAVRevolution #GCSRevolution

Another engine, another milestone for Sky Power International! Both the SP-110 FI TS and SP-210 FI TS have completed the industry known bench mark for endurance and reliability....the FAR33 test! For those that are not in the know-how, this is the high stress running profile as laid out by the Federal Aviation Administration's airworthiness standards for endurance, of up to 150hours of operation. These two engines were operated for 8 hours per day, until the prescribed 150hours was achieved. At the end of the daily test cycles, the engines were subjected to an inspection based on a checklist in order to detect changes at an early stage, document them and rectify them if necessary. After 150 hours, the engines were removed from the test bench and subjected to a full teardown inspection. . . . . #UAV #UAVpropulsion #uas #aerospace #aerospaceengineering #autonomousvehicles #VTOL #BVLOS #engineeringsolutions #propulsionsystems #Skypower #turnkeysolutions #madeingermany #twostroke #engine #engineeringexcellence #quality #power #testing #carb #UASengine #propulsion #vtol #fixedwing #engineering #unmannedsystems #unmannedaerialvehicle #project #development #SP210FITS #SP110FITS #testing #successstory #payload #genset Sky Power International Karsten Schudt Vikram Bansal

India's Quest for Self-Reliance in Defence is still a dream...? Nahh It's happening...! . . . With a mix of pride and reflection, I want to delve into a recent development that has sparked discussions about India's journey towards self-sufficiency in defence technology—Four of our very own Tapas drone is acquired by Indian Navy! This achievement isn't just about cutting-edge UAV capability; it's a testament to our nation's grit and innovation. Inspired by the MQ-9 Reaper, Tapas took flight after years of hard work by our DRDO heroes, from its inception in 2010 to its first flight in 2016. This bird measures 31 feet long, boasts a wingspan of 67 feet, and packs a punch with a 350 kg payload. It's our new sentinel, flying up to 30,000 feet for over 24 hours, keeping watch over our borders and the vast Indian Ocean. But it's not just about numbers and tech specs— India's aspirations to replace its ageing UAV fleet through the DRDO's TAPAS project were ambitious, aiming to showcase our technological prowess and bolster national security. However, setbacks in meeting specifications and timelines have prompted questions (I was also do it) about our path to self-reliance. This event is not just an answer to those questions. It's about showcasing our capability to innovate and create advanced defence tech right here at home. It's about reducing our dependence on imports and securing our nation with our own ingenuity. Sure, we've had our challenges—like skill shortages and limited private sector involvement. But here's the exciting part where Dronacharya Tech-Hub is contributing by ramping up drone project-based learning, we're gearing up for even faster growth. Imagine schools and colleges buzzing with students learning the ins and outs of UAVs, hands-on. That's how we nurture the next generation of drone wizards who'll take India's UAV game to new heights. So here's to our scientists, engineers, and leaders who made Tapas a reality. Let's keep pushing boundaries, embracing innovation, question what’s lacking and building a future where India leads in UAV technology. Together, we're not just flying drones; we're flying the flag of innovation and national pride! Let’s start discussing how Drone Project based learning propel the process of making our workforce future ready for that historic moment of India becoming Global Drone Hub in 2030. Jai Hind! #TapasDrone #UAV #DefenceTech #DroneLearning

Elevating UAV Capabilities: The Innovative Dual Power Mode of MK22/MK55 Long-Range UAV Wireless Video and Data Transmission System In the contemporary aerospace industry, the widespread use of unmanned aerial vehicles (UAVs) has made wireless transmission technology increasingly crucial. Its capability to deliver video and data in real-time to ground unit or other control devices is paramount. To enhance system reliability and extend flight duration, the MK22/MK55 long distance UAV equipped with a unique and innovative dual power supply mode. The Unique Significance of Dual Power Supply Mode By introducing the dual power supply mode, the MK22/MK55 UAV video and data transmission system gains greater flexibility in power configuration. The aim of this design is to meet the diverse needs of users, allowing them to choose different power configurations based on actual circumstances. This flexibility not only enhances system reliability but also prolongs flight time, providing users with more operational choices. Back-clip Battery Mode In the first power supply mode, users have the option to a battery to the ground unit of the product. This back-clip battery mode supports user’s own options and purchases, providing greater convenience for users. By flipping the switch on the bottom right of the ground unit upwards, users can enter the BAT battery charging mode, while the middle OFF button allows for a shutdown. Through practical testing, this mode has demonstrated the capability to extend the working time of the UAV wireless video and data transmission system to approximately 8 hours. Navigation Plug Charging Mode The second power supply mode adopts navigation plug charging. User please noting that the normal power supply range is between DC9~28V ensuring that your equipment can work properly. By flipping the switch on the bottom right of the ground unit downwards, users can enter the DC navigation plug charging mode, and the middle OFF button allows for shutdown. This design is suitable for scenarios where uninterrupted power supply is required during flight missions. User's Flexible Choices These two power supply modes provide different power options, allowing users to flexibly configure them based on specific situations and requirements to meet the demands of various flight missions. The MK22/MK55's power supply design focuses on providing users with comprehensive performance advantages, ranging from improving system reliability to extending flight time. Contact Us for More Information We are committed to providing the most accurate and the latest information, ensuring your clear understanding of this advanced long-range UAV video and data transmission system. If you have any questions or need more detailed information about other aspects of the MK22/MK55 UAV video and data transmission system, please do not hesitate to contact us.

Elevating UAV Capabilities: The Innovative Dual Power Mode of MK22/MK55 Long-Range UAV Wireless Video and Data Transmission System In the contemporary aerospace industry, the widespread use of unmanned aerial vehicles (UAVs) has made wireless transmission technology increasingly crucial. Its capability to deliver video and data in real-time to ground unit or other control devices is paramount. To enhance system reliability and extend flight duration, the MK22/MK55 long distance UAV equipped with a unique and innovative dual power supply mode. The Unique Significance of Dual Power Supply Mode By introducing the dual power supply mode, the MK22/MK55 UAV video and data transmission system gains greater flexibility in power configuration. The aim of this design is to meet the diverse needs of users, allowing them to choose different power configurations based on actual circumstances. This flexibility not only enhances system reliability but also prolongs flight time, providing users with more operational choices. Back-clip Battery Mode In the first power supply mode, users have the option to a battery to the ground unit of the product. This back-clip battery mode supports user’s own options and purchases, providing greater convenience for users. By flipping the switch on the bottom right of the ground unit upwards, users can enter the BAT battery charging mode, while the middle OFF button allows for a shutdown. Through practical testing, this mode has demonstrated the capability to extend the working time of the UAV wireless video and data transmission system to approximately 8 hours. Navigation Plug Charging Mode The second power supply mode adopts navigation plug charging. User please noting that the normal power supply range is between DC9~28V ensuring that your equipment can work properly. By flipping the switch on the bottom right of the ground unit downwards, users can enter the DC navigation plug charging mode, and the middle OFF button allows for shutdown. This design is suitable for scenarios where uninterrupted power supply is required during flight missions. User's Flexible Choices These two power supply modes provide different power options, allowing users to flexibly configure them based on specific situations and requirements to meet the demands of various flight missions. The MK22/MK55's power supply design focuses on providing users with comprehensive performance advantages, ranging from improving system reliability to extending flight time. Contact Us for More Information We are committed to providing the most accurate and the latest information, ensuring your clear understanding of this advanced long-range UAV video and data transmission system. If you have any questions or need more detailed information about other aspects of the MK22/MK55 UAV video and data transmission system, please do not hesitate to contact us.