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How to build a UAV for Long Range FPV & Autonomous Missions I've linked the electronics down here Alternative's to the F405-WING & Recommended Flight Controllers: Matek F405-WTE: 🤍 Matek F411-WSE: 🤍 Matek F411-WTE: 🤍 Racerstar BR3536 950kv Motor: 🤍 Hobbywing 40A ESC: 🤍 MG90 Servo's: 🤍 FrSky X8R Receiver: 🤍 Eachine TX805 800mW VTx: 🤍 Beitian BN-220 GPS: 🤍 My Radio, FPV Goggles & Antenna's: Eachine EV800D: 🤍 FrSky Taranis X9D Plus SE: 🤍 Triple Feed Patch Antenna's: 🤍
▶ Visit 🤍 to get a 30-day free trial + the first 200 people will get 20% off their annual subscription UAVs operate in the world of tactical intelligence, surveillance and reconnaissance or ISR, generally providing immediate support for military operations often with constantly evolving mission objects. Traditionally, airborne ISR imaging systems were designed around one of two objectives, either looking at a large area without the ability to provide detailed resolution of a particular object or providing a high resolution view of specific targets, with a greatly diminished capability to see the larger context. Up until the 1990s, wet film systems were used on both the U2 and SR-71. Employing a roll of film 12.7 cm or 5" wide and almost 3.2 km or 2 miles long, this system would capture one frame every 6.8 seconds, with a limit of around 1,6000 frame captures per roll. BIRTH OF DIGITAL The first digital imaging system to be used for reconnaissance was the optical component of the Advanced Synthetic Aperture Radar System or ASARS. Installed on the U-2 reconnaissance aircraft in the late 1970s, ASARS used a large, phased-array antenna to create high-resolution images of the ground below using radar. Complementing the radar, was an imaging system that used a Charge-coupled device or CCD camera to capture visible light images of the terrain being surveyed. This CCD camera operated in synchronization with the radar system and had a resolution of around 1 meter or 3.3 feet per pixel. A CCD sensor consists of an array of tiny, light-sensitive cells arranged in an array. When combined with the limitation of computing hardware of the time, their designs were generally limited to less than a megapixel, with resolutions as low as 100,000 pixels being found in some systems. CMOS By the early 1990s, a new class of imagining sensor called active-pixel sensors, primarily based on the CMOS fabrication process began to permeate the commercial market. Active-pixel sensors employ several transistors at each photo site to both amplify and move the charge using a traditional signal path, making the sensor far more flexible for different applications due to this pixel independence. CMOS sensors also use more conventional, and less costly manufacturing techniques already established for semiconductor fabrication production lines. FIRST WAMI Wide Area Motion Imagery takes a completely different approach to traditional ISR technologies by making use of panoramic optics paired with an extremely dense imaging sensor. The first iteration of Constant Hawk’s optical sensor was created by combining 6 - 11 megapixel CMOS image sensors that captured only visible and some infrared light intensity with no color information. At an altitude of 20,000 feet, the "Constant Hawk" was designed to survey a circular area on the ground with a radius of approximately 96 kilometers or 60 miles, covering a total area of over 28,500 square kilometers or about 11,000 square miles. Once an event on the ground triggers a subsequent change in the imagery of that region, the system would store a timeline of the imagery captured from that region. This now made it possible to access any event at any time that occurred within the system’s range and the mission’s flight duration. The real time investigation of a chain of events over a large area was now possible in an ISR mission. In 2006 Constant Hawk became the first Wide Area Motion Imagery platform to be deployed as part of the Army’s Quick Reaction Capability to help combat enemy ambushes and improvised explosive devices in Iraq. In 2009, BAE System would add night vision capabilities and increase the sensor density to 96 megapixels. In 2013, full color imagery processing capability would be added. The system was so successful that the Marine Corps would adopt elements of the program to create its own system called Angel Fire and a derivative system called Kestrel. ARGUS-IS As Constant Hawk was seeing its first deployment, several other similar systems were being developed that targeted more niche ISR roles, however one system in particular would create a new class of aerial surveillance, previously thought to be impossible. Called the ARGUS-IS, this DARPA project, contracted to BAE Systems aimed to image an area at such high detail and frame rate that it could collect "pattern-of-life" data that specifically tracks individuals within the sensor field. The system generates almost 21 TB of color imagery every second. Because ARGUS-IV is specifically designed for tracking, a processing system derived from the Constant Hawk project called Persistics was developed. Because this tracking can even be done backwards in time, the system now becomes a powerful tool for forensic investigators and intelligence analysis of patterned human behavior. SUPPORT NEW MIND ON PATREON 🤍
Stream C – NATO class I UAS that does the class II job. Vertically integrated UAS solution by Threod Systems for military and border security missions. All systems are developed in-house: UAV, gimbals, autopilot, ground data terminal, ground control station, remote video terminal, launcher. Product page: 🤍
The RQ-4 Global Hawk is a high-altitude, long-endurance, remotely piloted aircraft with an integrated sensor suite that provides global all-weather, day or night intelligence, surveillance and reconnaissance (ISR) capability. Northrop Grumman’s GLOBAL HAWK is one of, if not the world’s premier surveillance and reconnaissance unmanned aircraft system—and the Air Force’s go-to eye in the sky. In the RQ-4 name, the "R" is the Department of Defense designation for Reconnaissance and "Q" means unmanned aircraft system. The "4" refers to the series of purpose-built remotely piloted aircraft systems. CHAPTERS 00:00 Meet the RQ-4 Global Hawk 02:00 MQ-4C Triton Drone for the U.S. Navy 02:40 Why the USAF Loves the Global Hawk 04:47 Global Hawk Ground-based Command and Control 06:07 A HAWK With Global Reach 07:19 Global Hawk Retirement Other videos you might like: HH-60G Pave Hawk ► 🤍 Most Powerful Helicopter in the World ► 🤍 P-47 Thunderbolt ► 🤍
What is the Difference Between Drone and UAV? You probably think of a drone when you think of an unmanned aircraft that can be operated autonomously or remotely. For those who aren't familiar with the drone industry, this is most likely what a drone looks like. We don't blame you; it's easy to mistake any unmanned aircraft for a drone capable of flying without the help of a human. However, if you were to technically define what a drone is, any vehicle can actually be a drone as long as it can travel autonomously without the help of humans. In that regard, vehicles that can travel in air, sea, and land can be considered drones as long as they don’t need human intervention to travel. While the acronym UAV stands for unmanned aerial vehicle, which is very much similar to what a drone is in terms of what the definition means. So, basically, a UAV is anything that can fly aerially but is unmanned in the sense that it doesn’t have a pilot controlling it from the inside. In other words, when we are talking about UAVs, these are simply the vehicles or the airplanes that can fly without the help of a pilot, and we are no longer talking about all of the different types of vehicles here.
In this video, we bring you the latest news on the #Kizilelma unmanned fighter jet. Watch as the #Kizilelma takes to the skies, showcasing its advanced capabilities and proving why it's the future of combat aircraft. But that's not all - we'll also show you how the jet's weapons systems are being integrated and tested, providing a glimpse into the incredible firepower that this aircraft is capable of delivering. Join us as we explore the #BaykarKizilelma's incredible features and see for yourself why it's quickly becoming a game-changer in the world of military aviation. Thanks for watching! #KizilelmaUnmannedFighterJet For business inquiries: internationaldefenceanalysis🤍gmail.com Join Us on Patreon: 🤍 Subscribe Here: 🤍 🤍 🤍 Note: Full Credit to Owner (All images, Music, and pictures shown in the video belong to their respective owners ).
The latest Pd-100 Black Hornet 3, which FLIR Systems also calls the Personal Reconnaissance System (PRS), weighs less than a tenth of a pound and is just under seven inches long. The complete system comes with a docking station for two drones that keeps them protected when not in use, as well as a hand-held touchscreen device and a controller. The most obvious difference between the Black Hornet Nano and traditional UAVs like the Global Hawk, MQ-9 Reaper, and new Loyal Wingman, is the size. Prox Dynamics AS, the Norwegian company responsible for creating the Black Hornet, made it its mission "to develop, produce and sell the world’s smallest and most advanced" UAV. At just over the size of a soldier's finger, the miniature unmanned helicopter seems to have delivered on that promise. A New American $155 Million Drone 🤍 Subscribe Now : 🤍 🤍 🤍
The Air Force MQ-9 REAPER drone will live to fight another day, or thousands of days, due to a clear service plan to employ the platform for at least the next fifteen years. The General Atomics MQ-9 Reaper (sometimes called PREDATOR B) is an unmanned aerial vehicle capable of remotely controlled or autonomous flight operations developed by General Atomics Aeronautical Systems primarily for the United States Air Force. Other videos you might like: HH-60G Pave Hawk ► 🤍 Most Powerful Helicopter in the World ► 🤍 P-47 Thunderbolt ► 🤍 🔔 SUBSCRIBE TO US ► 🤍 Thank You
Advanced military drones with artificial intelligence unmanned combat aerial vehicles or warplanes, different types of drones with technical details, explaining how far can military drones fly, who makes military drones, the use of military drones and and how an unmanned combat aerial vehicle works war drones or professional drones with electric motors or diesel engines that can reach high speed and fly at high altitude flying with fighter jets the best drones and diferent type of military drones designed by the main military drones manufacturers the most advanced drones, top 10 military drones MQ-9 Reaper, X-47B, Loyal Wingman, Predator C Avenger, RQ-4 Global Hawk, XQ-58 Valkyrie, Aksungur, Bayraktar Akıncı Subscribe ►🤍 Thanks for watching the video | Top10 Files For any matter about this video, please contact at: t10ytcont🤍gmail.com
WEAPON OF HOPE taking flight ! UAVs include both autonomous drones and remotely piloted vehicles (RPVs). UCAV is an UAV that is used for intelligence, surveillance, target acquisition, and reconnaissance and carries ordnance such as missiles, ATGMs, and/or bombs in hardpoints for drone strikes. Loitering munition fit in the niche between cruise missiles and unmanned combat aerial vehicles (UCAVs), sharing characteristics with both. In the 21th century technology reached a point of sophistication that the UAV is now being given a greatly expanded role in many areas of aviation. FEATURING * 1840 - 1930 * 1849 -Austrian incendiary Balloon - first aerial assault 1916 - Ruston Proctor Aerial Target - The first unmanned winged aircraft 1917 - WWI - Hewitt-Sperry Automatic Airplane - father of cruise missile 1918 - Kettering Bug 1927 - Larynx * 1930 - 1940 1935 - de Havilland Queen Bee - the mother of all drones 1937 - Airspeed Queen Wasp 1938/39 - N2C-2 target drone 1939 - Radioplane OQ-2 - first mass-produced UAV or drone in the United States * 1940 - 1950 * 1942 - TDN-1 1942 - TD2D Katydid target drone 1944-5 - V-1 flying bomb 1946 - B-17 Flying Fortresses - collecting radioactive data 1947 - Curtiss KD2C Skeet * 1950 - 1970 * 1951 - Ryan Firebee - first jet-propelled drones 1952- GAF Jindivik 1955 - MQM-57 Falconer 1956 - Northrop AQM-35 - supersonic target drone. * 1960 - 1990 * 1962 - Ryan Model 147 - used by the US to spy on North Vietnam, 1984 - Leading Systems Amber - father of MQ-1 Predator 1985 - Qods Mohajer - most mature and well-known Iranian UAVs. * 1990 - 2000 * 1991 - Kaman K-MAX 1994 - MQ-1 Predator 1996 - RQ-3 DarkStar 1997 - QF-4 Aerial Target - modified F-4 Phantom fighter jet. 1998 - AAI Aerosonde - first UAV to cross the Atlantic Ocean * 2000 - 2010 * 2000 - MQ-8 Fire Scout 2002 -Boeing X-45 2008 - RQ-20 Puma 2009 - Tactical Robotics Cormorant 2013 - Dark Sword 2015 - Bayraktar TB2 2017 - STM Kargu - first drone on their own initiative. 2019 - AVIC WZ-8 * 2020 - 2022 * 2020 - Switchblade - a loitering munitions drone operated at the squad-level 2021 - Ingenuity 2021 - MQ-28A Ghost Bat 2021 - Baykar Bayraktar Akıncı 2025 - SR-72 2027 - Eurodrone 𝐌𝐔𝐒𝐈𝐂 Whitesand - Drops Whitesand - Fireflies 2 Whitesand - My Spirit Is Free Check out Whitesand Channel 🤍 𝟑𝐃 𝐌𝐨𝐝𝐞𝐥𝐬 - own creations - 3D Warehouse (Awesome) Per section 1.B.ii of the 3D Warehouse TOC - "Combined Work" Like, Share and Subscribe to 𝗔𝗺𝗮𝘇𝗶𝗻𝗴𝗩𝗶𝘇 🤍 Help me Grow this Channel
Tin nóng chiều 2/4: - - Trung Quốc đang nghiên cứu UAV chiến đấu tốc độ cao để kết hợp với tiêm kích tàng hình J-20 - Đài Loan có thể tham gia CPTPP trước Trung Quốc nhờ lĩnh vực bán dẫn và độ tin cậy - Con trai ông Trump: Bản cáo trạng Manhattan là 'sự nhạo báng' đối với hệ thống pháp luật - Đụng độ tại cuộc biểu tình ủng hộ Trump ở California, khiến 2 người bị thương - Lốc xoáy tàn phá nhiều bang Hoa Kỳ; Ít nhất 21 người chết, hàng chục người bị thương - Kính mời quý vị đăng ký 2 kênh của chúng tôi: - "DKN Tin tức" 🤍 và - "DKN Thời sự" 🤍 - #tintucdkn #dkntintuc #dkn
Welcome back to The Daily Aviation for a feature on the US Air Force MQ-9 Reaper Ground Control Station. A simple structure packed with sophisticated systems and technology that allows the control of multi-million dollar Unmanned Aerial Vehicles flying around the world. Footage Credit: U.S. Air Force / U.S. Coast Guard ,Derivative Work by The Daily Aviation Voice, text and video editing belong to The Daily Aviation, any use of these content without permission is forbidden. Don't forget to subscribe us on Facebook or Twitter. 🤍 🤍 You have a question or you would like to send us footage. Send us a message.
Get Binkov plushies here: 🤍 In recent years, Turkey has proliferated as an international supplier of unmanned aerial vehicles. And their product roster is growing ever larger and more interesting. How did they manage to squeeze past the industry behemoths such as the US, Israel and China? Watch this video to learn more about it all. Music by Matija Malatestinic 🤍 If you want to watch our videos without ads, if you want quick replies to any questions you might have, if you want early access scripts and videos, monthly release schedules - become our Patron. More here: 🤍 If you want to buy a Binkov plush doll, get it here! 🤍 You can also browse for other Binkov merch, like T-Shirts, via the store at our website, 🤍 Subscribe to Binkov's channel for more videos! 🤍 Follow Binkov's news on Facebook! 🤍 Follow us on Twitter: 🤍 Suggest country pairs you'd like to see in future videos over at our website: 🤍
IKAAĠVIK SIKUKUN - EPISODE - UAV PAYLOAD ENGINEERING showcases how the scientific instruments we call payloads, are put together to fit within the confined space of the nose of our UAVs. Visit the project's website for more information: 🤍 Lead Principal Investigator's website, Observatory for Air-Sea Interaction Studies (OASIS): 🤍 L3 Latitude Engineering website: 🤍 Film production was provided by: 🤍 Funding was provided by: 🤍
#tb2bayraktar #uav #drone The Bayraktar TB2 is an unmanned aerial vehicle with angled wings and a rear propeller often referred as a medium-altitude long-endurance called MALE. The system consists of 1)Bayraktar TB2 Armed UAV Platform 2)Ground Control Station 3)Ground Data Terminal, 5) Remote Display Terminal, 6)Advanced Base with Generator and Trailer modules. Find us on Facebook 🤍 Support us in Buy Me a Coffee 🤍 Instagram 🤍 Twitter 🤍 We make it on Blender Download it is free and Safe 🤍 Peace Out As a Small Channel We encourage you sharing our Videos , But Kindly be advised that any unofficial translations or editing of our work in any medium will be considered a breach of our intellectual property rights. Apologies for the Legal Language, This happens because we had faced a lot of Duplicates Contents through Experiences ;) This has been a result of Big Channels Duplicating our Contents Ripping our original hard work which we have created from Scratch from Modeling to Rigging to Animation to Rendering.So we had to involved Lawyers.
This is United States Insane New Super Advanced Combat Helicopter Drone: The MQ-8B Fire Scout. SUBSCRIBE!
VTC News: UAV của Ukraine tập kích bắn cháy siêu pháo Nga Ukraine cũng tuyên bố, quân đội của họ hiện sở hữu các máy bay không người lái (UAV) có tầm bay hơn 3.000km, có khả năng vươn tới thủ đô Moscow của Nga. Báo điện tử VTC News - Cập nhật tin tức 24h trong ngày Đăng ký và nhấn chuông thông báo để cập nhật những tin tức mới và nóng nhất: 🤍 Kết nối với VTC News tại: ✓ Website: 🤍 ✓ Facebook : 🤍 ✓ Twitter: 🤍 ✓ G+: 🤍 ✓ Youtube: 🤍 #VTCNews #Tintuc #Thoisu
Welcome back to the Fluctus Channel for an overview of Boeing latest drones that could change how we see aviation in the near future. Fluctus is a website and YouTube channel dedicated to sea geeks. Whenever you are curious or an incorrigible lover of this mysterious world, our videos are made for you ! We publish 3 videos a week on our Youtube channel and many more articles on our website. Feel free to subscribe to not miss any of our updates and visit our website to discover additional content. Don’t forget to follow us on twitter: 🤍 Please keep the comments section respectful. Any spam, insults or troll will be deleted. To contact us, make sure to use our email in the about section of this channel.
What would you do with this powerful pocket drone? It flies for about 20 minutes and can cover 12 miles as configured. Thank you to my friends for their generous time: 🤍 🤍 🤍 These projects take time and money, if you would like to help keep the lights on I am accepting support for the channel :) 🤍 People keep asking about the hotwire cutter, so here you go: 🤍 There are many ways to accomplish the same thing, these are simply the components I used for this build: 🤍 🤍 🤍 🤍 🤍 🤍 (I used the 7500kv) 🤍 🤍 🤍 🤍
#tribuntimur #tribunviral #rusiavsukraina TRIBUN-TIMUR.COM - Rekaman penghancuran dua tank Rusia lagi yang mencoba menyerbu posisi Brigade ke-59 dekat Avdiivka. Ramai beredar di Media Sosial Telegram pada Jumat, (31/3/2023). Di zona operasi militer khusus, tank Angkatan Bersenjata Rusia sedang beroperasi. Berniat menyerang posisi lawannya, kedua tank pasukan Putin itu justru meledak saat setelah dihantam amunisi berkeliaran Ukraina. Seperti yang terlihat dalam rekaman. Dua tank Rusia alami kebakaran hebat dan kehancuran total. Dalam narasi unggahan tidak dijelaskan seperti apa nasib awak tank tersebut. Hingga video ini beredar beragam komentar dituliskan warganet. Editor: Charly Narator: Aulia Ulva (TRIBUN-TIMUR.COM) Update info terkini via 🤍 Follow akun Instagram 🤍 Follow akun Twitter 🤍 Follow dan like fanpage Facebook 🤍 YouTube business inquiries: 081144407111
"Is it a fish ? Is it a boat ? No, it's the world's first inflatable waterproof microdrone !". This video presents the deployment, operation and recovery of the DIODON HP30 maritime UAS made by DIODON Drone Technology. The DIODON HP30 is a tactical maritime micro-drone (under 2kg) made in France and completely waterproof. Developed thanks to the operational feedbacks of armed forces and first responders, it was concieved for unrestricted use in maritime environments. Learn more: 🤍 More about DIODON Drone 🐡 DIODON is a French startup specialising in the conception and manufacture of aerial mini-UAVs made for professional applications at sea 🌊💨 Created in march 2017, the company has developed an industrial know-how enabling it to answer the needs of armed forces, first responders and offshore industrials operating in maritime environments.
#tribuntimur #tribunviral #dronerusia #rusiavsukraina TRIBUN-TIMUR.COM - Drone Lancet terbaru adalah UAV Rusia yang paling efektif. Lancet adalah drone yang paling bermanuver dan akurat. Kecepatan - 110 km / jam. Waktu penerbangan - 40 mnt. Berat lepas landas - 12 kg. Drone dapat secara mandiri melakukan pengintaian, mendeteksi target di medan perang, dan menembaknya. Berkat perlindungan anti-laser, hampir tidak mungkin mencegat atau menghancurkan UAV ini.(*) Sumber: Kemenhan Rusia Editor: Mansur AM (TRIBUN-TIMUR.COM) Update info terkini via 🤍 Follow akun Instagram 🤍 Follow akun Twitter 🤍 Follow dan like fanpage Facebook 🤍 YouTube business inquiries: 081144407111
The General Atomics MQ-9 Reaper (sometimes called Predator B) is an unmanned aerial vehicle (UAV) capable of remotely controlled or autonomous flight operations, developed by General Atomics Aeronautical Systems (GA-ASI) primarily for the United States Air Force (USAF). The MQ-9 and other UAVs are referred to as Remotely Piloted Vehicles/Aircraft (RPV/RPA) by the USAF to indicate their human ground controllers. The MQ-9 is the first hunter-killer UAV designed for long-endurance, high-altitude surveillance. In 2006, the then–Chief of Staff of the United States Air Force General T. Michael Moseley said: "We've moved from using UAVs primarily in intelligence, surveillance, and reconnaissance roles before Operation Iraqi Freedom, to a true hunter-killer role with the Reaper." The MQ-9 is a larger, heavier, and more capable aircraft than the earlier General Atomics MQ-1 Predator; it can be controlled by the same ground systems used to control MQ-1s. The Reaper has a 950-shaft-horsepower (712 kW) turboprop engine (compared to the Predator's 115 hp (86 kW) piston engine). The greater power allows the Reaper to carry 15 times more ordnance payload and cruise at about three times the speed of the MQ-1. The aircraft is monitored and controlled by aircrew in the Ground Control Station (GCS), including weapons employment.
Top 6 Latest Indian Defence News Headlines on today's "Indian Defence Updates" episode 29-3-2023 are as follows : 1. #TEDBF to feature serpentine shaped ducts for better RCS 2. BDL successfully tests #Amogha3 3. Indian army shows interest in #HybridUAV by ePlane Company 4. GE looking to establish an Indian subsidiary to manufacture F-414 engines in India. 5. US starts diplomatic efforts to prevent JF-17 deal between China & Argentina keeping LCA Tejas in race 6. India showcases defence platforms to African militaries : Varuna Drone, Mahindra lSV, Themis UGV by Milrem Kalyani 🔴 Connect with Indian Defence Updates : ⚪Instagram ► defencealerts ⚪Facebook ► defencealerts ⚪Twitter ► defencealerts About : Indian Defence Updates is India's Top English Defence Channel. Indian Defence Updates brings you the latest daily updates related to Indian defence and latest technology news of Indian Army, Indian Air force, Indian Navy. indian defence news,indian defence news headlines,indian defence news latest, indian defence latest news, defence updates latest,defence updates india,indian defence updates latest,indian defence updates 2023,defence updates 2023,indian defence updates india,indian defence updates,indian defence update
Register using link: 🤍 to get 60% off the 2-year plan plus Threat Protection from NordVPN. At the checkout use the code DEFENSE to get an extra month for free. Ukrainian Forces are doing an excellent job when it comes to countering the much larger Russian military. Most observers didn't give Ukraine much chance and they are being proven wrong. It is clear that Russia is taking in heavy losses and they have failed to get a quick victory. Several kinds of weapons are playing a crucial part in Ukraine's war efforts as it tries to defend against the Russian invasion and few of them are locally designed and manufactured. One such system is the Punisher drone. In this video Defense Updates analyzes why Russian forces hate Ukraine's indigenous 'Punisher' drone? #DefenseUpdates #Punisherdrones #ukrainerussiawar CHANNEL LINK: Facebook - 🤍 SUPPORT US: Patron: 🤍 AUDIO: scottleffler.com BACKGROUND MUSIC 🤍 "Giant Wyrm" Kevin MacLeod (incompetech.com) Licensed under Creative Commons: By Attribution 3.0 License 🤍 IMAGES USES 🤍dailystar.co.uk / Daily Mirror / Andy Stenning 🤍 🤍thesun.co.uk / uadynamics.com 🤍 🤍thesun.co.uk / uadynamics.com 🤍 🤍cityam.com / uadynamics.com 🤍 🤍thesun.co.uk / uadynamics.com 🤍 uadynamics.com 🤍 uadynamics.com 🤍
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Rustom : Technology incubator The UAVs are the technological disruptors because they are comparatively cheap, can operate for long hours and provide the surveillance over the terrains which are inaccessible. UAVs have been weaponized with large stand-off range proving very effective against infantry and armored vehicles. If we look at the India’s drone development program – the Rustom has been a technology incubator for various tech, required for long endurance UAVs such as auto take-off & landing, SATCOM based navigation to name a few. The result of this is three spin-off program: Tapas, Archer & Archer-NG. Tapas has already proven its endurance and surveillance capability which we witnessed live during Aero India show where it was relaying live video non-stop. The RPA is able to operate at altitudes of up to 28000 feet, with an endurance of 18 plus hours. It has 2 hard points where it can carry 2X 60 kg of payloads. Archer NG is a new design but will use the technology developed as a part of Rustom program. It is going to be a Single Engine Twin Boom (SETB) UAV with LoS range of 250 km and BLoS of 1000 km. It can operate upto an altitude of 30,000ft with an endurance of 18+ hours. Archer NG will have 4 hard points where it can carry 300 kg of weapons payload. Short-Range Weaponized UAV (SR-UAV) is DRDO’s rebranded the Archer UAV. Besides performing ISR missions, the UAV will have light attack capability with 2 hard points where it could carry two missiles. The UAV will be able to operate at an altitude of 22,000 ft with an endurance of 12 hours and range of 250 kms. Tapas, Archer and Archer NG are Medium Altitude Long Endurance (MALE) UAV and are in the final leg of their development. However, the area which DRDO is now trying to venture into is the HALE i.e., High Altitude long Endurance UAV such as MQ-9 RPAs, which can operate at an altitude in excess of 35,000 ft and have greater endurance and speed. Why India needs HALE UAVs? The need of HALE UAV can be understood from the fact that the 2 MQ-9 RPAs leased by Indian Navy has completed 10,000 flight hours in just 2 years. This capability cannot be matched by a manned aircraft and even if a maned aircraft is pushed to that limit, its operational cost is going to be very high. India is still working on taking the MQ-9 acquisition deal to its final stage. The initial plan of acquiring 30 MQ-9 RPAs for $3 Billion has been reported to be pruned to 18. However, their acquisition from US burn a big hole in the capital expenditure of Indian Armed forces and it does not create a significant know-how of the tech. The ToT is the frequent term now a days getting attached to many defence deal but their effectiveness is still a question mark. Further 18 HALE UAVs are not going to suffice the requirement of Tri-services considering the size of the Indian geography. It is the right time when DRDO extends the learning from the Rustom program towards HALE UAV development. DRDO’s HALE UAV DRDO in partnership with Hindustan Aeronautics Limited is developing a High altitude Long Endurance(HALE) UAV. ADE of DRDO along with HAL has completed the joint feasibility study of HALE class UAV as per user requirements. The HALE UAV is being designed for the ISTAR(Intelligence, Surveillance, Target Acquisition & Reconnaissance and Targeting capabilities). As per the feasibility study conducted, the UAV is going to be powered by a turboprop engine capable of generating power of 940 hp. The UAV will have a range of 1000 km and flight altitude in excess of 35,000 ft. The UAV will have an endurance greater than 25 hours and speed of 390 kmph. It will have All-Up Weight(AUW) between 4200-5200 kg with payload capacity of 2,000 kg. Join this channel to get access to perks: 🤍 WHOMSOEVER IT MAY CONCERN Most of the pictures clip or BGM included in the Video Belongs to their Respected Owners and we do not claim rights. We are using them under following act: UNDER SECTION 107 OF THE COPYRIGHT ACT 1976, ALLOWANCE IS MADE FOR "FAIR USE" FOR PURPOSES SUCH AS CRITICISM, COMMENT, NEWS REPORTING, TEACHING, SCHOLARSHIP, AND RESEARCH. FAIR USE IS A USE PERMITTED BY COPYRIGHT STATUTE THAT MIGHT OTHERWISE BE INFRINGING. NON-PROFIT, EDUCATIONAL OR PERSONAL USE TIPS THE BALANCE IN FAVOR OF FAIR USE. Follow us on social media: 🤍 🤍 THANKS FOR WATCHING! PLEASE LIKE SHARE & SUBSCRIBE: "INDIAN DEFENSE ANALYSIS" Music: Eternal Garden - Dan Henig
CAEIT, a daughter company of the electronics group CETC, tested in September its operational deployment system - swarms of fixed-wing drones, on a mobile platform and on a helicopter. 🤍
RB-504P-E anti-UAV complex is designed to detect, determine the direction to the source of radio emission and evaluate signal’s parameters, as well as carry out electronic impact on the control and data transmission channels of UAVs and their on-board receivers of satellite radio navigation systems.
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HIGH-PRECISION LOITERING UAV. RAM UAV carries up to 3 kg warhead and engage most targets on the battlefield. It has utilized advanced computer vision algorithm to track target based on visual feed from integrated EO camera. It is cost-effective and high power solution for combat missions.
The Trinity F90+ combines PPK with the advantages of an #eVTOL fixed-wing #UAV with a class-leading flight time up to 90 minutes and long range telemetry. For more information, visit us at: 🤍 #mappingUAV #eVTOL #TrinityF90+ Timecodes: 0:00 Intro 0:40 - What is the TrinityF90+ 1:23 - Applications 1:30 - QBase Mission Planning Software 1:43 - Plug n Play 2:00 - Trinity Features 2:27 - GNSS iBase 2:43 - Return of invest #VTOLdrone #mappingdrone #VTOL + + Quantum-Systems GmbH was founded in 2015 in Munich and is specialized in the development and production of automatic, electric vertical take-off and landing (#eVTOL) fixed-wing #drones for a wide variety of use cases. The 65+ employees are working intensively on combining range and electric efficiency with the ability to vertically take-off and land without additional equipment. CEO Florian Seibel: “Our passion is the continuous development of industry leading VTOL aircrafts. With our ready to operate systems we serve a wide range of customers. We help to increase yields in agriculture, fly 3-D reconstruction missions, do tactical mapping for security forces or provide mission critical video footage in real time to governmental users. Made in Germany, non ITAR and no back doors in soft- or hardware as all of our flight planning and autopilot software is designed in house”. Follow us: Youtube: 🤍 Instagram: 🤍 Facebook: 🤍 Twitter: 🤍 LinkedIn: 🤍 Website: 🤍
Tính năng đặc biệt của UAV cảm tử mà Mỹ chuyển cho Ukraine #Giáosưlịchsử #tinquânsự Chào mừng các bạn đến với kênh GIÁO SƯ LỊCH SỬ! GIÁO SƯ LỊCH SỬ là kênh chia sẻ những kiến thức bổ ích và thú vị về lịch sử, những câu đố hóc búa thử thách những nhà sử học thông thái. Hãy đến với GIÁO SƯ LỊCH SỬ để hòa mình cùng dòng chảy thời gian lịch sử nhé! Cảm ơn các bạn đã xem video! Nếu thấy hay các bạn nhớ ủng hộ kệnh bằng cách like, comment và share, đừng quên đăng ký kênh để xem những video hấp dẫn tiếp theo nhé! + Video có ích cho bạn: Bạn Biết Gì Về Lịch Sử Hào Hùng Của Dân Tộc Thử Thách Ngay Với 5 Câu Đố Hóc Búa Này Nhé Link: 🤍 + Video hay nhất kênh: Top 5 Câu Hỏi Về Nữ Vương Đầu Tiên Trong Lịch Sử Việt Nam - Giáo Sư Lịch Sử Link: 🤍 Nguồn video: Sử dụng nguồn tổng hợp theo luật Fair use Youtube, Nếu bạn vẫn thấy nó vi phạm hãy liên hệ với quản trị kênh để giải quyết qua email: . youtobelong113🤍gmail.com Music: Nguồn nhạc free của Youtube #GIÁOSƯLỊCHSỬ #GIÁO_SƯ_LỊCH_SỬ #lịchsử #câuhỏilịchsử #TrắcNghiệmLịchsử
TRIBUN-TIMUR.COM - Beredar rekaman di media sosial yang memperlihatkan detik-detik UAV Rusia melempar granat ke posisi Pasukan Ukraina. Rekamannya beredar di Telegram pada Selasa, 28 Maret 2023. Dalam keterangan unggahan disebutkan inilah detik-detik granat dijatuhkan pada posisi Angkatan Bersenjata Ukraina di arah Bakhmut. Pasukan Ukraina dari jarak jauh merekam menggunakan kamera ponsel. Ledakan dahsyat dan kepulan asap tebal tampak jelas. Beruntung tak ada korban jiwa dalam penyerangan ini. (*) Editor: A. Syahrul Khair Narator: Ririn #tribuntimurcom #tribunviral #tribunvideo #videoviral #rusiavsukraina (TRIBUN-TIMUR.COM) Update info terkini via 🤍 Follow akun Instagram 🤍 Follow akun Twitter 🤍 Follow dan like fanpage Facebook 🤍 YouTube business inquiries: 081144407111
The Catfish drone developed by Unmanned Defense Systems is widely presented to various military units in Lithuania. During the demonstration, the troops can operate the UAV and try to use the aircraft in their typical missions during training exercises. This short video was filmed in cooperation with the Lithuanian Armed Forces Reconnaissance Squadron.
This is the first time I make a glider like model aircraft. I build and make the plans for this MQ-9 Reaper because there are many request for this UAV drone and it looks cool with all bombs and missiles it can carries. Learning from many previous model on Youtube videos, I decided to make the size of it with 2500mm wingspan, to give lighter wing loading. I enlarge the wing area almost doubled also made the stabilizers a bit bigger then the scale for maintaining stabilization. Surprisingly it take off without any issue and fly very stable and floating. SUBSCRIBE and Like to support this channel #rcplane #depron #mq9reaper You can download the plans and on the link below : A4 Plans : 🤍 A0 Plans : 🤍 Decal : 🤍 Build instructions : 🤍 DONATE via Paypal : Juliusperdana🤍yahoo.co.id Join this channel to get access to perks: 🤍 Playlist : 00:00 Opening 00:33 Making wing with 5mm foam 05:18 Making landing gear 06:40 Building the fuselage 10:31 Making V-stab 13:06 Install brushless motor 16:09 Covering with laminating film 18:49 Applying decals with painted vinyl stickers 19:49 Making pylons with 3mm foam and plywood 21:26 Attaching aileron hinges 22:06 Making camera holder from paper 23:21 Making hellfire missile with paper 25:46 Balancing 3 blade prop 27:25 Installing stabilizer servo and linkages 29:27 Maiden flight 32:25 Second flight 34:58 Next Episode? Specs : 1. Wingspan 2500 mm / 98.4 inches 2. Flying weight : 1800 grams/ 63.5 oz 3. Wing loading :33.7 gram/dm2 - 11 oz/sq.ft. 4. Wing cube loading : 4.6 5. Wing Area : 53.46 dm2 / 829 sq.in. 6. CG : 8 cm / 3.14 inch from LE (leading edge on root chord) Electronics - DXW 3536 1200kv - 50A ESC - Battery Lipo 3S 2200mah - 3 x 9 gram servos (micro servo) - 1 X standard servo - 50mm, 60mm foam wheels Materials : 1. 5mm + 3mm Foamboard/ Depron/ Polyfoam 2. 3mm + 9mm Plywood 3. 0.1mm Mica Plastic 4. hot glue, UHU glue, CA glue 5. laminating film 🤍 Tools : 1. Hot glue gun 2. Heat gun 3. Covering iron
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