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Sign up to Nebula here: 🤍 Get a free month of Nebula with any Real Engineering merch: 🤍 Links to everything I do: 🤍 Get your Real Engineering shirts at: 🤍 Credits: Writer/Narrator: Brian McManus Editor: Dylan Hennessy (🤍 Animator: Mike Ridolfi (🤍 Sound: Graham Haerther (🤍 Thumbnail: Simon Buckmaster 🤍 References: References: [1] 🤍 [2] 🤍 [3] 🤍 [4] Page 19 🤍 [5] 🤍 [6] 🤍 [7] 🤍 [8] 🤍 [9] Page 81 🤍 [10] 🤍 [11] Page 20 🤍 [12] Webinar by Mark Page a pioneer in the blended wing body design. 🤍 & 🤍 [13] 🤍 [14] 🤍 [15] Page 13 🤍 [16] 🤍 [17] Page 22 🤍 [18] Page 1 🤍 Select imagery/video supplied by Getty Images Thank you to AP Archive for access to their archival footage. Music by Epidemic Sound: 🤍 Thank you to my patreon supporters: Adam Flohr, Henning Basma, Hank Green, William Leu, Tristan Edwards, Ian Dundore, John & Becki Johnston. Nevin Spoljaric, Jason Clark, Thomas Barth, Johnny MacDonald, Stephen Foland, Alfred Holzheu, Abdulrahman Abdulaziz Binghaith, Brent Higgins, Dexter Appleberry, Alex Pavek, Marko Hirsch, Mikkel Johansen, Hibiyi Mori. Viktor Józsa, Ron Hochsprung
The final video for the focus project Bionic Flying Wing. Bionic Flying Wing combines steering concepts inspired by nature with the morphing of structures. We aim to deform the wings in a controlled fashion to replace conventional control surfaces on the airplanes of tomorrow. Follow us on Instagram: 🤍 Visit our website: 🤍 Check out the rollout of our project, and discover what other teams worked on: 🤍 Video made by Motmed, check out his channel: 🤍
Watch 'Tip of the Spear: The B-2 Spirit' here: 🤍 Watch More Mustard Videos & Support The Channel: 🤍 Support Mustard on Patreon: 🤍 Mustard Store: 🤍 Website: 🤍 Twitter: 🤍 Thanks to Azzecco for producing the incredible XB-35 and YB-49 modes used in this video, visit: 🤍 At the start of the 1940’s, flying wing aircraft seemed destined to be the next evolution in aircraft design. By eliminating structural components typically found on conventional aircraft, such as engine nacelles, fuselage and tail, parasitic drag would be reduced down to its absolute minimum. The result would be a high-lift, low-drag aircraft with unequaled speed, range and efficiency. Despite earlier efforts around the world to develop all-wing aircraft designs, arguably no single person was more committed to the concept than pioneering American aircraft designer Jack Northrop. Beginning in the 1920’s Northrop studied the concept, drawing up countless designs for flying wing aircraft. By 1940, he had successfully produced two prototypes, the Model 1 (“X216H”) in 1929 and the Northrop N-1M in 1940. But Northrop’s ambitions went far beyond just experimental planes. Responding to an urgent need for the United States to develop the first ever intercontinental bomber, in 1941 Northrop presented the United States Army Air Forces (USAAF) with a concept for an enormous flying wing bomber that would offer unparalleled speed, range and efficiency. Not only would the aircraft far outperform conventional bombers, the all-wing design would make it structurally more simple and economical to build. Impressed with Northrop’s concept, the USAAF agreed to fund the aircraft’s development, ordering an experimental model designated as the XB-35 and pre-production models designated as YB-35s. The USAAF would eventually order over 200 production aircraft which were to be designated as B-35s. Later, a jet powered version, designated as the YB-49 would also be produced. But engineering such unconventional aircraft would be a daunting engineering challenge for Northrop and his small team of engineers. Eliminating conventional control surfaces would maximize lift and minimize drag, but it would also create new unforeseen technical issues, many of which would only be discovered during flight testing - with tragic consequences. Despite best efforts by Northrop to solve technical issues with flying wing aircraft, solutions would prove elusive using technology available in the 1940s. Music used in this production (reproduced under license): Intro Song: “Dark Frontier”- go.apmmusic.com/04x3 Song 1: “No Tomorrow” - go.apmmusic.com/ow4z Song 2: “Dark Sun” - go.apmmusic.com/lqbd Song 3: “Pulsating Tension”- go.apmmusic.com/c64q Song 4: “Documentaries”- 🤍 Song 6: “Intensity” - go.apmmusic.com/snrq Outro Song: “Dark Frontier”- go.apmmusic.com/04x3 Thanks for watching!
🔥 🔥 🔥 🔥 FULL SETUP AND LINKS IN DESCRIPTION BELOW ⬇️ ⬇️ ⬇️ (Click 'SHOW MORE'👈🏻 ) When I first started flying FPV I was editing short 'highlights' videos that I could look back on (because nobody wants to store or look back on GB's of hours of flying). I uploaded them to YT so that I could share with family and friends... and I started getting emails that people were subscribing... and now here we are 7 years later with 10 thousand subs! Thank you to every one of you 🙌🏻 I hope you enjoy this short compilation with clips from my time in this hobby, and a brief story about how it all started. Note: Unfortunately some clips are lower quality than I'd have liked, not storing all of the flight recordings means some had to be re-downloaded from YT. ☕️ 👋🏻 Hey, thanks for watching! If you enjoyed this video or found it useful and would like to show your appreciation/support for my channel, why not buy me a coffee :) ► 🤍 🔵 Follow me on my Facebook page for updates, build logs, random pictures & vid clips that don't make it to YouTube: 🤍 📷 Follow me on Instagram 🤍adamgdoesfpv ► 🤍 Sites I get my awesome FPV goodies from: ✅ Banggood ► 🤍 ✅ RMRC ► 🤍 ✅ HobbyKing ► 🤍 ✅ Gearbest ► 🤍 Planes -56" Ritewing ZCon ► email Chris at Ritewing directly: ritewing🤍hotmail.com The ZCon is the same kit as the Recon but with extended wings: 🤍 -MFD Mini Crosswind Kit ► 🤍 -XUAV Talon Pro ► 🤍 -Ritewing Drak ► 🤍 -Mini Talon Kit ► 🤍 -ZOHD Delta Strike ► 🤍 -Dynam V3 Spitfire PNP ► 🤍 -Finwing Albabird Kit ► 🤍 -Flying Fish PNP ► 🤍 -AR Pro PNP ► 🤍 -Mini Drak ► 🤍 -Avios Grand Tundra PNP (1700mm) ► 🤍 -Skywalker 1900 ► 🤍 -AR 900 - Kit ► 🤍 -1800mm Skyhunter ► 🤍 -ASW28 Glider PNP ► 🤍 -ZOHD Talon GT ► 🤍 -ZOHD Dart XL PNP ► 🤍 -Ritewing Super Spec V3 ► email Chris at Ritewing directly: ritewing🤍hotmail.com -Ranger G2 ► 🤍 -HLK31 ► 🤍 Digital Setup: -DJI V2 Goggles ► 🤍 -TrueRC X2-Air antennas x 2 ► 🤍 -TrueRC Omni Stubbies x 2 ► 🤍 -Sandisk 64gb V30 Micro SD for goggle DVR ► UK Link: 🤍 - USA Link: 🤍 -Aur Unit ► 🤍 -Vista with low light cam ► 🤍 Transmitters: -TX16s Transmitter ► 🤍 -Crossfire Micro Tx V2 ► 🤍 -Taranis Transmitter ► 🤍 -Dragon Link V3 tx ► 🤍 Analogue and groundstation Setup: -Skyzone OLED FPV Goggles ► 🤍 -Taranis Transmitter ► 🤍 -Dragon Link V3 tx ► 🤍 -SRH771 diamond antenna ► USA link: 🤍 - UK link: 🤍 -K&F Concept Tripod ► 🇺🇸USA Link: 🤍 🇬🇧UK Link: 🤍 -1.3 ghz VAS Pepperbox XTreme antenna ► 🤍 -Singularity Omni Antenna ► 🤍 -RMRC 1.3ghz VRx ► 🤍 -Partom 1.3ghz VRx ► 🤍 -Eachine Diversity Monitor with DVR & 5.8 rx ► 🤍 -Diversity Demon ► 🤍 -DVR ► 🤍 -Turnigy 5000mAh 3S ► 🤍 -25mw 5.8ghz repeater vtx (to send the video signal wirelessly from my 1.3ghz ground station to my goggles) ► 🤍 -Digital Volt Meter ► 🤍 -PDB ► 🤍 -3D printed Monitor tripod mount ► 🤍 3D Printing Equipment -3D Printer ► 🤍 -PLA filament ► 🤍 -TPU filament ► 🤍 -PETG filament ► 🤍 -Digital Calliper ► 🤍 Build equipment -E6000 glue ► 🤍 -Laminating Iron ► 🤍 -Laminate ► 🤍 -Hot glue gun ► 🤍 -Foam Cutting Tool ► 🤍 -Heat Gun ► 🤍 -Watt Meter ► 🤍 -3M90 spray adhesive ► 🤍 -Vinyl sticker maker ► 🤍
I have been working on added fixed wing to my pilots license, here is an update on this. Nick's store with the funny t-shirts stamps and rapid dry towels here 🤍 Find me on Instagram here 🤍 Find me on FB here 🤍 Find me on Twitter here 🤍 Find me on Instagram here 🤍 The Nick Murray YouTubeChannel proudly supports the following charities International Animal Rescue 🤍ationalanimalrescue... The Humane Society 🤍 The Orangutan Project 🤍 My email address is nick🤍kiwinicktube.com My postal address: P. O. Box 31 Southport CT 06890
This video is about the time when I ventured into the dangerous waters of engineering. It was pretty neat I guess. Endurance Record Flight: https:🤍 Oh Nathan, the stability guy has a youtube channel, I'll link it here : 🤍 A viewer shared a video flying a scaled up version: 🤍 This video has been on the back burner for almost a year now, I just spent a solid several days working on this. Now to catch up on my homework. To see what I'm up to as it happens, follow me on 🤍 If you feel like it supporting: 🤍 for monthly support 🤍 has fan funding enabled on the right side of the page Paypal email: sammshep🤍gmail.com Thank you Patreon supporters! Stann Sheperd Janette Zachary Ennenga Jeremiah White Austin Hooper Mason Bially MKme Lab
Delivering 14+ hours of endurance and an operational range of 185 km (115 mi), the JUMP 20 MUAS is ideal for multi-mission operations. Runway independent, the system can be set up and operational in less than 60 minutes without the need for launch or recovery equipment. With a useable payload capacity of up to 30 pounds, the JUMP 20 offers flexible payload options utilizing industry leading imaging sensors such as ARCAM 45D, long range EO/MWIR as well as onboard tracking, stabilization and video processing.
Raytheon’s Peregine air-to-air missile has actually been around for a few years already. First unveiled in 2019, this pint-sized powerhouse is only about half the size of the AIM-120 AMRAAM, but according to Raytheon, it offers similar — and sometimes even superior — performance to the long-serving radar-guided weapon. #airpower #shorts #missile #missiles #airtoairmissile #dogfight #f35 #f22 #raytheon #airforce #military
🔥 🔥 🔥 🔥 FULL SETUP AND LINKS IN DESCRIPTION BELOW ⬇️ ⬇️ ⬇️ (Click 'SHOW MORE'👈🏻 ) Compilation of low flying and nothing else. Shot from 3 different planes: Falcon EVO, AR900 & Talon GT (setup on all 3 is listed below). Footage is from previous flight videos but weather has been so bad recently I have nothing new :P ☕️ 👋🏻 Hey, thanks for watching! If you enjoyed this video or found it useful and would like to show your appreciation/support for my channel, why not buy me a coffee :) ► 🤍 🔵 Follow me on my Facebook page for updates, build logs, chat, random pictures & vid clips that don't make it to YouTube: 🤍 📷 Follow me on Instagram 🤍adamgdoesfpv ► 🤍 Sites I get my awesome FPV goodies from: ✅ Banggood ► 🤍 ✅ RMRC ► 🤍 ✅ HobbyKing ► 🤍 ✅ Gearbest ► 🤍 AR Wing Setup In the Air: -AR Wing - Kit (version I have) ► 🤍 -AR Wing - PNP with electronics and ply winglets (version I don't have) ► 🤍 -FPV cam (16:9) ► 🤍 -2200kv motor ► 🤍 -6x4 prop ► 🤍 -RC Timer 30a ESC ►🤍 -3S 4000mAh Multistar 10c ► USA link: 🤍 - UK link: 🤍 -Cyclops Tornado OSD ► 🤍 -Dragonlink Micro RX ► 🤍 -5.8 Vtx ► 🤍 -Rear LED's ► 🤍 -Bignose custom made 5.8 skew ► 🤍 -HD Camera, Runcam 2 ► 🤍 On the Ground: -Taranis ► 🤍 -Dragon Link V3 tx ► 🤍 -SRH771 diamond antenna ► USA link: 🤍 - UK link: 🤍 -Fatshark goggles ► 🤍 -FuriousFPV True-D Rx module ► 🤍 -Eachine Diversity Monitor with DVR ►🤍 -Foxeer 5.8g Antenna ► 🤍 -Bignose custom made 5.8 skew ► 🤍 Falcon EVO Wing Setup In the Air: -Flyingwings Falcon EVO ► *Discontinued* I've now moved all the electronics into a new airframe called the 'AR Wing' - 🤍 -Firefly 6S HD camera (1080p 60fps) ► 🤍 -FPV Camera ► 🤍 -2200kv motor ► 🤍 -6x4 prop ► 🤍 -RC Timer 30a ESC ►🤍 -3S 4000mAh Multistar 10c ► USA link: 🤍 - UK link: 🤍 -Cyclops Tornado OSD ► 🤍 -Dragonlink Micro RX ► 🤍 -5.8 Vtx ► 🤍 -Rear LED's ► 🤍 -Bignose custom made 5.8 skew ► 🤍 Talon GT Setup In the Air: -ZOHD Talon GT PNP ► 🤍 -DJI Osmo Action ► 🤍 -Flight Controller Matek F722 Wing ► 🤍 -1.2ghz Video Transmitter ► 🤍 -8M M8N GPS (fits in Talon GT GPS bay!) ► 🤍 -Foxeer Predator 4 mini FPV Camera ► 🤍 -2 x Tattu R-Line 1,550 95c 4S ► 🤍 -True RC Singularity Antenna 1.2g ► 🤍 -Dragonlink Micro RX ► 🤍 On me: -Taranis Transmitter ► 🤍 -Dragon Link V3 tx ► 🤍 -SRH771 diamond antenna ► USA link: 🤍 - UK link: 🤍 -Fatshark goggles ► 🤍 -FuriousFPV True-D Rx module ► 🤍 -Bignose custom made 5.8 skew ► 🤍 On my Groundstation: -K&F Concept Tripod ► 🇺🇸USA Link: 🤍 🇬🇧UK Link: 🤍 -1.2 ghz VAS Pepperbox antenna ► 🤍 -2 x RMRC 1.2ghz VRx ► 🤍 -Diversity Demon ► 🤍 -DVR ► 🤍 -Turnigy 5000mAh 3S ► 🤍 -25mw 5.8ghz repeater vtx (to send the video signal wirelessly from my 1.2ghz ground station to my goggles) ► 🤍 -Digital Volt Meter ► 🤍 -Eachine Diversity Monitor with DVR ► 🤍 3D Printing Equipment -3D Printer ► 🤍 -PLA filament ► 🤍 -TPU filament ► 🤍 -PETG filament ► 🤍 -Digital Calliper ► 🤍 Build equipment -E6000 glue ► 🤍 -Laminating Iron ► 🤍 -Laminate ► 🤍 -Hot glue gun ► 🤍 -Foam Cutting Tool ► 🤍 -Heat Gun ► 🤍 -Watt Meter ► 🤍
Let's build an airplane that has no definite fuselage. An RC flying wing, some people call it zagi wing but it's the same, these kind of aircraft are very unstable and need a special airfoil to help have a stable flight, so CG is critical as well to help, I struggled a bit balancing and experimenting with it and its stability, but in the end I managed to have a decent stable flight. Download the plans and templates 🤍 CG calculator: 🤍 List of materials and tools: -Foam...You can use any kind of foam, if you use epp sheets then the building technic is different. -Epoxi glue. -Wood rods. -Balsa wood. -Colored tape or packaging tape. -All electronics (list and links below). -Foam cutter (make one at home). List of electronics you can use. Radio 🤍 Metal gear servos 🤍 Motor 🤍 or 🤍 Propellers 🤍 ESC 🤍 Battery 🤍 Battery charger 🤍 FPV camera 🤍 FPV VTX 🤍 Goggles 🤍 Subscribe: 🤍 Instagram 🤍
For 60% off with HelloFresh PLUS free shipping, use code THINKFLIGHT60 at 🤍 Join this channel to get access to perks: 🤍
Buy OMP Hobby ZMO Fixed Wing on Amazon (affiliate link) 🤍 The ZMO VTOL (vertical takeoff and landing) Aircraft is set up to work with the DJI Digital FPV V1 system which means you can just bind it directly to your DJI radio and goggles and start flying. It's pretty simple to assemble, made from highly durable materials and beginner friendly. It's designed to take off and land vertically, so you don't need a big runway. But you do need some open space. In this video we unbox the ZMO Aircraft, assemble it, and take it for a couple of flights, both flying line-of-sight and FPV within the DJI goggles. Check out this video to see how the ZMO flies and what we think of the ZMO Aircraft from OMP Hobby. 00:00 - Introduction 00:42 - Unboxing 03:19 - Assembling the Aircraft 03:42 - Onboard DVR Footage 04:20 - Attaching the Wings 06:10 - Assembling in the Field 08:09 - Center of Gravity 08:30 - Compass Calibration 09:10 - Vertical Take Off 09:40 - Fixed Wing Flight 11:27 - Landing 11:42 - Lone Star UAV 11:57 - Chasing with Cinewhoop 12:20 - FPV Flight Footage 15:18 - Return to Home Test 16:15 - Conclusion & Recommendations The music in this video is from Epidemic Sound. 🤍 If you want inexpensive, hassle-free music that sounds great for all of your social media channels, you should definitely check out Epidemic Sound. Check out the Ready Set Drone Flight Crew: 🤍 Kelly Shores is a FAA Part 107 certified drone pilot. He enjoys flying toy drones, camera drones, RC airplanes, and FPV quads. When he's not flying drones, Kelly enjoys photography, biking, travel and hanging out with his family!
AuduPilot on Cheap FC playlist - 🤍 iNav 2.1 build - 🤍 Eagletree Vector Series - 🤍 PixHawk Cube Series - 🤍 You can see more R/C related videos on the channel - 🤍 Looking for a video on a specific topic? All of my videos are arranged into easy to use playlists and have lots of text tags on them too for easy searching. If this video was helpful or you liked the content then please consider subscribing and supporting the channel by visiting 🤍 or you can support me by donating using 🤍 Be aware that any comments that are rude, disrespectful or use bullying or threatening language will be deleted. Pedantry isn't encouraged either. This channel is all about helping others and passing on advice and ideas so please comment in that spirit. You can follow me on social media too. Look for the 'Painless360' name - 🤍 and Instagram as well. Thanks for watching, please LIKE and SUBSCRIBE and Happy Flying!
The Joywing V1.1 is an improved flying wing with minimal size and maximum fun, you can download the plans for free here 🤍 Or try here 🤍 The entire build video and radio setup explanation is here 🤍 The main difference in this homemade wing from its previous version is the added fuselage, and some reinforcements, also I added a powerful motor to go really fast with 4S batteries. Watch this video in Spanish here 🤍 ✦ Download the plans here ✦ 🤍 【Component list】 Material construction: Foam board, foam core or similar 5mm. Radios. Flysky - 🤍 Frsky - 🤍 ▬▬▬▬▬▬▬▬▬▬ Receivers for FrSky: 🤍 Recommended - 🤍 Recommended 2 - 🤍 Recommended 3 - 🤍 Mini receivers for Flysky: 🤍 🤍 Receivers for DMS2 (Spectrum) 🤍 ▬▬▬▬▬▬▬▬▬▬ Motors: Motor 1 - 🤍 The Best quality - 🤍 Other options: 🤍 🤍 ▬▬▬▬▬▬▬▬▬▬ Propellers: 3" - 🤍 4" - 🤍 More options - 🤍 ▬▬▬▬▬▬▬▬▬▬ ESC's: W/BEC - 🤍 Recommended - 🤍 (12A is enough) 🤍 - (requires a buck converter mod to suply 5V) Buck converter - 🤍 ▬▬▬▬▬▬▬▬▬▬ Servos: 🤍 🤍 Servos I used: 🤍 ▬▬▬▬▬▬▬▬▬▬ Bateries: Buy them from your local store since some restrictions can apply in shipping. For 2S and 3S use from 400 to 850 mAh. Use 🤍 ▬▬▬▬▬▬▬▬▬▬ Connectors (depending on the battery you use): XT60 🤍 JST 🤍 ▬▬▬▬▬▬▬▬▬▬ Subscribe: 🤍 Instagram 🤍 List of equipment I use Cameras Sony a6300 🤍 Canon T5i 🤍 Gopro 🤍 Osmo pocket 🤍 Sound Zoom H1 🤍 Zoom H5 (clearer sound) 🤍 Microphone OLM-10 🤍 Lighting LED 🤍 LED ring 🤍 Accessories Tripod 1 🤍 Tripod 2 🤍 #JoyplanesRC #RCHobby #Joywing
A few useful links to the videos I mention: iNav 2.1 build: 🤍 Flight controller comparison video (Summer 2018): 🤍 Pixhawk build:🤍 Pixhawk CUBE series: 🤍 Vector series: 🤍 iNav 1.9 into Orbit wing buld: 🤍 Omnibus FW build: 🤍 You can see more R/C related videos on the channel - 🤍 Looking for a video on a specific topic? All of my videos are arranged into easy to use playlists and have lots of text tags on them too for easy searching. If this video was helpful or you liked the content then please consider subscribing and supporting the channel by visiting 🤍 Be aware that any comments that are rude, disrespectful or use bullying or threatening language will be deleted. Pedantry isn't encouraged either. This channel is all about helping others and passing on advice and ideas so please comment in that spirit. You can follow me on social media too. Look for the 'Painless360' name - 🤍 and Instagram as well. Thanks for watching, please LIKE and SUBSCRIBE and Happy Flying!
Get Exclusive NordVPN deal here ➼ 🤍 It's risk-free with Nord's 30-day money-back guarantee! Why are modern airliners still shaped the way they are? Why don’t we see any more #modern, streamlined shapes, like the #flying wings that first appeared over SEVENTY years ago and… could this change soon? Stay tuned! If you want to support the work I do on the channel, join my Patreon crew and get awesome perks and help me move the channel forward! 👇 👉🏻 🤍 👉🏻 Check out our other channel here: youtube.com/mentournow Get the Mentour Aviation app and discuss what You think about this! Download the app for FREE using the link below 👇 📲🤍 📲 Join the Mentour Pilot Discord server here! 👉🏻 🤍 I have also created an Amazon page with Aviation books, material and flight simulator stuff that I think you will enjoy! 👉🏻 🤍 Follow my life on instagram and get awesome pictures from the cockpit! 📲 🤍 To find the right HEADSET for YOU, check out BOSE Aviation 👉🏻 🤍 Get some Awesome Mentour Pilot merch 👉🏻 🤍 Sources 🤍 🤍 🤍 🤍 🤍 🤍 🤍 🤍 🤍 🤍 🤍 🤍 🤍 🤍 🤍 🤍 🤍 🤍
The NASA Fundamental Aeronautics Fixed Wing Program is addressing the challenges of enabling revolutionary energy-efficient improvements in transport aircraft. Engineers and researchers are reducing noise while increasing engine capability. Exciting new structural designs and technologies are all part of this program that will effect anyone who flies on future aircraft.
HORTEN ® Aircraft GmbH is delighted to announce the official launch video film of the HX-2 Flying Wing, breaking boundaries and new advances in the future design of aviation. For further information, please visit the HORTEN ® website: 🤍horten-aircraft.com
What is it like to be a flight instructor? In this video we cover what you need to know, including what a day looks like as an instructor teaching student pilots. Discover what it's like to become a pilot ➡️🤍 Check out more of our videos: Helicopter Pilot Salary (According to Pilots): 🤍 How to Make it As A Helicopter Pilot: What Future Pilots Need to Know About Working As A Helicopter Pilot: 🤍 Request Information about our program 🤍 Apply to the program (usually takes less than 10 minutes) 🤍 For More Videos Subscribe: 🤍 #flightinstructor #flightschool #SUUaviation Website 🤍 Helicopter (Rotor Wing) Program: 🤍 Airplane (Fixed Wing) Program: 🤍 Aircraft Maintenance Technician Program: 🤍 Ask us a Question aviation🤍suu.edu Follow us 🤍 🤍 🤍 All statements and claims made within this video are accurate as of the date of publication.
Welcome back to another aircraft overview. Today we are having a peek at the Armstrong Whitworth A.W.52 - A flying wing that never quite made it to success, but left its mark on aviation history nonetheless. (Note: This video is a re-upload of a video that I have migrated over from my other channel). The Armstrong Whitworth A.W.52 was an attempt by Britain in the late 1940s to dabble with the possibility of using a flying-wing aircraft for commercial, rather than military use. Armstrong Whitworth put forward a proposal for a flying-wing airliner powered by either four or six jet engines. The A.W.52 was intended for high speeds and was an all-metal turbojet powered aircraft. The A.W.52 was shown off to the public on December 16th 1947. Members of the government, press and the aviation industry gathered at RAF Bitteswell to watch Whithworth's Chief test pilot – Squadron Leader Eric Franklin – take the aircraft up for a demonstration flight. Despite the aircraft's impressive looks and warm reception, there were indeed problems. Whilst putting the aircraft in a dive at 320mph test pilot Joe Lancaster encountered a pitch oscillation caused by the dreaded wing flutter. Expecting imminent and fatal structural failure, Joe Lancaster ejected using the aircraft's Martin-Baker ejection seat. In doing so, Joe Lancaster became the first British pilot to eject in an actual emergency. Producing these videos is a hobby of mine. I have a passion for history, and personally own a large collection of books, journals and other texts, and endeavor to do as much research as possible. However if there are any mistakes, please don't hesitate to reach out and correct anything :)
Get 84% off with the NordVPN Black Friday 3-year deal and 4 months free and the Nordlocker file encryption app with the coupon code "curiousdroid" deal here: 🤍 Coupon code: curiousdroid The Flying Wing is the most efficient design of any fixed win aircraft and was developed through WW2 but due to big business politics, it was all but killed off after the war. I was rediscovered in the 1970s and became the basis of the B-2 Stealth bomber, this is the story of what happened to the Flying Wing. Written, researched and presented by Paul Shillito Images and footage: NASA, Northrop Archives, Boeing, US DoD Thank you also goes to all our Patreons Alan Johns Allan Versaevel Alok G Singh Andrew SMITH Bobby Up Chad Mellor Cody Belichesky Collin Copfer Damien Pasche Daniele Noacco David Stevens Giacomo Catenazzi Henri Saussure Jared Swanson Johan Rombaut john edwards Jonathan Merage Jonathan Travers Juerg Hurni Kai Spuhler Kevin Hinnen Lorne Diebel Loyd Hamilton László Antal Mark Koontz Matthew MacKenzie P.S. Peter Barber Prashanth Ruthala Pyloric SHAMIR Sk1er stefan hufenbach Thomas Branch Vincent Walt Dennig Music from the Youtube library Hipsters Hopping by Doug Maxwell/Media Right Productions Flickering by VYEN Gently, Onwards by ELPHNT
Homemade Flying Wing for Long Range FPV (+1.5h Flight Times and +50km Distance Travel) I hope you guys enjoyed this video! More information will be uploaded in the near future. After 5 flights in 1-2 weeks, I'm waiting to order a DVR module to put inside the aircraft because it doesn't carry external cameras (No HD), The DVR Module will be installed to capture the Long Range Autonomous Flights that will be done in the near future as well. Stay tuned!
Top 5 VTOL Fixed-Wing Drones Make sure you like, subscribe and share to keep seeing videos like these Patreon- 🤍 This channel was made possible by -CustomRCmods 🤍 -🤍b777lovers_ (🤍
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I do also fly fixed-wing aircrafts and I am improving my skills . The Islands in the North Sea are very nice. I landed first time on Juist with a Gyrocopter Typ Cavalon. Also trying a artistic way of making a movie. Enjoy PS: Correction: The City Shown and labeled as Weimar is WISMAR, sorry ;-). Music was for free, now Youtube telling me it is not, so I had to remove the sound.
New Channel: 🤍 Discord: 🤍 BUSINESS INQUIRES: Jared🤍foundandexplained.com The XB-35 flying wing could have only existed thanks to one man, Jack Northrop, a brilliant engineer who realized that aircraft design had gone in the wrong direction. The sole purpose of a plane is to fly, and thus, all these extra areas like fulsage, tail and more don't really contribute to its main objective of generating lift. So why not make a plane that was just the wing? The XB-35 flying wing would have a total length of 53 feet (16.18m) and a wing span of 172 feet (52 meters). As the whole aircraft was a wing, it would have a huge wing area of 4,000 square feet, 370 meters squared, giving it an aspect ratio of 7.4 - nearly the same wing area as a beoing triple 7-300, a plane that easily dwafs this in size. the aircraft also had an impressivly small radar cross section - which would be very useful for stealth operations, which i'll get to later. Inside it had very much the traditional cabin you would find on a normal plane, with even a tail cone protruding from the back with a little window. this would act as a remote sighting station, and a viewport for the tail gunner. In the middle of the cabin was a crew rest area with bunk beds for the long missions. For the mission, the aircraft would have a crew of nine - a pilot captian, copilot, bombardier, navigator, engineer, radio operator and of course, three gunners to operate the twenty machine guns located in six nests around the fuslage - including a single tail stingers. Speaking of armument, this bomber aircraft could carry up to 52,200 pounds of bombs, or 23,678 kilos of explosives. With four pusher propellers 15 feet across, 4 and a half meters, the aircraft would have a cruise speed of 240 mph (390 km/h, 210 kn) and a range of (12,100 km, 6,500 nmi) on a single fule tank. It had a goal cruise altitude of 39,700 ft (12,100 m) but that was actually restricted to 20,000 ft (6,096 m) due to APU problems - which i'll get to in a moment. Things were looking up, and 200 bombers were ordered by the airforce with the first to enter the war in 1944. Design took so long that the war came and went, and it finally took to the skies in 1946. While its inital test flights were without incident, it turns out that its propellers hadn't actually been investigated to see if they worked with the engines. Because the relations had soured between the airforce and Northrop, the airforce refused to give the team a specail AC electrical alternator for the electrical systems. Thus the plane had to use its own onboard auxiliary power unit, limiting its ability to fly higher than 15,000 feet, or 4,600 meters - Lastly, in an effort to put Northrop in a hard place, the air force demanded that the aircraft be able to carry the new atomic bomb or they would not buy it. However, it required a small modification of the bays - a plan that the airforce refused. A solution to all these problems appeared with the arrival of the jet engine. This new version of the plane, now dubbed the YB-49, would fly much faster and higher than the original, especially with its power supply problems. Initial tests in 1948 with eight jet engines allowed the airframe to reach 40,000 ft (12,000 m) and topped 520 mph (840 km/h), an impressive performance. However, the range was greatly reduced, and no longer could the plane fill the role of the grand-strategic bomber, a mission profile that had now switched to hitting russians factories in the USSR. Of the 13 orders,, one crashed in 1948 during stall tests killing two famous test pilots, Major Daniel Forbes, of Forbes Air Force base fame, and Captian Glen Ewards, of Edwards Air Force base fame, as well as their three crew members. The other 11 uncompleted prototypes were converted to other prototypes, such as a spy one called the YRB-49A. 30 had been ordered but cancelled without explanation around the same time. As different people got promoted or moved around, the project landed on the desk of those unfamiliar with the drama and questioned all the back and forth, crashed tests and odd problems. Was it really worth all this effort? In 1980, a now aged and wheelchair bound Jack Northrop was taken to the top secret design studio and show the underdevelopment prototype of the B-2 bomber. He recongised the same lines, and the same wing span of the flying wing he had championed nearly 40 years eariler and said "I know why God has kept me alive for the past 25 years." He would pass only 10 months later.
Chasing sunsets is possibly my all time favorite FPV thing. Even better with friends. Check out the friend's YT channels too and please like and subscribe!! 🤍 🤍 Planes Flown: Skyhunter Mini - CRFPV iFlight Nazgul F6D Drone - CRFPV TBS Caipy2 Yellow - Benson TBS Caipy2 Blue - Benson VolantexRC Phoenix 2400 - TigerMustard FPV ATOMRC Killer Whale - Team Ecko OG 77
Can Ken fly fixed-wing? Support the channel on Patreon: 🤍 Epidemic Sound Music Library (NO copyright strikes!) Personal Plan: 🤍 Commercial Plan: 🤍 Ken's New Channel: Side B: 🤍 REMOTEPILOT101.com - 🤍 (Use Heron18 for 30-percent off!) Lume Cube: 🤍 Use: TNL10 for TEN-PERCENT off everything! GPC Custom drone cases: 🤍 (Use discount code: TNL10 for TEN-PERCENT off online purchases!) FreewellGear.com - 🤍 NEW Freewell Magnetic ND filters: 🤍 Freewell All Day 4K Series (Osmo Pocket) 🤍 Freewell All Day 4K Series (Mavic 2 Zoom) 🤍 Freewell All Day 4K Series (Mavic 2 Pro) 🤍 Get your Eyeball Decals HERE: 🤍 Get Heron Aerial stuff HERE: 🤍 Ken's Gear: AUDIO: Sony URX-P03D (Dual Receiver) Lavalier Microphone: 🤍 Roland R-07 Digital Recorder: 🤍 VIDEO: Sony RX100 Mark-VI: 🤍 DJI Osmo Action sport camera: 🤍 GoPro Hero Session 5 HERE: 🤍 Goggles: For FPV race drones: Fatshark Dominator V3 Goggles: 🤍 For Photography drones: 🤍 For both: 🤍 Other Gear: Bestem Controller knob covers HERE: 🤍 Roland R-07 Digital Recorder: 🤍 Sennheiser Wireless Lavalier Mic: 🤍 DJI Inspire 2 Drone: 🤍 Osmo Pocket HERE: 🤍 Polar Pro Lens bracket for Phantom 4 Pro: 🤍 DJI Phantom 4 Pro 2.0 HERE: 🤍 Rolling Phantom 4 case HERE: 🤍 DJI Crystalsky Monitor HERE: 🤍 Crystalsky mount for Phantom HERE: 🤍 RAM camera-mount HERE: 🤍 Pelican 1200 Camera Case HERE: 🤍 For Lighting: 🤍 Get a set of red Chucks HERE: 🤍 Get Phantom Obsidian props HERE: 🤍 PolarPro Vivid Filters for P4P: 🤍 Fatshark Dominator V3 Goggles: 🤍 Ken's Quick-Release Neck Strap: 🤍 Get eyeball decals for your drone. Send $10 PayPal to: kenheronupload🤍gmail.com Go HERE for more info: 🤍 Thank you so much for supporting our channel!! For a complete set of contest rules: 🤍 #kenheron . . . . . . . . . . . . ... SCROLLERS! Just for you: 🤍
PD-1 UAV is light-weight, fully composite and highly customizable unmanned aerial vehicle. it can stay in the air for up to 10 hours with 8 kg payload and has service ceiling of 3000 meters. PD-1 has proven it's reliability while being used by Ukrainian Armed Forces. It's modular design allows it to be easily customized according to client needs. We can replace flight controller, data links, payload and other equipment to get maximum results from any mission, either you are working in civil, military or industrial area. For more information please visit our website: 🤍
UAVTEK Scout is a low cost, robust fixed wing that can be hand or bungee launched Multiple Scout UAV can be controlled at once allowing areas to be quickly mapped or searched.
The fighter is a 10kg fixed-wing flight platform, which is easy to carry,friendly to operate,stable and durable. Material: EPO,EVA,carbon fiber,PC,engineering plastics and etc. Wing Span: 2430mm Fuselage height: 180mm Fuselage length: 1450mm Wing area: 72.5dm2 Suggested flight speed: 17~20m/s Stalling speed: 10m/s Maximum payload: 1500g Payload bay size: 280*160*110mm Longest flight range: 150km (600g load) Max take-off weight：11.5kg Practical ceiling height: 4000m Wind resistance: 5 Take-off and landing approach: VTOL Dismounting way: tool-free Transport case seize: 1.26m×0.35m×0.495m Official website: 🤍 Technical Support: 🤍 Download: 🤍 Contact email: makeflyeasy🤍qq.com Facebook: 🤍 Official purchase:🤍
Available here: 🤍 We completed two aerial missions of powerline inspection and suspicious target surveillance using quick-assemble AYK-250 VTOL, which features 3.5h flight time with 1.2kg payload. And here's how it goes... Related Products: Pixhawk Cube Orange Standard Set with Here 3 GNSS: 🤍 SEEKER-30 HD 30X Optical Zoom Camera with 3-axis Gimbal: 🤍 Recommended Camera: SEEKER-30 TR 30X Optical Zoom Camera with 3-axis Gimbal: 🤍 Specification: Wingspan: 2500mm Frame Weight: 3.2kg Max. Take-off Weight: 13.5kg Max. Payload: 2.2kg Standard Payload: 1.2kg Endurance: 4h(no payload); 3.5h🤍12.5kg take-off weight Cruising Speed: 19m/s🤍12.5kg; 21m/s🤍12.5kg(in the mountains) Max. Cruising Speed: 93.6km/h(26m/s) Battery: 2x25000mAh Lipo Stall Speed:15.5m/s🤍12.5kg Flight Altitude: 4800m (Max.) Wind Resistance: 10.8m/s-13.8m/s(fixedwing); 5.5m/s-7.9m/s(vtol) Working Environment: -20℃~45℃ Know about Foxtech from: Official Website: 🤍 Facebook: 🤍 Facebook Group: 🤍 Youtube: 🤍 Linkedin: 🤍 Twitter: 🤍 Instagram: 🤍
Vector and Scorpion is a Two-in-one rucksack portable drone system Engineered by Quantum-Systems and powered by Auterion. Vector is a flexible Hybrid Vertical Take-Off and Landing (VTOL) sUAS that provides an endurance of 120 minutes and a 15 km radio link range enabled by a military grade encrypted mesh IP data link. Automated precision take-off and landings are standard with Vector, requiring only a single operator utilizing a hand-controlled GCS. By removing the wings and tail from Vector, and attaching a separate set of booms and props, the system transforms into a tricopter configuration (Scorpion). This is optimal for dynamic urban environments that required a combination of maneuverability and hover Scorpion has an endurance of 45 minutes and also has a radio link range of 15 km. More information on Vector - Scorpion: 🤍 🤍 🤍 Follow Auterion 🤍 🤍 🤍 #drones #tricopter #VTOL
This video shows the conversion of PD-2 UAV from fixed-wing to VTOL. PD-2 UAV was designed to change its configuration within 15 minutes with no tools required. Feel free to contact us if you have any questions or inquiries. 📲 +38 063 834 36 60 📧 info🤍ukrspecsystems.com 💻🤍
This is an amazing flying wing project, using classic balsa wood construction and covering. You can learn more in the dedicated article: 🤍 there you'll find all the information and download all the files of this project. Wing Helper video: 🤍 Download the plans and files: 🤍 Wing helper software: 🤍 NanoCad: 🤍 Software to cut with laser: 🤍 Laser cutter: 🤍 FrSky servos: 🤍 Useful links to connect with us. Join our Discord server: 🤍 Website 🤍 Become one of us: 🤍 Facebook 🤍 Instagram 🤍 Wing Helper is a state of the art 3D CAD program for design of RC plane models. Wing Helper is oriented towards ambitioned RC modelers, who are beyond building models according to ready made plans, and who want to start designing, building and flying their own creations. This video can help you understand a few principles about designing UAVs from scratch. #JoyplanesRC #HobbyRC
Drone UAV Fixed Wing buatan Mahasiswa Poltekad Kodiklatad ini diberinama UAV GALAK - 24 yang bertujuan untuk membantu pasukan dalam melaksanakan patroli pengintaian di medan-medan yang sulit dijangkau seperti pegunungan dan hutan. #tni #tniad #kodiklatad #teknologi
Thank you for watching our video, if you want to know more, you can do it by: Official Website: 🤍 Technical Support: 🤍 Download: 🤍 Contact Email: makeflyeasy🤍qq.com Facebook: 🤍 Official Purchase: 🤍
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This is the process of loading the drone onto the launcher, preparing the bungee-powered launcher, then launching (duh). Pretty cool. 🤍
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![Bionic Flying Wing - Final Video [Fokusprojekt ETH Zürich]](https://i.ytimg.com/vi/3a_h1uKBl9o/mqdefault.jpg "Bionic Flying Wing - Final Video [Fokusprojekt ETH Zürich]")
