Most types of Unmanned Aerial Vehicle (UAV, drone) missions requiring Vertical-Take-Off-and-Landing (VTOL) capability could benefit if a drone’s effective range could be extended. Example missions include Search-And-Rescue (SAR) operations, a remote inspection of distant objects, or parcel delivery. There are numerous research works on multi-rotor drones (e.g., quadcopters), fixed-wing drones, VTOL quadplanes, or tilt-motor/tilt-wing VTOLs. We propose a unique compact VTOL UAV optimized for long hover and long-range missions with great lifting capacity and manoeuvrability: a tandem-wing quadplane with fixed motors only. To the best of our knowledge, such a drone has not yet been researched. The drone was designed, built, and tested in flight. Construction details, its advantages, and issues are discussed in this research.
Most types of Unmanned Aerial Vehicle (UAV, drone) missions requiring Vertical-Take-Off-and-Landing (VTOL) capability could benefit if a drone’s effective range could be extended. Example missions include Search-And-Rescue (SAR) operations, a remote inspection of distant objects, or parcel delivery. There are numerous research works on multi-rotor drones (e.g., quadcopters), fixed-wing drones, VTOL quadplanes, or tilt-motor/tilt-wing VTOLs. We propose a unique compact VTOL UAV optimized for long hover and long-range missions with great lifting capacity and manoeuvrability: a tandem-wing quadplane with fixed motors only. To the best of our knowledge, such a drone has not yet been researched. The drone was designed, built, and tested in flight. Construction details, its advantages, and issues are discussed in this research.
UnmannedRC is a trading name of ADTi (Aerial Dynamic Technologies and Innovations), ADTi is a professional UAV and ground control system designing and manufacturing company in China.
UnmannedRC is a trading name of ADTi (Aerial Dynamic Technologies and Innovations), ADTi is a professional UAV and ground control system designing and manufacturing company in China.
UnmannedRC is a trading name of ADTi (Aerial Dynamic Technologies and Innovations), ADTi is a professional UAV and ground control system designing and manufacturing company in China.
Sentinnel UAV.
🚜 Минитрактор своими руками с двигателем Lifan Pro (15 л.с.) Автор видео: tractor056 #самоделка #diy #минитрактор #lifan #reels.
Foldable, ballistically-launched SQUID drones could one day deploy to Mars
BF2042 Various Props Art Director - Joseph McLamb 3D Art Lead - David Olofsson
AESIR has developed a Vertical Takeoff and Landing (VTOL) Unmanned Aerial Vehicle (UAV) that has no external rotating parts, instead relying on a phenomenon known as the Coanda effect to generate lift.
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Autonomous & Remote Control Sea Vehicle
Hey everyone!I am a relative noob to the RC world, but lately I have a reason to dive in head first...I have a small company that designs & builds vari…
Box plank build based on the Australian CORVO drone at about 1/4 scale.Like, Subscribe & Ding the 🔔 - http://bit.ly/ANsubscribe🔎 More information 🔍► Newto...
In this study, an innovative adaptive variable camber compliant wing, with skin that can change thickness and tailing edge morphing mechanism that is designed based on a new kind of artificial muscles, is designed. Consisted of a compliant base plate and seamless and continuous compliant skin with the artificial muscles embedded in, this trailing edge morphing mechanism is extremely light in weight and efficient in reconfiguration of the wing sectional profile. To demonstrate the feasibility of this design, a simulative experiment of this kind of artificial muscles was designed and carried out. A demonstrative wing section with simulative driving skin mechanism and the compliant skin was manufactured. The demonstration wing section shows that the trailing edge morphing mechanism designed and simulative driving skin work good, with a –30°/+30° trailing edge morphing achieved. Targeting this innovative design, an airfoil design approach, employing CST parametric methodology, XFOIL and Multi-Objective Particle Swarm (MOPS) optimizer, is developed for the preliminary design of this innovative wing. A new selector is introduced to facilitate the searching process and improve the robustness of this method. The results show that this method is capable of designing airfoils for this special wing in a quick and effective way.
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