Introducing Emotion Aircraft - The Worlds Most Advanced eVTOL Neuronautics 2021-02-08 | We're unveiling the Emotion Aircraft, the most advanced eVTOL ever conceived. Aiming incomparable high cruise speed and long endurance, this all-electric Aircraft will revolutionize the way we travel.
AI Said This Aircraft Could Fly 246+ km. So I Built It and Flight-Tested It! Neuronautics 2026-07-09 | Try Onshape Free – Engineers Get Up to 6 Months Pro:https://onshape.pro/NeuronauticsDownload the NX-2 model - 15% discount during the first 15 days after the video release with code: NEURONAUTICS101cults3d.com/en/users/NeuronauticsCan my AI-designed flying wing really fly 200 km? 🤖✈️Over the last few months, I’ve been trying to answer one ambitious question: can artificial intelligence help design the ultimate efficient flying wing?The result was the NX-2: a 3D-printed, high-aspect-ratio flying wing optimized using aerodynamic simulations and an evolutionary algorithm. After designing, building, and flight-testing the aircraft, I also built a custom thrust bench to find the most efficient motor and propeller combinations for long-endurance flight.But bench testing is only half of the story.In this video, we take the best propulsion setups from the thrust bench and test them in real flight using autonomous loiter missions, advanced telemetry logging, and Python post-processing to measure how much energy the NX-2 really needs to cover distance.And the results were not what I expected.During the flight campaign, the NX-2 was pushed close to its aerodynamic limits, leading to stall testing, flat spins, crashes, repairs, and a much deeper understanding of the real stall speed, maximum lift coefficient, and efficiency sweet spot of the aircraft.The best setup reached around 0.32 Wh/km, improving the original configuration by roughly 32% in energy consumption per kilometer — or about 47% more theoretical range with the same battery.So… was the AI right?Based on the flight data, the NX-2 is no longer just a theoretical 100 km aircraft. With a typical 3S lithium-ion pack, the data suggests it could already reach around 120 km, and with a lighter endurance-focused setup, the theoretical range could go well beyond 200 km.Support the channel:Patreon:patreon.com/NeuronauticsDownload the NX-2 model:cults3d.com/en/users/Neuronautics#UAV #AI #FlyingWing #RCPlane #FPV #Aerodynamics #Engineering #Onshape #Formlabs #3DPrinting #ArduPilot #Propeller #BrushlessMotor #FlightTesting #Optimization #Neuronautics
I Built THIS to Find the Best Motor & Prop for My Organic Wing (+15% Efficiency!) Neuronautics 2026-05-09 | Try Onshape Free – Engineers Get Up to 6 Months Pro:https://onshape.pro/NeuronauticsWhat is the best propulsion system for an AI-optimized flying wing? 🤖✈️In the previous video, we used AI and evolutionary optimization to design a highly efficient organic flying wing. But even with an optimized airframe, one critical question remained unanswered:Which motor and propeller combination is actually the most efficient in the real world?So in this video, we build a fully custom thrust bench from scratch to measure real propulsion performance using load cells, RPM sensor, current, voltage, and automated data acquisition.Using a combination of aerodynamic theory, motor-propeller matching, and thousands of real measurements, we compare multiple motors and propellers to find the setup that delivers the best efficiency for endurance flight.The results were… not what I expected!We test:5 different brushless motors8 different propellersAPC, Aeronaut CAM, and low-cost optionsHundreds of automated thrust bench runsAnd by the end, we identify a propulsion upgrade that could increase the endurance of the NX-2 flying wing by roughly 15%.In the next videos, we’ll validate everything with real flight data and push the endurance of this aircraft even further.Support the channel:Patreon:patreon.com/cw/NeuronauticsDownload the NX-2 model:cults3d.com/en/users/Neuronautics/3d-models...#UAV #ai #FlyingWing #RCPlane #FPV #Aerodynamics #Engineering #Propeller #BrushlessMotor #Arduino #Onshape #Optimization #AI #ThrustBench #Neuronautics
AI Designed This Organic Flying Wing… I Had to Build It (+16% Efficiency) Neuronautics 2026-03-05 | JLCCNC: CNC machining and sheet metal start at just $1.Get $123 in coupons here:jlccnc.com/?from=NeuronauticsTry Onshape Free – Engineers Get Up to 6 Months Pro:https://onshape.pro/NeuronauticsWhat happens if we let AI design a flying wing instead of a human? 🤖✈️In this video I create a fully parametric flying wing, give it 16 design variables, and let an optimization algorithm search through thousands of possibilities to find the most efficient configuration.The result is a surprisingly organic wing shape—very different from the one I originally designed.So I built it.Using aerodynamic analysis with AeroSandbox VLM, structural modeling, and Differential Evolution optimization, the AI eventually converges on a new design that appears to be ~16% more efficient than my previous wing.We then 3D print the airframe, assemble the aircraft, and take it out for the first maiden flight to see if the AI result actually works in the real world.In the next videos we’ll dive deeper into flight testing, efficiency measurements, and understanding why the algorithm selected this particular geometry.Support the channelPatreon:patreon.com/cw/NeuronauticsDownload the NX-2 model:cults3d.com/es/usuarios/Neuronautics/modelos-3d#JLCCNC #AI #FlyingWing #UAV #Aerodynamics #Optimization #RCPlane #FPV #AeroSandbox #Engineering
🦅 I Recreated Evolution’s Wing Design to Build an Ultra-Efficient UAV Flying Wing Neuronautics 2026-01-08 | Try Onshape Free – Engineers Get Up to 6 Months Pro:https://onshape.pro/NeuronauticsWhat if we took a wing shape that evolution has refined for millions of years… and turned it into an ultra-efficient UAV? 🦅In this video I build a 3D-printed flying wing using a gull-shaped planform inspired by birds, then put it through CFD and flight tests to see if the theory actually works. We dive into lateral–directional stability, comparing a planar wing vs. the gull wing, and see how the new design delivers ~80% more yaw stability and ~75% more roll stability without sacrificing efficiency.In the end, this project shows why the gull wing is such a powerful, convergent design solution in nature—and it sets the stage for the next step: using AI to simulate evolution and search for even more stable and efficient wing planforms.#UAV #FlyingWing #RCPlane #Aerodynamics #CFD #Onshape #FPV
AI Said This Wing Is 27% More EFFICIENT. So I Built It and Flight-Tested It! Neuronautics 2025-11-13 | From AI concept to crash, rebuild, and real flight data—this is the finale of the NX-1 trilogy. I 3D-printed a lighter NX-1, matched the ZOHD Dart 250G with the same motor/prop (T-Motor V1507 2700KV + APC 6x4E) and DJI O4 Lite, then let ArduPilot logs call the verdict. You’ll see the build tweaks (nose redesign, NACA inlet, weight cuts), the sunset flight tests, and the Python post-processing that turns hours of flying into clean numbers. Theory vs reality, CFD vs sky, AI wing vs store-bought classic—no excuses, just measured results.Get the files / support🛩️ Download the NX-1 (15% off for 10 days): cults3d.com/es/modelo-3d/artilugios/ai-optimized-fpv-flying-wing📄 Project data & scripts (Patreon): patreon.com/cw/Neuronautics💡 Whether you're into AI, FPV drones, general aviation, or just love pushing the boundaries of what's possible with code and creativity—this is for you!Hashtags#AI #Drones #FPV #RCPlane #CFD #Aerodynamics #FlightTest #FlyingWing #Dart250G #Efficiency #3DPrinting #ArduPilot
🛩️AI vs Classic: Aerodynamic Efficiency Dogfight (CFD) | ZOHD Dart 250G • Reverse-Engineering Neuronautics 2025-10-01 | I reverse-engineer a popular FPV wing, the Zohd Dart 250G, and pit it against my AI-optimized Neuronaut NX-1 in a data-driven aerodynamics efficiency showdown.Get the files / support🛩️ Download the NX-1 (15% off for 10 days): cults3d.com/es/modelo-3d/artilugios/ai-optimized-fpv-flying-wing📄 Project data & scripts (Patreon): patreon.com/cw/Neuronautics💡 Whether you're into AI, FPV drones, general aviation, or just love pushing the boundaries of what's possible with code and creativity—this is for you!Hashtags#CFD #Aerodynamics #ReverseEngineering #FPV #FlyingWing #OpenFOAM #Dart250G #AI
A.I. designed the ultimate Flying Wing! #FPV #CFD #aerodynamics #Aerospace #3DPrinting #AI Neuronautics 2025-09-13 | Full video with Design | Optimization | CFD |AI | build | maiden flight → on the channel. STL link inside.
🚀 I asked A.I. to design the ultimate FPV Flying Wing... and its INSANELY EFFICIENT! Neuronautics 2025-08-07 | In this video, we dive deep into the fusion of aerospace engineering and artificial intelligence to create a fully functional, 3D-printed, FPV flying wing—optimized entirely by machine learning.From the early days of flying wing pioneers like Dunne, the Horten brothers, and Jack Northrop… to training neural networks and running thousands of CFD simulations, this video documents every step of the journey.💾 Download the STL files for 3D printing the wing:👉 cults3d.com/en/3d-model/gadget/ai-optimized-fpv-flying-wing💡 Whether you're into AI, FPV drones, general aviation, or just love pushing the boundaries of what's possible with code and creativity—this is for you!
