Building the Foundation of Your EVTL Quadcopter

Описание: People frequently asked where I could get one. A comprehensive build & programming manual for the M235 Screaming Eagle eVTOL vehicle includes every downloadable file you'll need. The files may be downloaded instantaneously from websites like GumRoad and delivered to your preferred job shop, fully assembled and transported right to your door—ready to go.
The associated ebook seeks to explain the rationale behind each Model 235 SE component. Examples include the parallel connecting of several MOSFET half-bridge switches and the reasons for not using the FOC approach in the early phases of building a prototype concept.
Download your Free PDF here—Design Guide for Manned Quadcopters
https://drive.google.com/file/d/1dM2r...
https://drive.google.com/file/d/1viMW...

🚀 Build the Model 235 SE (Manned eVTOL Project)
In this video, I showcase the Model 235 SE Screaming Eagle — a high-performance manned quadcopter designed for lift, endurance, and advanced control.
🧩 Download Build & Programming Instructions with complete construction kit, including Request for Quotation ( RFQ) for price and delivery info here
📘 Available free for verified eBook owners at
👉https://dave2351.gumroad.com/l/owsfli
(Enter the access code from your eBook to unlock the files.)
🔄 Files are updated regularly, and verified users automatically receive the latest versions.
📗 Don’t have the eBook yet?
👉 Get it on Amazon: https://www.amazon.com/dp/B0FBX7988L
Kindle here: https://www.amazon.com/dp/B0FBVHYZ4L

Everything you need to build your vehicle is right at your fingertips. Be among the first to grab this effortless, all-in-one experience! The Model 235 Screaming Eagle (M235 SE) is a high-performance manned eVTOL quadcopter designed for personal flight. It features a lightweight yet strong aluminum and composite frame, 8 high-efficiency BLDC motors with large carbon-fiber propellers, and a high-capacity LiPo power system for reliable heavy-lift capability. A Teensy 4.0-based flight controller with IMU and optional sensors ensures precise stability and maneuverability through advanced PID control, while redundant systems and safety features like a recovery parachute enhance reliability. The M235 SE integrates modern embedded programming, power electronics, and aerodynamic optimization, offering a modular, testable, and upgradeable platform for experimental and recreational aviation.
Most importantly, a comprehensive 322-line C++ program that may be downloaded has numerous Kalman filters for every sensor in addition to all the proper PID values.
A flying car isn’t just science fiction anymore… but something you can build yourself or have a team put it together for you. Imagine building your very own flying car… right in your garage.
We start with the primary structure—built from strong and lightweight 7005-T6 aluminum tubing with ER5356 filler commonly used in bicycle manufacture. You can cut, form, bend, and weld it yourself… Or, if you prefer, send the plans to a job shop and have it made for you. The kit even includes the damper plates, giving you a rock-solid foundation to build on.
Next, the composite carbon graphite tubing is installed—passing through the dampeners. This adds incredible strength while keeping the weight low, ensuring the frame is both durable and flight ready.
From there, we add the mounting points for the propulsion system, designed to handle both thrust and vibration, keeping everything stable when power kicks in.
Before wiring the power, we install the propeller ring guard assembly. This attaches directly to the carbon tubing, providing protection for the props and enhancing safety during testing and flight.
Once the frame and guard assembly are set, the power system goes in—batteries, bus bars, and the core electronics that bring everything to life. The included diagrams guide you step-by-step through wiring and setup.
Then it’s time for propulsion—installing the motors, vibration-dampened mounts, and carbon fiber props. This is the moment the project really transforms into a flying machine.
For added safety, we install the ballistic recovery system. This emergency parachute is designed to deploy if something goes wrong in flight, giving you an extra layer of protection for both the vehicle and the occupants.

#MannedDrone #dronebuild #engineeringjourney #OneManBuild #electricaviation #HomemadeAircraft
#drone #dronevideo #vtol #DIYDrone
#DroneAssembly
#eVTOL #UAP #Quadcopter #DIYDrone #Model235SE