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M235 Falcon Strike Heavy-lift eVTOL drone
Every aircraft I build starts with a simple question:
Can this be done in a way that’s practical, controllable, and safe?
The M235 Falcon Strike is the next step in that journey—a heavy‑lift, two‑seat hybrid‑electric VTOL designed from the ground up with one goal:
reliable vertical flight with real‑world endurance.
“THE CORE OF THE SYSTEM”
Just like in the earlier M235 builds, everything starts with the propulsion system.
Eight BLDC motors.
Eight ESCs.
Each one isolated, each one monitored, each one contributing to stable lift.
This isn’t theory.
This is the same architecture I’ve tested across multiple prototypes—scaled up, reinforced, and optimized for two‑pilot operation.
“THE HYBRID POWERTRAIN”
The Falcon Strike uses a hybrid‑electric system—batteries for peak thrust and a generator‑alternator to extend range and keep the aircraft powered during cruise.
This solves the biggest limitation of pure‑battery VTOLs:
endurance.
With hybrid power, the M235 doesn’t have to land when the batteries run low.
It keeps flying.
“THE TWO CONFIGURATIONS”
The Falcons Strike program includes two configurations:
The M235 V‑1—Wingless VTOL
A pure vertical‑lift aircraft.
No wings.
No glide surfaces.
Just controlled, stable lift for heavy‑load operations and tight‑space maneuvering.
The M235 V‑2 — Winged Hybrid
Same motors.
Same ESCs.
Same hybrid powertrain.
But with wings that take over in forward flight, reducing power draw and extending range.
Two aircraft.
One platform.
Mission‑flexible by design.
“THE COCKPIT AND AVIONICS”
Inside, the M235 supports two pilots with a full avionics suite — navigation, telemetry, diagnostics, and system monitoring.
All software packages, firmware updates, and configuration files can be downloaded directly from the project site.
This cockpit isn’t built for stunts.
It’s built for training, transport, and practical flight testing.
“THE FALCON STRIKE MISSION”
The M235 Falcon Strike isn’t a concept.
It’s not a render.
It’s a real, physical aircraft—built with the same hands-on engineering approach that shaped every prototype before it.
Two configurations.
One hybrid‑electric heart.
A platform designed for pilots who want real capability, not marketing promises.
This is the M235 Falcon Strike.
And this is just the beginning.
Видео M235 Falcon Strike Heavy-lift eVTOL drone канала Building DIY eVTOLs
Can this be done in a way that’s practical, controllable, and safe?
The M235 Falcon Strike is the next step in that journey—a heavy‑lift, two‑seat hybrid‑electric VTOL designed from the ground up with one goal:
reliable vertical flight with real‑world endurance.
“THE CORE OF THE SYSTEM”
Just like in the earlier M235 builds, everything starts with the propulsion system.
Eight BLDC motors.
Eight ESCs.
Each one isolated, each one monitored, each one contributing to stable lift.
This isn’t theory.
This is the same architecture I’ve tested across multiple prototypes—scaled up, reinforced, and optimized for two‑pilot operation.
“THE HYBRID POWERTRAIN”
The Falcon Strike uses a hybrid‑electric system—batteries for peak thrust and a generator‑alternator to extend range and keep the aircraft powered during cruise.
This solves the biggest limitation of pure‑battery VTOLs:
endurance.
With hybrid power, the M235 doesn’t have to land when the batteries run low.
It keeps flying.
“THE TWO CONFIGURATIONS”
The Falcons Strike program includes two configurations:
The M235 V‑1—Wingless VTOL
A pure vertical‑lift aircraft.
No wings.
No glide surfaces.
Just controlled, stable lift for heavy‑load operations and tight‑space maneuvering.
The M235 V‑2 — Winged Hybrid
Same motors.
Same ESCs.
Same hybrid powertrain.
But with wings that take over in forward flight, reducing power draw and extending range.
Two aircraft.
One platform.
Mission‑flexible by design.
“THE COCKPIT AND AVIONICS”
Inside, the M235 supports two pilots with a full avionics suite — navigation, telemetry, diagnostics, and system monitoring.
All software packages, firmware updates, and configuration files can be downloaded directly from the project site.
This cockpit isn’t built for stunts.
It’s built for training, transport, and practical flight testing.
“THE FALCON STRIKE MISSION”
The M235 Falcon Strike isn’t a concept.
It’s not a render.
It’s a real, physical aircraft—built with the same hands-on engineering approach that shaped every prototype before it.
Two configurations.
One hybrid‑electric heart.
A platform designed for pilots who want real capability, not marketing promises.
This is the M235 Falcon Strike.
And this is just the beginning.
Видео M235 Falcon Strike Heavy-lift eVTOL drone канала Building DIY eVTOLs
Quadcopter Drone technology Flight control system Advanced drone design DIY drone project Quadcopter dynamics Aerodynamics Advanced propulsion systems Electromagnetic coupling Vibration synchronization Rotor-stator design Electric propulsion Drone enthusiasts DIY drone builders Drone engineering STEM drone project Engineering for beginners Future of drones
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Информация о видео
14 июня 2026 г. 2:18:18
00:03:36
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