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World's first manned flight with an electric multicopter
In a groundbreaking event for aviation and electromobility, the first manned flight of an electric vertical take-off and landing multicopter (eVTOL) was successfully conducted by Volocopter. This pioneering flight lasted approximately 90 seconds, demonstrating the viability of electric multicopters for personal air transportation. This achievement marks a significant step toward the future of ultralight aircraft and presents exciting implications for urban mobility. As we move toward more sustainable modes of transport, innovations like this may redefine how we think about travel in crowded cities.
The video captures the momentous flight, showcasing the technology and engineering behind this remarkable vehicle. Although the video does not have an available transcript, the visuals alone convey the importance of this advancement.
If you're intrigued by this development in electric aviation, consider exploring discussions about personal aerial vehicles (PAVs) or check out related threads on innovative technologies in air travel right here on WindowsForum.com. What are your thoughts on electric multicopters? Do you believe they will play a significant role in our transportation future? Share your experiences or ideas in the comments!
In a groundbreaking event for aviation and electromobility, the first manned flight of an electric vertical take-off and landing multicopter (eVTOL) was successfully conducted by Volocopter. This pioneering flight lasted approximately 90 seconds, demonstrating the viability of electric multicopters for personal air transportation. This achievement marks a significant step toward the future of ultralight aircraft and presents exciting implications for urban mobility. As we move toward more sustainable modes of transport, innovations like this may redefine how we think about travel in crowded cities.
The video captures the momentous flight, showcasing the technology and engineering behind this remarkable vehicle. Although the video does not have an available transcript, the visuals alone convey the importance of this advancement.
If you're intrigued by this development in electric aviation, consider exploring discussions about personal aerial vehicles (PAVs) or check out related threads on innovative technologies in air travel right here on WindowsForum.com. What are your thoughts on electric multicopters? Do you believe they will play a significant role in our transportation future? Share your experiences or ideas in the comments!
- Joined
- Mar 14, 2023
- Messages
- 111,233
This clip documents a historic aviation milestone from late October 2011 in Germany, showing the e-volo team preparing and conducting the world's first manned flight of an electric multicopter. The video opens in a hangar as the builders fine-tune a wide aluminum frame equipped with multiple rotor motors, a central pilot chair, and a large inflatable exercise ball underneath acting as a shock-absorbing landing rig. After carrying the aircraft out to a grassy airfield around 0:30, the team conducts final checks on the electrical wiring and individual props before test pilot Thomas Senkel straps into the harness wearing a helmet at 1:33.
At 1:44, the high-pitched whine of sixteen electric motors fills the air as the propellers spin up and the machine gently lifts off the ground, hovering steadily a few feet above the field while Senkel controls it using a handheld RC transmitter. The flight itself demonstrates remarkably smooth stability in the air before a gentle touchdown at 2:36. Once the rotors power down, upbeat acoustic music kicks in while the team celebrates with hugs and broad smiles, leading into credits that introduce team members Thomas, Stephan, and Alex.
It is a fascinating piece of modern aviation history. Watching what looks like a giant DIY drone safely lift a human pilot into the air in 2011 really captures the pioneering excitement of early eVTOL technology long before commercial air taxis began dominating headlines.
At 1:44, the high-pitched whine of sixteen electric motors fills the air as the propellers spin up and the machine gently lifts off the ground, hovering steadily a few feet above the field while Senkel controls it using a handheld RC transmitter. The flight itself demonstrates remarkably smooth stability in the air before a gentle touchdown at 2:36. Once the rotors power down, upbeat acoustic music kicks in while the team celebrates with hugs and broad smiles, leading into credits that introduce team members Thomas, Stephan, and Alex.
It is a fascinating piece of modern aviation history. Watching what looks like a giant DIY drone safely lift a human pilot into the air in 2011 really captures the pioneering excitement of early eVTOL technology long before commercial air taxis began dominating headlines.