Aircraft

Doroni celebrates its first manned eVTOL flight

Doroni celebrates its first manned eVTOL flight
Pre-orders are open on the Doroni H1, a 2-seat, cruise-capable, personal eVTOL aircraft
Pre-orders are open on the Doroni H1, a 2-seat, cruise-capable, personal eVTOL aircraft
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Pre-orders are open on the Doroni H1, a 2-seat, cruise-capable, personal eVTOL aircraft
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Pre-orders are open on the Doroni H1, a 2-seat, cruise-capable, personal eVTOL aircraft
The wings are pitched back, so they level out as the aircraft tilts forward for multicopter-style flight
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The wings are pitched back, so they level out as the aircraft tilts forward for multicopter-style flight
The H1's props are all shielded with ducting
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The H1's props are all shielded with ducting
View gallery - 3 images

Doroni has hit a milestone in the development of its two-seat, US$195,000 buy 'n' fly eVTOL aircraft. Recently, CEO Doron Merdinger was confident enough to hop in and put his own butt on the line, taking a prototype for its first manned flight.

The H1 is an interesting-looking design – a bubble cabin lifted by eight large, ducted coaxial propellers mounted into front and rear wings of roughly equal size. As with some other buy 'n' fly personal eVTOLs like the SkyFly Axe and Air One, these wings are tilted upwards; it'll gather speed from a hover by tilting forward, drone-style, and the wings are designed to be level and develop lift at that angle.

Unlike those two examples, however, Doroni is also fitting this thing with a horizontal propulsion system in the form of two rear-mounted pusher props. We expressed our uncertainty about exactly how this has been implemented when we first covered the Doroni H1 in September last year.

The wings are pitched back, so they level out as the aircraft tilts forward for multicopter-style flight
The wings are pitched back, so they level out as the aircraft tilts forward for multicopter-style flight

The prototype just flown, however, is pretty bare-bones. There's no wings, no pusher props, no windows and very little bodywork other than the basic cabin cover. The rear landing gear, if that's what you'd call it, looks like a repurposed barbell, and there appears to be a battery box where the passenger seat is supposed to go. It's bare-bones stuff.

Still, it flies, and it flies with a person in it. It's not a long flight, and it looks pretty wobbly despite the fact that it's indoors, but a manned flight it most definitely is.

You can watch it yourself in the video below, in which the company helpfully superimposes the bodywork so you can see what it'll look like when it's finished. We always enjoy a good over-exuberant team celebration shot or two, and yep, Doroni is happy to supply.

Doroni Aerospace Makes History with First Manned Personal Flying Car (eVTOL)

"I am absolutely thrilled by the remarkable success of our team in completing the first-ever US manned test flight of a personal 2-seater eVTOL," says Merdinger in a YouTube description box. "It felt like floating on a cushion of air, experiencing a level of freedom and excitement that is unparalleled. This is just the beginning for us, and I cannot contain my anticipation to deliver these incredible vehicles to the world. The technology we have developed is truly unlike anything else in the aerospace industry, and it is poised to revolutionize personal transportation in ways we could only dream of before."

We congratulate the team on getting this far, and look forward to seeing how it goes once it's all put together and capable of cruising. Doroni promises a 60-mile (~100-km) range per charge, cruising at 100 mph (160 km/h) and reaching top speeds around 140 mph (225 km/h).

The company hopes to get the design tested and FAA-certified as a Light Sport Aircraft in 2024, with customer deliveries to follow in 2025. Pilots will need a minimum of 20 hours' training to fly one.

Source: Doroni via FutureFlight

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8 comments
8 comments
paleochocolate
clever with keeping the operations like a quadcopter with static rotors.
Even more clever to incline the plane at the angle of optimum cruise.
I would have designed the wings to tilt - but why bother?
Bob809
Congrats to all the team. Great job, and so good to see it flying with someone inside. Hope it all works out.
mediabeing
My spider senses tingle when we aren't shown a clean lift off or landing.
I would rather have seen an outdoor demonstration that included the craft pivoting.
Towerman
I like it ! ! !
vince
One of the safer looking designs. Most of the free spinning blades without protection just scare the hell out of me to be anywhere near the things when landing or taking off. It's not like a copter with blades about 12 to 15 feet off the ground. Most of these unprotected flying cars have blades even below the riders so if they fall out their hamburger.
Grunchy
Sadly, "wreckedexotics.com" seems to have become derelict.
Pity.
Matt Fletcher
Almost identical to Moller's Skycar, only it uses electric motors instead of rotory emgines and the stats are significantly worse. He was a man ahead of his time, thankfully he did make a small fortune on some of tje other technology he developed ( mufflers & multi-engine flight software.
Jezzafool
No-one's buying that for the looks....