Doroni H1-X Debuts at Soul of the Sky, is a Personal Flying Vehicle That Actually Wants to Live in Your Garage

Photo credit: Doroni Aerospace
Doroni Aerospace has spent the better part of a decade moving from early garage experiments to a finished design it believes regular people could operate. The H1-X sits at the center of that effort. It is a two-seat electric vertical takeoff and landing aircraft built first for personal use rather than fleet service or air taxi routes.

The H1-X’s tandem wings measure nearly 18 feet across, but its eight ducted fans do the majority of the heavy lifting when it takes off and lands. Once it reaches cruising speed, two additional ducted fans at the back keep it moving forward. The carbon fiber design reduces the empty weight to approximately 1,850 pounds while still allowing it to carry a 500-pound payload. It’s nearly six feet tall, 16 to 18 feet long, depending on who’s measuring, yet small enough to fit in most conventional two-car garages without having to fold up.

However, having the fans tucked away changes everything. Nothing spinning madly in the open means you’re not taking a low pass over the garden or driveway and colliding with plants, a fence, or people. The ducts guide the thrust downward, which decreases noise. Once up to speed, the wings begin to generate lift on their own, the vertical fans slow down, and the range and battery life improve dramatically because you don’t have to stay in a continual hover state like some other designs.

Short hops in urban and suburban settings are crucial for performance. Its top speed is 120 mph, and cruises at 95 mph. It currently has a range of roughly 60 miles, but the manufacturer believes that after the batteries are sorted out, it will reach 100 miles. Its battery can be charged to 80% capacity in 25 minutes using one of those electric car chargers, giving you approximately 45 minutes of flight time. It won’t be straining up into the stratosphere, but rather 500 to 1,500 feet above land.

You sit side by side with the pilot behind a large clear canopy that allows you to see all around. The interior resembles a modern car rather than a traditional aircraft cockpit, with a single joystick controlling all flight controls, including roll, pitch, and yaw. And then there’s the self-stabilizing software, which helps eliminate all of the minor changes required to keep it stable. Taking off and landing is as simple as tapping one or two buttons.

The real change, however, is in the software, which is powered by what Doroni calls SOUL AI. The central screen displays all of the important information, including navigation, battery, time to destination, altitude, speed, nearest charging sites, and weather, on one screen. There are sensors all around the place that monitor 360 degrees. Radar, LiDAR, and cameras work together to detect obstructions and keep you on track, even if you mistakenly let go of the stick. They want to make the pilot more of a guide, a navigator, rather than a hands-on controller.

Safety is a key consideration throughout the design process, as the ducted fans eliminate one of the classic risks, the propeller. In the event of an emergency, a ballistic parachute provides an alternative means of safely landing. The safety features include redundant motors in a few ducts and continuous sensor monitoring to keep an eye on things at all times. The Doroni team is aiming for certification as a Light Sport Aircraft under the FAA’s new MOSAIC standards, which happen to match the H1-X’s size and characteristics. The company’s previous test vehicles, such as the H1-X, received special airworthiness certificates and successfully completed manned test flights.

Doron Merdinger launched the company in 2016, and they recently unveiled a full-scale model of the H1-X at their annual ‘Soul of the Sky’ event in Florida. People were able to go inside, check out the interface, and even test out a flight simulator. We’ve already received pre-orders for several hundred units, indicating that lots of individuals are eager to become involved. Pricing is projected to be in the $350,000 to $400,000 region, with deliveries set to begin in 2028 once the certification process is completed.