Doroni H1-X

Doroni H1-X Introduction:

Doroni H1-X arrives as a personal flying car engineered for the emerging advanced air mobility era. Built in the United States by Doroni Aerospace, this two seat electric vertical takeoff aircraft targets direct consumer ownership. Model year 2026 marks its transition from prototype to certified machine under FAA Special Airworthiness rules. With a 65 kWh battery and total system output of 350 kW, it aims to convert urban gridlock into skybound commuting. Top speed reaches 193 km per hour, equal to 120 mph, while flying range approaches 97 km or 60 miles. Base pricing starts at $350,000 USD (€294,913), placing it alongside exotic sports cars and entry level turbine helicopters. And yes, it fits inside a standard two car garage.

• Manufactured in USA with carbon fiber composite construction for optimal strength to weight ratio.
• Unveiled after extensive manned flight testing ahead of its 2026 consumer launch.
• Features tandem wing architecture and eight ducted fans for distributed electric propulsion.
• Starting at $350,000 USD (€294,913), positioned as a premium electric aircraft for private buyers.

What is the Price of Doroni H1-X in 2026?

The H1-X price starts at $350,000 USD (€294,913). This entry point aligns it with high end sports coupes while delivering private aerial mobility. Higher trims extend pricing toward $450,000 USD (€379,174), reflecting expanded mission capability and customization.

Each configuration retains the 65 kWh battery pack and DEP architecture. Differences focus on mission profile and interior refinement. Buyers select based on commute pattern and operational intent.

Engine, Battery, and Performance Specs:

Battery & Charging Specifications

The 65 kWh lithium battery anchors the flying range at 97 km, roughly 60 miles. DC fast charging restores energy from 20 percent to 80 percent in about 25 minutes. Cruise speed of 153 km per hour, equal to 95 mph, optimizes energy draw during forward flight. Wing surfaces generate passive lift to conserve stored electricity. And that matters for daily commuting efficiency.

• Battery capacity 65 kWh
• Flying range 97 km 60 miles
• DC charging 20 to 80 percent in 25 minutes
• Total system power 350 kW

Electric Motor Specifications

Eight electric ducted fans provide vertical thrust. Two rear pusher fans handle forward propulsion. Combined output equals 350 kW, translating to approximately 469 horsepower. Distributed electric propulsion increases redundancy and control authority. And fly by wire software stabilizes every axis of motion.

• Total output 350 kW 469 hp
• Eight lift fans integrated in wing structures
• Two pusher fans for cruise thrust
• DEP architecture for enhanced safety

Performance Specifications

Top speed peaks at 193 km per hour, or 120 mph. Cruise stabilizes at 153 km per hour. Flight endurance reaches 45 minutes under optimal conditions. Curb weight stands at 839 kg, equal to 1,850 lbs. Payload capacity totals 227 kg or 500 lbs for two occupants and gear.

• Top speed 193 km per hour 120 mph
• Cruise speed 153 km per hour 95 mph
• Flight time 45 minutes
• Max payload 227 kg 500 lbs

For private owners, advantages center on time savings and aerial autonomy. Commutes shrink dramatically. Infrastructure demands remain minimal. And garage storage simplifies ownership.

Exterior and Interior Features

Exterior Design

The exterior silhouette reflects aerodynamic intent. Tandem wing layout distinguishes it from multicopter rivals. Carbon fiber composites maintain rigidity while limiting weight to 839 kg. Wingspan measures 5.55 meters, length extends to 4.88 meters, and height reaches 1.90 meters. LED matrix lighting enhances visibility in urban air corridors. Ducted fans reduce acoustic footprint and improve safety around ground personnel.

Interior & Technology

The cockpit seats two occupants side by side. A digital interface powered by SOUL.AI delivers telemetry and terrain mapping. Control relies on a single joystick linked to fly by wire architecture. Sustainable Alcantara and reinforced polymers trim the cabin. And a ballistic parachute system stands ready for emergency descent.

Exterior efficiency pairs with an intuitive cabin layout. Owners gain advanced digital control without aviation complexity. Daily use feels closer to driving than piloting.

Pros and Cons:

Pros

• Garage compatible dimensions
• 350 kW DEP propulsion redundancy
• Fast 25 minute DC charging
• FAA Light Sport classification pathway

Cons

• Limited 97 km 60 mile flying range
• High entry price over $350,000 USD
• Two passenger capacity only

Market position & Expert Data:

Advanced Air Mobility investment exceeded $8 billion globally in 2025, according to Reuters. Consumer focused eVTOL programs attract heightened regulatory attention in the United States. Research from McKinsey estimates urban air mobility could reach a $35 billion market by 2035. Within that forecast, private ownership occupies a niche segment yet commands premium margins.

According to analysis in Harvard Business Review, regulatory clarity remains the catalyst for adoption. FAA MOSAIC rules reduce pilot training hours to roughly 20. That threshold expands the buyer pool considerably. And private aerial commuting gains cultural traction among technology professionals and entrepreneurs.

Conclusion:

Doroni H1-X stands at the intersection of luxury mobility and electric aviation. A 65 kWh battery and 350 kW propulsion system deliver credible 97 km range and 193 km per hour speed. Pricing from $350,000 USD (€294,913) positions it alongside exotic road cars while offering vertical freedom. For early adopters seeking skyborne commuting in 2026, few options appear as focused or as personal.