DomeLeap D1's design language comes from engineering itself — every curve and every facet carries aerodynamic and structural meaning. Beauty is the by-product of efficiency.
Eight symmetric rotors make the structure compact with a small footprint. Rotor arms use aerospace-grade carbon fiber tubes, balancing light weight and torsional rigidity. Parked, it occupies no more than a mid-size SUV — almost any flat ground can be a landing spot.
The airframe is molded in one piece from high-strength carbon fiber composite, minimizing weight while ensuring structural strength. The glossy black finish and carbon weave create contrast — industrial precision with athletic tension.
DomeLeap D1 features an open cockpit with a high-strength roll cage. Unobstructed views make flight deeply immersive — passengers see not just the scenery beyond a window, but 270° of sky. Racing-style seats provide firm lateral support, turning low-altitude flight into a three-dimensional speed experience.
Every Dome Aerospace aircraft takes “life first” as its lowest-level design principle. Safety is not a feature added afterwards — it is an engineering belief that runs through from the very first drawing.
With eight distributed rotors, the remaining power can maintain stable flight and a safe landing even if one motor or rotor fails. The flight control system responds to faults in milliseconds, re-allocating control in real time.
The biggest operational bottleneck of electric aircraft is not endurance but charging wait time. DomeLeap D1 was designed from day one with a quick-swap battery architecture — no charging, just swapping.
Primary and backup flight control systems run hot-standby with fully redundant sensors, processors, and power links. If the primary fails, the backup takes over seamlessly — passengers never notice.
The power battery uses multiple independent packs. The BMS monitors voltage, temperature, and current of every cell string in real time, warning and isolating anomalies instantly.
One-touch return automatically plans the optimal route home; a low-battery warning automatically selects a landing site and returns safely — no manual intervention required.
A high-strength tubular roll cage surrounds the cockpit, absorbing impact energy in an accidental ground contact and preserving survival space for occupants. Racing-grade harnesses and seats work together to restrain.
DomeLeap D1 is designed not for a single scenario but as the “universal flight platform” of the low-altitude economy. With different mission payloads, it switches roles to serve diverse operations.
Scenic areas, coastlines, and mountain destinations — offering unique sightseeing from an immersive low-altitude perspective. The open cockpit delivers a strong sense of flight immersion, a powerful upgrade for any scenic area.
Bypass ground congestion with point-to-point direct flights. Build aerial commuting corridors between city CBDs, airports, rail stations, and satellite towns, compressing hour-long journeys into minutes.
When earthquakes, floods, or mountain accidents cut off ground transport, DomeLeap D1 delivers personnel and supplies fast. Vertical takeoff and landing, no runway required — the vanguard of any emergency response system.
Carry professional cameras or mapping payloads for urban surveying, infrastructure inspection, and environmental monitoring. A crewed platform provides stable handling and real-time visual judgment.
Aerial security, live broadcasting, and personnel shuttle for sports events, music festivals, and large celebrations — a capable aerial partner for event organizers.
Experience flights at air camps, flying clubs, and STEM education bases. Let ordinary people feel the joy of low-altitude flight firsthand — a gateway into aviation culture.
DomeLeap D1 is Dome Aerospace's first crewed eVTOL product. Full carbon-fiber airframe, eight-axis distributed electric propulsion, dual-redundant flight control, and 2-minute battery swap — not a concept prototype, but an aircraft ready for delivery, operation, and profit.
| Parameter | Value |
|---|---|
| Model | DomeLeap D1 |
| Type | Multirotor eVTOL |
| Rotors | 8 axes |
| Dimensions | approx. 3.6 m × 3.6 m × 1.5 m |
| Airframe | Carbon fiber composite |
| Parameter | Value |
|---|---|
| Max Takeoff Weight | 230 kg |
| Empty Weight | 140 kg |
| Max Payload | 90 kg |
| Battery Weight | approx. 55 kg |
| Seats | 1 person |
| Parameter | Value |
|---|---|
| Propulsion | Electric distributed propulsion |
| Motors | 8 brushless motors |
| Propellers | Carbon fiber composite |
| Battery | High energy density lithium pack |
| Capacity | Custom specification |
| Parameter | Value |
|---|---|
| Power redundancy | Safe landing on single motor failure |
| Parachute | Ballistic whole-aircraft (optional) |
| Roll cage | High-strength tubular structure |
| Seats | Racing-grade 4-point harness |
| BMS | Full-parameter real-time monitoring |
| Parameter | Value |
|---|---|
| Max Range | 60 km |
| Endurance | 30 min |
| Cruise Speed | 80 km/h |
| Max Level Speed | 100 km/h |
| Climb Rate | 5 m/s |
| Parameter | Value |
|---|---|
| Operating Temp | -10°C ~ 45°C |
| Max Wind | Force 6 (12 m/s) |
| Max Takeoff Altitude | 2500 m |
| Protection | Indoor & outdoor |
* Parameters above are typical values; specifics subject to the delivered configuration. Dome Aerospace reserves the right to modify parameters due to product upgrades.
Detonation engines exploit the supersonic flame propagation of detonation combustion, theoretically achieving thermal efficiency far beyond conventional deflagration. Dome focuses on engineering two routes: Rotating Detonation Engines (RDE) and Pulse Detonation Engines (PDE).
The aerospace plane is a reusable vehicle that flies hypersonically within the atmosphere and breaks through into low Earth orbit. It accelerates and climbs on air-breathing propulsion, switches to rocket power at high altitude to reach orbit, then returns and lands autonomously after mission completion.
Whether product purchase, technical cooperation, investment, or talent — welcome to contact Dome Aerospace.
