BUILDING PERFORMANCE ELECTRIC FLYING CARS

THE AAM TRANSPORT REVOLUTION IS COMING

Alauda Aeronautics is accelerating personal air mobility and the development of high-density urban air traffic technology systems. We use racing to accelerate its adoption and development.

THE FUTURE OF URBAN AIR MOBILITY

Alauda is pioneering AI-powered precision control and UTM solutions that will allow 100X denser air traffic in urban environments.    

Alauda’s software has been tested in challenging multi aircraft operations, proving its reliability in both piloted and autonomous modes. Our commitment to safety and efficiency makes us the preferred choice for urban air mobility solutions.

DELIVERING THE DREAM OF FLYING CARS

At Alauda Aeronautics our purpose is to deliver on the dream of flying cars that anyone can own and anyone can fly - to transform transport to become truly sustainable.

Together with our partners, we are accelerating the development of:

eVTOL Manufacturer

Collision Avoidance (V2X)

AI Flight Control Systems

UAM Traffic Management

EMPOWERED BY OUR GLOBAL PARTNERS

This revolutionary journey is made possible through the unwavering support and collaboration of our esteemed global partners of bleeding-edge technology.

AEROSPACE

Leading the charge in Urban Air Mobility (UAM), our fleet of electric Vertical Takeoff and Landing aircraft, currently showcased in Airspeeder races, is set to redefine urban transportation with sustainable and efficient aerial mobility solutions.

EVTOL

MANUFACTURER

THE MK3

Alauda Aeronautics pure electric racing machine for EXA Series.

Greater thrust-to-weight ratio than a fighter jet

All-electric racing powertrain

Carbon-fibre chassis for lightweight strength

Maximum manoeuvrability at high speed

AIRSPEEDER MK4

The world’s fastest

crewed eVTOL aircraft

SPECIFICATIONS

• HYDROGEN ENABLED TURBO GENERATOR

• 360 DEGREE DUAL GIMBAL DUCTED PROPULSION

• MAXIMUM SPEED: 360KPH (220MPH)

• WEIGHT: 950KG

EXPLORE  OUR RACING SERIES

Accelerating eVTOL advanced aviation technology through intense sporting competition.