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AirCar
AirCar
Light Sport eVTOL
Ya se aceptan reservas para 2028.
Limitado a solo 300 unidades.
pasajero
2
Light Sport eVTOL
15
min
Carga rápida
mi
50
Rango
70
nudo
Velocidad máxima
500
Carga útil
lbs
eVTOL personal de siguiente nivel
AirCar está diseñado para revolucionar la movilidad urbana.
Ahora puedes ser propietario y pilotar tu propio eVTOL AirCar Light Sport de 2 plazas , igual que si fueras propietario y condujeras un coche.
Certificado en la categoría de helicópteros deportivos ligeros, AirCar puede pilotarse con una licencia de piloto deportivo ligero. Así de sencillo.
Estamos creando ciudades sin carreteras, eliminando los límites de tiempo sobre dónde puedes ir y qué puedes experimentar.
El futuro de los viajes ya está aquí.
AirCar está diseñado teniendo en cuenta la accesibilidad.
Equipado con controles de vuelo simplificados, está diseñado para el usuario común.
No se trata solo de la próxima maravilla tecnológica: AirCar también es aproximadamente cuatro veces más asequible de comprar y operar en comparación con un helicóptero común de dos plazas.
Advanced Lighting for Safety and Visibility
AirCar features LED navigation and anti-collision lights, ensuring high visibility during day or night operations while consuming minimal energy.
Blends Seamlessly into Everyday Life
AirCar is designed to fit effortlessly into your daily routine, making urban air mobility as natural as driving a car.
Carbon Fiber Details
AirCar’s carbon fiber airframe delivers exceptional strength while minimizing weight, enhancing efficiency, performance, and safety.
Responsive Display
A 20" led screen offer a vivid image and respond quickly.. Pilot display shows your speed, range and more.
Sport Seats
Crashworthy yet comfortable seats.
Designed for safety and comfort, AirCar’s seats use high-quality leather and feature 4-point seat belts for maximum protection.
Designed for safety and comfort, AirCar’s seats use high-quality leather and feature 4-point seat belts for maximum protection.
Store the Luggage
Spacious for passengers and luggage.
AirCar offers enough room for two passengers and their luggage, making every trip comfortable and convenient.
AirCar offers enough room for two passengers and their luggage, making every trip comfortable and convenient.
Advanced Lighting for Safety and Visibility
AirCar features LED navigation and anti-collision lights, ensuring high visibility during day or night operations while consuming minimal energy.
Blends Seamlessly into Everyday Life
AirCar is designed to fit effortlessly into your daily routine, making urban air mobility as natural as driving a car.
Carbon Fiber Details
AirCar’s carbon fiber airframe delivers exceptional strength while minimizing weight, enhancing efficiency, performance, and safety.
Responsive Display
A 20" led screen offer a vivid image and respond quickly.. Pilot display shows your speed, range and more.
Sport Seats
Crashworthy yet comfortable seats.
Designed for safety and comfort, AirCar’s seats use high-quality leather and feature 4-point seat belts for maximum protection.
Designed for safety and comfort, AirCar’s seats use high-quality leather and feature 4-point seat belts for maximum protection.
Store the Luggage
Spacious for passengers and luggage.
AirCar offers enough room for two passengers and their luggage, making every trip comfortable and convenient.
AirCar offers enough room for two passengers and their luggage, making every trip comfortable and convenient.
Advanced Lighting for Safety and Visibility
AirCar features LED navigation and anti-collision lights, ensuring high visibility during day or night operations while consuming minimal energy.
Blends Seamlessly into Everyday Life
AirCar is designed to fit effortlessly into your daily routine, making urban air mobility as natural as driving a car.
Carbon Fiber Details
AirCar’s carbon fiber airframe delivers exceptional strength while minimizing weight, enhancing efficiency, performance, and safety.
Responsive Display
A 20" led screen offer a vivid image and respond quickly.. Pilot display shows your speed, range and more.
Sport Seats
Crashworthy yet comfortable seats.
Designed for safety and comfort, AirCar’s seats use high-quality leather and feature 4-point seat belts for maximum protection.
Designed for safety and comfort, AirCar’s seats use high-quality leather and feature 4-point seat belts for maximum protection.
Store the Luggage
Spacious for passengers and luggage.
AirCar offers enough room for two passengers and their luggage, making every trip comfortable and convenient.
AirCar offers enough room for two passengers and their luggage, making every trip comfortable and convenient.
Advanced Lighting for Safety and Visibility
AirCar features LED navigation and anti-collision lights, ensuring high visibility during day or night operations while consuming minimal energy.
Blends Seamlessly into Everyday Life
AirCar is designed to fit effortlessly into your daily routine, making urban air mobility as natural as driving a car.
Carbon Fiber Details
AirCar’s carbon fiber airframe delivers exceptional strength while minimizing weight, enhancing efficiency, performance, and safety.
Responsive Display
A 20" led screen offer a vivid image and respond quickly.. Pilot display shows your speed, range and more.
Sport Seats
Crashworthy yet comfortable seats.
Designed for safety and comfort, AirCar’s seats use high-quality leather and feature 4-point seat belts for maximum protection.
Designed for safety and comfort, AirCar’s seats use high-quality leather and feature 4-point seat belts for maximum protection.
Store the Luggage
Spacious for passengers and luggage.
AirCar offers enough room for two passengers and their luggage, making every trip comfortable and convenient.
AirCar offers enough room for two passengers and their luggage, making every trip comfortable and convenient.
Advanced Lighting for Safety and Visibility
AirCar features LED navigation and anti-collision lights, ensuring high visibility during day or night operations while consuming minimal energy.
Blends Seamlessly into Everyday Life
AirCar is designed to fit effortlessly into your daily routine, making urban air mobility as natural as driving a car.
Carbon Fiber Details
AirCar’s carbon fiber airframe delivers exceptional strength while minimizing weight, enhancing efficiency, performance, and safety.
Responsive Display
A 20" led screen offer a vivid image and respond quickly.. Pilot display shows your speed, range and more.
Sport Seats
Crashworthy yet comfortable seats.
Designed for safety and comfort, AirCar’s seats use high-quality leather and feature 4-point seat belts for maximum protection.
Designed for safety and comfort, AirCar’s seats use high-quality leather and feature 4-point seat belts for maximum protection.
Store the Luggage
Spacious for passengers and luggage.
AirCar offers enough room for two passengers and their luggage, making every trip comfortable and convenient.
AirCar offers enough room for two passengers and their luggage, making every trip comfortable and convenient.
Del diseño a la realidad
AirCar es un eVTOL de última generación, construido con tecnologías de hardware y software propias, y con un diseño excepcional.
Hemos creado el AirCar, diseñado para revolucionar los viajes aéreos personales.
Optimized Design
Every element of AirCar is carefully engineered to maximize efficiency, performance, and stability.
Day & Night Operation
AirCar is equipped with advanced lighting and navigation systems, ensuring safe and reliable flights anytime, anywhere.
Doors Open to the Sky
AirCar’s doors open upward, providing effortless entry and exit while adding a sleek, futuristic design.
High-Torque Electric Motors
AirCar is powered by high-torque electric motors, delivering responsive, efficient, and reliable thrust for every flight.
Optimized Design
Every element of AirCar is carefully engineered to maximize efficiency, performance, and stability.
Day & Night Operation
AirCar is equipped with advanced lighting and navigation systems, ensuring safe and reliable flights anytime, anywhere.
Doors Open to the Sky
AirCar’s doors open upward, providing effortless entry and exit while adding a sleek, futuristic design.
High-Torque Electric Motors
AirCar is powered by high-torque electric motors, delivering responsive, efficient, and reliable thrust for every flight.
Optimized Design
Every element of AirCar is carefully engineered to maximize efficiency, performance, and stability.
Day & Night Operation
AirCar is equipped with advanced lighting and navigation systems, ensuring safe and reliable flights anytime, anywhere.
Doors Open to the Sky
AirCar’s doors open upward, providing effortless entry and exit while adding a sleek, futuristic design.
High-Torque Electric Motors
AirCar is powered by high-torque electric motors, delivering responsive, efficient, and reliable thrust for every flight.
Optimized Design
Every element of AirCar is carefully engineered to maximize efficiency, performance, and stability.
Day & Night Operation
AirCar is equipped with advanced lighting and navigation systems, ensuring safe and reliable flights anytime, anywhere.
Doors Open to the Sky
AirCar’s doors open upward, providing effortless entry and exit while adding a sleek, futuristic design.
High-Torque Electric Motors
AirCar is powered by high-torque electric motors, delivering responsive, efficient, and reliable thrust for every flight.
Optimized Design
Every element of AirCar is carefully engineered to maximize efficiency, performance, and stability.
Day & Night Operation
AirCar is equipped with advanced lighting and navigation systems, ensuring safe and reliable flights anytime, anywhere.
Doors Open to the Sky
AirCar’s doors open upward, providing effortless entry and exit while adding a sleek, futuristic design.
High-Torque Electric Motors
AirCar is powered by high-torque electric motors, delivering responsive, efficient, and reliable thrust for every flight.
Optimized Design
Every element of AirCar is carefully engineered to maximize efficiency, performance, and stability.
Day & Night Operation
AirCar is equipped with advanced lighting and navigation systems, ensuring safe and reliable flights anytime, anywhere.
Doors Open to the Sky
AirCar’s doors open upward, providing effortless entry and exit while adding a sleek, futuristic design.
High-Torque Electric Motors
AirCar is powered by high-torque electric motors, delivering responsive, efficient, and reliable thrust for every flight.
Optimized Design
Every element of AirCar is carefully engineered to maximize efficiency, performance, and stability.
Day & Night Operation
AirCar is equipped with advanced lighting and navigation systems, ensuring safe and reliable flights anytime, anywhere.
Doors Open to the Sky
AirCar’s doors open upward, providing effortless entry and exit while adding a sleek, futuristic design.
High-Torque Electric Motors
AirCar is powered by high-torque electric motors, delivering responsive, efficient, and reliable thrust for every flight.
Optimized Design
Every element of AirCar is carefully engineered to maximize efficiency, performance, and stability.
Day & Night Operation
AirCar is equipped with advanced lighting and navigation systems, ensuring safe and reliable flights anytime, anywhere.
Doors Open to the Sky
AirCar’s doors open upward, providing effortless entry and exit while adding a sleek, futuristic design.
High-Torque Electric Motors
AirCar is powered by high-torque electric motors, delivering responsive, efficient, and reliable thrust for every flight.
Quietly Disturbing the Skies
Just 71.6 dB at 30 meters (~100 ft)!
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
Advanced Avionics
AirCar’s flight control system ensures a stable and reliable flight envelope, reducing autopilot workload and enhancing aircraft stability.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Redundancy at All Levels
Designed for unprecedented safety with multiple operational redundancies.AirCar eVTOLs have no single point of failure, with independent propulsion and distributed batteries.
Quietly Disturbing the Skies
Just 71.6 dB at 30 meters (~100 ft)!
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
Advanced Avionics
AirCar’s flight control system ensures a stable and reliable flight envelope, reducing autopilot workload and enhancing aircraft stability.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Redundancy at All Levels
Designed for unprecedented safety with multiple operational redundancies.AirCar eVTOLs have no single point of failure, with independent propulsion and distributed batteries.
Quietly Disturbing the Skies
Just 71.6 dB at 30 meters (~100 ft)!
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
Advanced Avionics
AirCar’s flight control system ensures a stable and reliable flight envelope, reducing autopilot workload and enhancing aircraft stability.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Redundancy at All Levels
Designed for unprecedented safety with multiple operational redundancies.AirCar eVTOLs have no single point of failure, with independent propulsion and distributed batteries.
Quietly Disturbing the Skies
Just 71.6 dB at 30 meters (~100 ft)!
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
Advanced Avionics
AirCar’s flight control system ensures a stable and reliable flight envelope, reducing autopilot workload and enhancing aircraft stability.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Redundancy at All Levels
Designed for unprecedented safety with multiple operational redundancies.AirCar eVTOLs have no single point of failure, with independent propulsion and distributed batteries.
Quietly Disturbing the Skies
Just 71.6 dB at 30 meters (~100 ft)!
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
Advanced Avionics
AirCar’s flight control system ensures a stable and reliable flight envelope, reducing autopilot workload and enhancing aircraft stability.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Redundancy at All Levels
Designed for unprecedented safety with multiple operational redundancies.AirCar eVTOLs have no single point of failure, with independent propulsion and distributed batteries.
Quietly Disturbing the Skies
Just 71.6 dB at 30 meters (~100 ft)!
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
Advanced Avionics
AirCar’s flight control system ensures a stable and reliable flight envelope, reducing autopilot workload and enhancing aircraft stability.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Redundancy at All Levels
Designed for unprecedented safety with multiple operational redundancies.AirCar eVTOLs have no single point of failure, with independent propulsion and distributed batteries.
Quietly Disturbing the Skies
Just 71.6 dB at 30 meters (~100 ft)!
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
Advanced Avionics
AirCar’s flight control system ensures a stable and reliable flight envelope, reducing autopilot workload and enhancing aircraft stability.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Redundancy at All Levels
Designed for unprecedented safety with multiple operational redundancies.AirCar eVTOLs have no single point of failure, with independent propulsion and distributed batteries.
Quietly Disturbing the Skies
Just 71.6 dB at 30 meters (~100 ft)!
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
Advanced Avionics
AirCar’s flight control system ensures a stable and reliable flight envelope, reducing autopilot workload and enhancing aircraft stability.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Redundancy at All Levels
Designed for unprecedented safety with multiple operational redundancies.AirCar eVTOLs have no single point of failure, with independent propulsion and distributed batteries.
Quietly Disturbing the Skies
Just 71.6 dB at 30 meters (~100 ft)!
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
Advanced Avionics
AirCar’s flight control system ensures a stable and reliable flight envelope, reducing autopilot workload and enhancing aircraft stability.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Redundancy at All Levels
Designed for unprecedented safety with multiple operational redundancies.AirCar eVTOLs have no single point of failure, with independent propulsion and distributed batteries.
Quietly Disturbing the Skies
Just 71.6 dB at 30 meters (~100 ft)!
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
AirCar is 3–4x quieter than a comparable traditional helicopter, redefining what air mobility should sound like. Sustainability and community impact guide every decision we make.
Advanced Avionics
AirCar’s flight control system ensures a stable and reliable flight envelope, reducing autopilot workload and enhancing aircraft stability.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Advanced sensor fusion continuously feeds data to the main controller, optimizing autopilot performance and overall flight quality.
Redundancy at All Levels
Designed for unprecedented safety with multiple operational redundancies.AirCar eVTOLs have no single point of failure, with independent propulsion and distributed batteries.
Aerodynamic by Design
Engineered with advanced aerodynamics and low-friction surfaces for maximum efficiency using Volcano ScaLES
Optimized for Forward Flight
From fuselage to propellers, every element is optimized to reduce drag and enhance lift, enabling faster and more stable flight.
Quiet During Take-Off and Landing
During hover, motors are tuned for low-RPM, high-thrust output, dramatically reducing noise levels compared to traditional rotorcraft.
Aerodynamic by Design
Engineered with advanced aerodynamics and low-friction surfaces for maximum efficiency using Volcano ScaLES
Optimized for Forward Flight
From fuselage to propellers, every element is optimized to reduce drag and enhance lift, enabling faster and more stable flight.
Quiet During Take-Off and Landing
During hover, motors are tuned for low-RPM, high-thrust output, dramatically reducing noise levels compared to traditional rotorcraft.
Aerodynamic by Design
Engineered with advanced aerodynamics and low-friction surfaces for maximum efficiency using Volcano ScaLES
Optimized for Forward Flight
From fuselage to propellers, every element is optimized to reduce drag and enhance lift, enabling faster and more stable flight.
Quiet During Take-Off and Landing
During hover, motors are tuned for low-RPM, high-thrust output, dramatically reducing noise levels compared to traditional rotorcraft.
Aerodynamic by Design
Engineered with advanced aerodynamics and low-friction surfaces for maximum efficiency using Volcano ScaLES
Optimized for Forward Flight
From fuselage to propellers, every element is optimized to reduce drag and enhance lift, enabling faster and more stable flight.
Quiet During Take-Off and Landing
During hover, motors are tuned for low-RPM, high-thrust output, dramatically reducing noise levels compared to traditional rotorcraft.
Aerodynamic by Design
Engineered with advanced aerodynamics and low-friction surfaces for maximum efficiency using Volcano ScaLES
Optimized for Forward Flight
From fuselage to propellers, every element is optimized to reduce drag and enhance lift, enabling faster and more stable flight.
Quiet During Take-Off and Landing
During hover, motors are tuned for low-RPM, high-thrust output, dramatically reducing noise levels compared to traditional rotorcraft.
Aerodynamic by Design
Engineered with advanced aerodynamics and low-friction surfaces for maximum efficiency using Volcano ScaLES
Optimized for Forward Flight
From fuselage to propellers, every element is optimized to reduce drag and enhance lift, enabling faster and more stable flight.
Quiet During Take-Off and Landing
During hover, motors are tuned for low-RPM, high-thrust output, dramatically reducing noise levels compared to traditional rotorcraft.
Aerodynamic by Design
Engineered with advanced aerodynamics and low-friction surfaces for maximum efficiency using Volcano ScaLES
Optimized for Forward Flight
From fuselage to propellers, every element is optimized to reduce drag and enhance lift, enabling faster and more stable flight.
Quiet During Take-Off and Landing
During hover, motors are tuned for low-RPM, high-thrust output, dramatically reducing noise levels compared to traditional rotorcraft.
Aerodynamic by Design
Engineered with advanced aerodynamics and low-friction surfaces for maximum efficiency using Volcano ScaLES
Optimized for Forward Flight
From fuselage to propellers, every element is optimized to reduce drag and enhance lift, enabling faster and more stable flight.
Quiet During Take-Off and Landing
During hover, motors are tuned for low-RPM, high-thrust output, dramatically reducing noise levels compared to traditional rotorcraft.
Aerodynamic by Design
Engineered with advanced aerodynamics and low-friction surfaces for maximum efficiency using Volcano ScaLES
Optimized for Forward Flight
From fuselage to propellers, every element is optimized to reduce drag and enhance lift, enabling faster and more stable flight.
Quiet During Take-Off and Landing
During hover, motors are tuned for low-RPM, high-thrust output, dramatically reducing noise levels compared to traditional rotorcraft.
Aerodynamic by Design
Engineered with advanced aerodynamics and low-friction surfaces for maximum efficiency using Volcano ScaLES
Optimized for Forward Flight
From fuselage to propellers, every element is optimized to reduce drag and enhance lift, enabling faster and more stable flight.
Quiet During Take-Off and Landing
During hover, motors are tuned for low-RPM, high-thrust output, dramatically reducing noise levels compared to traditional rotorcraft.
Digital Twin for Customization
AirCar’s digital twin allows real-time customization and optimization of your rotorcraft.
Details in Every Angle
AirCar is crafted with precision engineering and design, ensuring perfection from every viewpoint.
Streamlined Rear Design
AirCar’s rear is engineered for optimal aerodynamics, efficiency, and style
Digital Twin for Customization
AirCar’s digital twin allows real-time customization and optimization of your rotorcraft.
Details in Every Angle
AirCar is crafted with precision engineering and design, ensuring perfection from every viewpoint.
Streamlined Rear Design
AirCar’s rear is engineered for optimal aerodynamics, efficiency, and style
Digital Twin for Customization
AirCar’s digital twin allows real-time customization and optimization of your rotorcraft.
Details in Every Angle
AirCar is crafted with precision engineering and design, ensuring perfection from every viewpoint.
Streamlined Rear Design
AirCar’s rear is engineered for optimal aerodynamics, efficiency, and style
Digital Twin for Customization
AirCar’s digital twin allows real-time customization and optimization of your rotorcraft.
Details in Every Angle
AirCar is crafted with precision engineering and design, ensuring perfection from every viewpoint.
Streamlined Rear Design
AirCar’s rear is engineered for optimal aerodynamics, efficiency, and style
Digital Twin for Customization
AirCar’s digital twin allows real-time customization and optimization of your rotorcraft.
Details in Every Angle
AirCar is crafted with precision engineering and design, ensuring perfection from every viewpoint.
Streamlined Rear Design
AirCar’s rear is engineered for optimal aerodynamics, efficiency, and style
Digital Twin for Customization
AirCar’s digital twin allows real-time customization and optimization of your rotorcraft.
Details in Every Angle
AirCar is crafted with precision engineering and design, ensuring perfection from every viewpoint.
Streamlined Rear Design
AirCar’s rear is engineered for optimal aerodynamics, efficiency, and style
Digital Twin for Customization
AirCar’s digital twin allows real-time customization and optimization of your rotorcraft.
Details in Every Angle
AirCar is crafted with precision engineering and design, ensuring perfection from every viewpoint.
Streamlined Rear Design
AirCar’s rear is engineered for optimal aerodynamics, efficiency, and style
Digital Twin for Customization
AirCar’s digital twin allows real-time customization and optimization of your rotorcraft.
Details in Every Angle
AirCar is crafted with precision engineering and design, ensuring perfection from every viewpoint.
Streamlined Rear Design
AirCar’s rear is engineered for optimal aerodynamics, efficiency, and style
Digital Twin for Customization
AirCar’s digital twin allows real-time customization and optimization of your rotorcraft.
Details in Every Angle
AirCar is crafted with precision engineering and design, ensuring perfection from every viewpoint.
Streamlined Rear Design
AirCar’s rear is engineered for optimal aerodynamics, efficiency, and style
Digital Twin for Customization
AirCar’s digital twin allows real-time customization and optimization of your rotorcraft.
Details in Every Angle
AirCar is crafted with precision engineering and design, ensuring perfection from every viewpoint.
Streamlined Rear Design
AirCar’s rear is engineered for optimal aerodynamics, efficiency, and style
El cielo es tuyo.
Dedica menos tiempo a viajar y más tiempo a disfrutar de la vida.
Lo hacemos posible con nuestros helicópteros eléctricos: una forma más rápida, limpia y sencilla de desplazarse durante el día.
Rango
Tiempo de vuelo
De 30 a 45 minutos
Velocidad máxima
80 mph
Rango (est.)
De 30 a 50 millas
Tren motriz
Batería
400 voltios
Estado semisólido
Motores
8 motores eléctricos
Seguridad
Paracaídas
Despliegue automático
Paracaídas balístico
Controlador de vuelo
3x Redundancia
control por cable
Controlador de vuelo
Baterías
4x redundante
Batería de iones de litio
Arquitectura
Dimensiones
Peso
660 libras
incluidas las baterías
Carga
35 pies cúbicos o
2 maletas de cabina
Proceso de dar un título
Avión deportivo ligero
Según la actualización MOSAIC de la FAA, Aircar puede certificarse como aeronave deportiva ligera. Los propietarios pueden poseer y volar la aeronave bajo la certificación LSA tras dos semanas de formación (30 horas de vuelo y formación en tierra).
Garantía
AirCar Aviation, Inc. garantiza que cada nuevo eVTOL estará libre de defectos de material y mano de obra que aparezcan dentro de los dos años a partir de la fecha de entrega de la fábrica de AirCar o durante las primeras 500 horas de operación, lo que ocurra primero; siempre que la aeronave haya sido sometida a un uso y servicio normales.
Seguridad
Especificaciones del Air Car LSA
Altitud
Hasta 10.000 pies
Capacidad
2 pasajeros o 500 libras
Propulsión
2x Redundante
Eléctrico coaxial
Sistema de motor
Software
Software tolerante a fallos
con arquitectura avanzada de prevención de colisiones
Carga
15 minutos, del 10% al 90%
carga rápida
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