VINATA Flying Car

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A flying car makes urban mobility easier and faster.

Flying Car Manufacturer Creating Next-Level Transportation
Vinata Aeromobility is developing a fully autonomous Hybrid Flying cars . The Vinata AeroMobility next level transportation will make city travel much faster, easier and less expensive. Our design combines vertical take off and landing (VTOL), electric and low/no emission fuel hybrid power technologies with cutting edge automotive engineering to create a one-of-a-kind vehicle that will revolutionize the third dimension of transportation, urban air mobility.

Extremely Safe
We designed the whole new Autonomous Flying car and safety as our highest priority.

Ease of operation
AI Enabled Software flight-envelope protection Return-to-Home button (training) Geofence-capable Soft-landing assist Comprehensive training.

Hybrid Base
Hybrid power generating Systems for Longer range with fail-safe flight systems Isolated, distributed battery system for additional backup safe landing systems Electric Drive.

Electric Drive
On Road 4 wheeled integrated electric system with Lithium ion battery cells

Saftey features
Distributed Electric Propulsion (DEP), provides safety through redundancy for its passengers . Backup power provides electricity to the motor in the event of a generator power interruption

User Interface
Artificial intelligence enabled advanced controls and avionics in both fly and drive mode

FULL Autonomous Hybrid powered Flying car
Aircraft type: Hybrid-electric VTOL (Passenger)
Capacity: 2 Passengers (1-Optional for pilot and passenger).
Rotor Configuration : Co-axial quad-rotor
Electric motors: 8*BLDC motors
Propeller: 8*Fixed pitch propellers
Power source: generators (biofuel)
Canopy: Panoramic window canopy for full 300 degree spectacular views
Landing gear: Quadricycle landing gear
Length including propeller:5548 mm
Breadth including propeller: 5477.53 mm
Height: 2240mm
Maximum take-off weight: 1300 kilograms
Empty weight: 990 kilograms
Performance
Flight time: 60 minutes
Maximum speed: 120 km/hr
Range: 100 km
Service ceiling: 3,000 ft
Saftey Fautures
Distributed Electric Propulsion (DEP), provides safety through redundancy for its passengers. DEP means having multiple propellers and motors on the aircraft so if one or more motors or propellers fail, the other working motors and propellers can safely land the aircraft. Backup power provides electricity to the motor in the event of a generator power interruption.

• Hassle-free commuting
• Entertainment on board
• Full GPS Enabled
• Better Visuals
• Luxurious feel

We designed a new aircraft with safety as our highest priority . It incorporates software flight-envelope protection, return-to-home features, geofencing, soft-landing assistance and includes a comprehensive training package.

We designed and developing Very Luxurious Interior and 300 Degree Panromic View with Advanced AI Enabled / Optonal Pilot Drive. for atmost your Saftey cabin’s are Airbags enabled Cockpit & Full Autonomous, Providing your highest saftey First UAM .

#FlyingCar #eVTOL #PassengerDrone







Tags:
Science And Technology
Robotics
Drones
Space Exploration
eVOTL
artificial intelligence
Flying Cars
Computing
3D Printing
smart appliances
Smat Phones
Smart Devices
autonomous vehicles
Electric Vehicles
virtual reality
Gaming
Automation
Concept Cars
Gesture Control
Solar Power