Projects

The Cezeri Flying Car

The Cezeri Flying Car is set to revolutionize urban air transport by offering a completely green solution. Designed to provide reliable aerial delivery of time-critical packages and medicines in congested cities, the Cezeri is also ideal for search and rescue operations in remote areas.

Technical Features

  • Electrically driven propellers with two reversing impellers on each motor arm
  • Lithium-ion battery pack
  • Triple redundant full autonomous flight control system
  • Carbon fiber structure for lightweight and durable cabin and engine arm construction
  • Fixed-pitch propellers
  • Passenger and cargo cabins optimized for urban air transport
  • Artificial intelligence-assisted flight system

Technicial Specifications

  • Cruise speed: 100 km/h
  • Maximum flight altitude: 2000 m
  • Endurance time: ~ 1 hour
  • Range: 70-80 km
  • Battery full charge time: 1 hour
  • Dimensions (W x L x H): 3730 x 4070 x 1870 mm
  • Take-off/Landing: Vertical take-off
  • Maximum take-off weight: 241 kg
  • Engine type: 8x electric motor

The Cezeri Flying Car is a revolutionary, green, and renewable Urban Air Transport (UAT) concept that offers a sustainable alternative to automobiles in urban settings. Urban Air Transport provides a reliable and efficient ecosystem for passenger and cargo transport, covering city centers and suburbs. With its built-in artificial intelligence system, the Cezeri Flying Car is also ideal for autonomous logistic support, including critical health sector needs.

Benefits:

  • Eliminate traffic congestion in urban areas
  • Reduce time spent in traffic
  • Decrease transport-related pollution
  • Minimize traffic accidents
  • Provide faster and more efficient cargo transportation
  • Quickly respond to urgent needs of health institutions (blood, organ transport, etc.) and business institutions
  • Designed to fly with minimal technical and aviation knowledge
  • The Cezeri Flying Car is a single-seat, rotating-wing aircraft powered by eight electric motor and propeller pairs. The electric vehicle runs on rechargeable batteries.

Control System:

  • Vehicle control lever
  • Altitude control lever
  • Touch command screen
  • Two physical buttons (Emergency In, Stop)
  • Two switches (Engine Battery Switch, Avionic System Switch)
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