Transportation

Passenger Drone Urban Air Mobility

First developed in 2017, this is the premier passenger drone created by an Indonesian company. It stands as a milestone in our mission to revolutionize the future of urban transportation.

Designed to seamlessly transport passengers over road congestion, this drone provides a high-speed, sustainable solution to bypass traffic gridlock and reduce air pollution in metropolitan areas.

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Passenger Drone - Urban Air Mobility
Key Features

Features of Passenger Drone
Urban Air Mobility

Designed with leading technology to maximize your operational efficiency and performance.

Fully Autonomous Flight

100% Autonomous

Flight is fully controlled by the onboard computer and ground control station, eliminating the need for an in-cabin pilot.

Zero Carbon Emissions

Eco-Friendly Transportation

Powered completely by electric propulsion to ensure absolutely zero exhaust emissions during flight.

Bypass Urban Traffic

Urban Air Mobility

Bypass ground traffic gridlock by utilizing safe and fast urban air corridors.

Specifications

Technical Details

Cabin & Capacity

Vehicle Category Autonomous Passenger Drone (eVTOL)
Passenger Capacity 2 People
Generation Design Passenger Drone V3 (F493) Design
Cabin Material Carbon Fiber & Aviation Grade Aluminum

Power System & Range

Energy Source Electric Batteries (100% Electric)
Number of Rotors 16 Rotors (Coaxial Multi-rotor)
Flight Time Up to 20 - 30 Minutes
Primary Function Human Transportation

In The Box

  • Passenger Drone Cabin (F493)
  • Dual Ground Command Link Station
  • Advanced Battery Charging Docking Station
  • High-output Lithium Battery Pack
  • Safety & Parachute System
  • Full Operator Training Course Bundle

Warranty

  • Avionics & Flight Navigation System — 24 Months
  • Cabin Structure & Carbon Fiber Composites — 24 Months
  • Rotors & Drive Motor System — 12 Months
  • Battery & Charging Dock — 12 Months
FAQ

Frequently Asked
Questions

Development first began in 2017 by Frogs Indonesia, marking a historical milestone as the pioneer of the first autonomous passenger aerial vehicle made by Indonesian creators.

This passenger drone is designed with high system redundancy (16 separate rotors). If several motors fail, the remaining rotors can stabilize the flight for an emergency landing. Furthermore, the cabin is equipped with an automatic emergency ballistic parachute.

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Passenger Drone?

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