Fleet SpecificationFleet SpecificationFleet SpecificationFleet Specification
Scope of Specification

Large-scale Quadruple-engine Modular UAS

The D18 is a large-scale, quadruple-engine, modular, multi-role UAV system.

 

It can flexibly replace the modular payload bay to perform tasks such as transportation, airdrop, weather modification, survey and mapping, communication, disaster monitoring, and forest fire prevention.

 

Equipped with four engines and four generators, along with multi-redundancy and multi-margin design of the airborne systems, it boasts strong power supply, high system reliability, and excellent flight safety. It demonstrates strong performance in high-altitude takeoff and landing, high-altitude flight, and wind resistance.

 

Its onboard intelligent flight system, efficient ground control system, and convenient modular payload replacement capability provide customers with an extraordinary solution for multi-role application of large-scale UAVs.

 

Fleet dimensionSpecification List

Note:

  • The technical specs are based on ISA and T/O & landing on airfield of ASL.
  • The theoretical max. loading space of the UAV is 3.5m³; the fuselage module can be customized as required by the User to fulfill the User's using requirement.
Technology Advantage

At PT. Aurora Air Indonesia, innovation drives performance. Our UAV systems are engineered for reliability, efficiency, and safety — integrating advanced design and technology to ensure excellence in every operation.

Modular Airframe System

The modular design enables multi-role configuration with simplified maintenance and faster operational turnaround.

Multi-Engine Redundancy

The D18 UAV employs a multi-engine layout that provides redundancy in propulsion and power systems, ensuring continuous flight safety even in single-engine failure conditions.

High-Power System Integration

The platform supports advanced onboard subsystems such as de-icing, satellite communication, and power-demanding mission payloads.

Operational Efficiency

Cargo handling systems are designed for rapid loading and unloading — requiring less than 15 minutes per operation — reducing ground time and optimizing utilization.