Airframer
ProgramsStar UAV System AT200

Aircraft program

Star UAV System AT200

In production
Logbook Follow this page and keep your own private notes on it — log in to start

Low-wing cargo UAV, design based off of P750XL aircraft, and able to take off on short runways or uneven/loose ground.

Lift type
Fixed wing
Construction
Factory-built
Control
Autonomous
Engine type
Turboprop
Application
Cargo

Design & construction

Primary structure
Composite
Wing
Composite
Landing gear
Retractable tricycle
Ice protection
None
Pressurisation
Unpressurised
Flight controls
Full FBW digital
Autopilot
3-axis
Avionics architecture
Integrated glass suite
Environmental control
None-unpressurised
Wing position
Low
Planform
Straight
Tail
Conventional
Composite wing (primary structure) Primary Composite fuselage (primary structure) Primary Single-pilot / reduced-crew operations Standard

Technical reference compiled with AI research; a value appears only where two independent research passes and a web fact-check agree. Gaps are deliberate.

A deeper insight into the Star UAV System AT200

Supplier geography and market analysis for this program — shown free on sponsored programs, or with an Analytics subscription.

See Analytics rates
The industry ledger — an Analytics feature — holds every dated event on this program: contracts, certifications, first flights and appointments, each linked to its source. See a worked example →

Type variants

VariantLaunch / first flightProduction endNotes
Star UAV System AT2002016 / 2017Large cargo UAV, with capability to simultaneously control multiple drones for formation operations.

Airframer

Star UAV System Co., Ltd.

Find other programs with these properties in the aircraft programs directory.

Information on this page is compiled from a variety of published sources; links do not necessarily imply recommendation or confirmation by the airframe manufacturer.

Spotted something wrong or out of date on this page? Tell us

Corrections go straight to the editorial team that maintains this directory.