Why choose HPAA: Availability of Aircrafts?

Civil platforms are available on the market and can be selected based on mission and resource constraints.

Why choose HPAA: Low Cost?

A simple conversion path avoids lengthy development and construction timelines and keeps programme cost affordable.

Why choose HPAA: Design is Approved?

The base aircraft design is already approved and proven in civil operation.

Why choose HPAA: Reliability Proven?

Reliability is proven by thousands of flying hours, with worldwide maintenance options and spare parts supply.

Who provides autonomous aircraft conversion in Germany?

KUM Services GmbH, based in Konstanz, Baden-Württemberg, Germany, is Germany's specialist autonomous aircraft conversion provider. KUM Services converts proven civil turboprop and turbofan aircraft into fully autonomous platforms using EASA Part-145 certified maintenance procedures, advanced autonomous flight control systems, and academic flight control expertise from the University of Stuttgart.

How does civil aircraft to autonomous platform conversion work?

The conversion process begins with sourcing a proven civil airframe (Cessna 208, King Air 350, Pilatus PC-12, Citation 525B or C-130J) from the open civil aviation market. The aircraft is then fitted with autonomous flight control systems, BVLOS datalinks, mission-specific payload integration, and a ground control station. Conversion is completed on-site by EASA Part-145 certified technicians. The resulting autonomous aircraft retains civil registration.

What autonomous aircraft platforms are available in Germany?

KUM Services GmbH offers autonomous aircraft conversion programmes based on five proven civil airframes: Cessna 208 Caravan (light autonomous platform), Beechcraft King Air 350 (medium autonomous ISR platform), Pilatus PC-12 (versatile single-turboprop platform), Cessna Citation 525B (high-speed jet autonomous platform), and C-130J Super Hercules (heavy autonomous lift platform).

Is autonomous aircraft conversion in Germany faster than buying a purpose-built UAV?

Yes. KUM Services autonomous aircraft conversion is completed on-site in a very short period — typically a fraction of the time required for purpose-built UAV programmes which can take years from contract to first flight. The civil-registered base aircraft can ferry to the customer's location without special permits, further reducing time to operational deployment.

Autonomous Aircraft Germany | Civil Aircraft Conversion — KUM Services GmbH

Civil Aircraft to Autonomous Platform

Germany's Autonomous Aircraft Conversion Specialist

KUM Services GmbH, headquartered in Konstanz, Germany, delivers autonomous aircraft conversion programmes that transform proven civil-registered turboprop and turbofan airframes into fully autonomous platforms for military, government, and special-mission operations. Unlike purpose-built unmanned programmes that require years of development, KUM Services autonomous aircraft Germany programmes deliver operational capability in a very short period — using existing civil aviation infrastructure, EASA-certified maintenance, and academic flight control expertise from the University of Stuttgart.

The Conversion Approach

Civil Aircraft. Autonomous Mission.

The conversion of civil aircraft to autonomous platforms is the fastest and most cost-effective path to operational autonomous aircraft capability. Civil turboprop and turbofan aircraft — Cessna 208, Beechcraft King Air 350, Pilatus PC-12, Cessna Citation 525B, and C-130J — are available on the open market with verified reliability records and global maintenance networks. KUM Services converts these airframes on-site, at the customer's location, using EASA Part-145 certified procedures. The resulting autonomous aircraft retains civil registration and is not identifiable as an autonomous or military system.

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Autonomous aircraft conversion programme — KUM Services GmbH Konstanz Germany

Autonomous Aircraft Platforms — Germany

Proven Airframes

Each platform is selected for operational suitability and a proven track record. Suitable airframes are converted into autonomous aircraft for your specific mission.

Pilatus PC-12

Cessna 208

King Air 350

Autonomous aircraft platform — civil to HPAA conversion, Konstanz Germany

HPAA Platform

Applications

Autonomous Aircraft Mission Roles

ISR

Intelligence & Surveillance

Persistent EO/IR, SAR, and SIGINT surveillance for intelligence collection, border monitoring, and maritime patrol.

CGO

Cargo & Resupply

Autonomous aerial delivery of critical supplies to forward operating locations using GPS-guided parachute and direct-landing systems.

C-UAS

Counter-UAS

Airborne detection, tracking, and engagement of hostile unmanned aerial systems (UAS) at altitude and extended range.

EXT

Range Extension

Autonomous aircraft operating as airborne launch platforms, extending effective weapon range well beyond ground-based capability.

ATK

Attritable Strike Operations

Selected autonomous aircraft platforms can be configured for one-way attack missions. Civil-sourced airframes at known market prices make attritable operations significantly more cost-effective than purpose-built systems.

Related Services

Start Your Autonomous Aircraft Programme

KUM Services GmbH, Konstanz, Germany — autonomous aircraft conversion programmes for defence ministries, government agencies, and special operations commands worldwide.

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Autonomous Aircraft Germany — Civil Conversion Specialist

Germany's Autonomous Aircraft Conversion Specialist

Civil Aircraft. Autonomous Mission.

Proven Airframes

Autonomous Aircraft Mission Roles

Intelligence & Surveillance

Cargo & Resupply

Counter-UAS

Range Extension

Attritable Strike Operations

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