Unmanned Aerial Vehicles

Electronic systems for commercial UAV programs, covering ignition, power generation, regulation, distribution, control, and system-level integration. We support both full-system responsibility and subsystem deliveries.

UAV airplane on a runway preparing for launch.

System Coverage

Typical deliveries cover the following system areas, defined by UAV aircraft requirements.


  • ignition and propulsion-related electronics

  • onboard power generation and charging

  • regulation, protection, and power stabilization

  • power distribution and load management

  • servo actuation control and management

  • sensor inputs and system monitoring

  • integration interfaces and system feedback

Fly Henry Servo box system in a photographic environment.

System Coverage

Typical deliveries cover the following system areas, defined by UAV aircraft requirements.


  • ignition and propulsion-related electronics

  • onboard power generation and charging

  • regulation, protection, and power stabilization

  • power distribution and load management

  • servo actuation control and management

  • sensor inputs and system monitoring

  • integration interfaces and system feedback

Fly Henry Servo box system in a photographic environment.

System Coverage

Typical deliveries cover the following system areas, defined by UAV aircraft requirements.


  • ignition and propulsion-related electronics

  • onboard power generation and charging

  • regulation, protection, and power stabilization

  • power distribution and load management

  • servo actuation control and management

  • sensor inputs and system monitoring

  • integration interfaces and system feedback

Fly Henry Servo box system in a photographic environment.

We have worked on

Primoco One 100 & 150

We have developed complete electronic components and systems for the leading UAV European manufacturer Primoco UAV. Our systems were both for Primoco One 100 & One 150 covering power management, signal distribution and engine control of the whole UAV.

Our electronic systems:


  • Servo Box system

  • Power Box system

  • Altimeter

  • Electronic Ignition

  • Engine management - EFI

  • Sensors

Our electronic systems:


  • Servo Box system

  • Power Box system

  • Altimeter

  • Electronic Ignition

  • Engine management - EFI

  • Sensors

UAV Parameters:


  • wingspan: 4.85m

  • lenght: 3.65m

  • MTOW: 150kg

  • Payload: 1-30kg

  • Endurance: 15hrs

Primoco UAV airplane in a runway.

Primoco One 100 & 150

We have developed complete electronic components and systems for the leading UAV European manufacturer Primoco UAV. Our systems were both for Primoco One 100 & One 150 covering power management, signal distribution and engine control of the whole UAV.

Our electronic systems:


  • Servo Box system

  • Power Box system

  • Altimeter

  • Electronic Ignition

  • Engine management - EFI

  • Sensors

UAV Parameters:


  • wingspan: 4.85m

  • lenght: 3.65m

  • MTOW: 150kg

  • Payload: 1-30kg

  • Endurance: 15hrs

Primoco UAV airplane in a runway.

Primoco One 100 & 150

We have developed complete electronic components and systems for the leading UAV European manufacturer Primoco UAV. Our systems were both for Primoco One 100 & One 150 covering power management, signal distribution and engine control of the whole UAV.

Our electronic systems:


  • Servo Box system

  • Power Box system

  • Altimeter

  • Electronic Ignition

  • Engine management - EFI

  • Sensors

UAV Parameters:


  • wingspan: 4.85m

  • lenght: 3.65m

  • MTOW: 150kg

  • Payload: 1-30kg

  • Endurance: 15hrs

Primoco UAV airplane in a runway.

We are curently working on

UAV Atlas - 850kg

Our electronic systems include:


  • Servo Actuators

  • Power management and servo systems

  • Altimeter

  • Engine data management

  • Sensors

UAV Parameters:


  • wingspan: 12.2m

  • lenght: 7m

  • MTOW: 850kg

  • Payload: 315kg

  • Endurance: 20hrs

UAV Argus - 300kg

Our electronic systems include:


  • Power management and servo systems

  • Altimeter

  • Electronic Ignition

  • Engine management - EFI

  • Sensors

UAV Parameters:


  • wingspan: 6m

  • lenght: 4m

  • MTOW: 50kg

  • Payload: 7kg

  • Endurance: 10hrs

We are curently working on

UAV Atlas - 850kg

Our electronic systems include:


  • Servo Actuators

  • Power management and servo systems

  • Altimeter

  • Engine data management

  • Sensors

UAV Parameters:


  • wingspan: 12.2m

  • lenght: 7m

  • MTOW: 850kg

  • Payload: 315kg

  • Endurance: 20hrs

UAV Argus - 300kg

Our electronic systems include:


  • Power management and servo systems

  • Altimeter

  • Electronic Ignition

  • Engine management - EFI

  • Sensors

UAV Parameters:


  • wingspan: 6m

  • lenght: 4m

  • MTOW: 50kg

  • Payload: 7kg

  • Endurance: 10hrs

We are curently working on

UAV Atlas - 850kg

Our electronic systems include:


  • Servo Actuators

  • Power management and servo systems

  • Altimeter

  • Engine data management

  • Sensors

UAV Parameters:


  • wingspan: 12.2m

  • lenght: 7m

  • MTOW: 850kg

  • Payload: 315kg

  • Endurance: 20hrs

UAV Argus - 300kg

Our electronic systems include:


  • Power management and servo systems

  • Altimeter

  • Electronic Ignition

  • Engine management - EFI

  • Sensors

UAV Parameters:


  • wingspan: 6m

  • lenght: 4m

  • MTOW: 50kg

  • Payload: 7kg

  • Endurance: 10hrs

Integration

Integration is handled at system level, with defined interfaces, documented behaviour, and controlled configuration changes. We provide integration data and test evidence packages required for customer validation and, where applicable, certification activities.


  • compatibility with existing propulsion and control systems

  • adaptation to available power sources and loads

  • interface definitions and integration data for customer teams

  • configuration and revision tracking across variants

Back of an UAV plane on a runway.

Integration

Integration is handled at system level, with defined interfaces, documented behaviour, and controlled configuration changes. We provide integration data and test evidence packages required for customer validation and, where applicable, certification activities.


  • compatibility with existing propulsion and control systems

  • adaptation to available power sources and loads

  • interface definitions and integration data for customer teams

  • configuration and revision tracking across variants

Back of an UAV plane on a runway.

Integration

Integration is handled at system level, with defined interfaces, documented behaviour, and controlled configuration changes. We provide integration data and test evidence packages required for customer validation and, where applicable, certification activities.


  • compatibility with existing propulsion and control systems

  • adaptation to available power sources and loads

  • interface definitions and integration data for customer teams

  • configuration and revision tracking across variants

Back of an UAV plane on a runway.

Related subsystems used in UAVs

Related subsystems used in UAVs

Related subsystems used in UAVs

Get in touch with our team.

Get in touch with our team.

Get in touch with our team.

Get in touch with our team.