Collins Aerospace
Collins Aerospace; develops avionics computing, flight-deck and aircraft data-connectivity solutions for commercial and military airborne platforms. The Perigon, Aircraft Interface Device and Pro Line Fusion families provide complementary layers from platform-data processing to pilot presentation and ground connectivity. TARGET A.Ş. provides a local technical point of contact in Turkey for product selection, interface planning and system integration.
Perigon brings scalable processing resources into a common architecture for different missions and platforms.
The Aircraft Interface Device forms an open-architecture gateway between aircraft data buses, wireless links and ground services.
Pro Line Fusion combines flight information and situational-awareness functions in one pilot interface.
Product families
Three layers that compute, connect and present avionics data.
Processing, aircraft connectivity and the pilot interface are evaluated together against mission, certification and growth requirements.
VEHICLE MANAGEMENT COMPUTER
Perigon
A scalable computing family that applies an open-systems approach to avionics and vehicle-management applications.
- Scalable multicore processing architecture
- Modular I/O and software growth path
- Adaptable to civil and military platforms
AIRCRAFT CONNECTIVITY / DATA GATEWAY
Aircraft Interface Device
An open-architecture connectivity device that provides multichannel access to avionics data and hosts aircraft services and applications.
- ARINC 834 server and field-loadable software
- Integrated Wi-Fi and cellular connectivity options
- Removable and upgradeable solid-state storage
INTEGRATED FLIGHT DECK
Pro Line Fusion
An avionics family that presents flight planning, situational awareness and aircraft-performance information in an integrated environment.
- Configurable high-resolution displays
- Synthetic vision and graphical flight planning
- Open architecture for future functionality
AVIONICS DATA FLOW
Move platform data from the interface to pilot decisions.
The avionics architecture is defined by considering data sources, processing loads, connectivity and flight-deck functions together.
01 / INTERFACE
Define data sources and buses
Identify the interfaces and data-exchange requirements for sensors, aircraft systems and external devices.
02 / COMPUTE
Scale processing to the mission
Select the Perigon configuration around mission software, I/O, processing load and future growth.
03 / CONNECT
Establish aircraft-to-ground data flow
Use the Aircraft Interface Device to combine hosted applications with appropriate wireless and ground links.
04 / PRESENT
Present integrated information to the crew
Adapt Pro Line Fusion functions to the flight deck’s planning and situational-awareness requirements.
Why Collins Aerospace?
Collins Aerospace combines onboard computing, connectivity and flight-deck layers within a broad avionics portfolio.
Interoperable avionics layers
Processing, data access and pilot presentation can be evaluated within the same platform architecture.
Open architectures designed for growth
Modular hardware and field-loadable software support new functions throughout the platform lifecycle.
Commercial and military platform experience
The product families can be adapted to different missions across fixed-wing and rotary-wing aircraft.
Collins Aerospace avionics computing and connectivity
The Collins Aerospace Perigon vehicle-management computer, Aircraft Interface Device and Pro Line Fusion flight-deck family provide complementary options for processing aircraft data, connecting hosted applications and presenting mission-relevant information. Selection considers data buses, processing load, I/O, storage, connectivity, certification scope and the software lifecycle together.
Local integration support for Collins Aerospace in Turkey
TARGET A.Ş. supports requirements analysis, product selection and system integration in Turkey for Collins Aerospace avionics solutions. Platform interfaces, mission software, certification scope, aircraft-data access and ground-system connectivity are evaluated against project conditions.
