Flight Control Computer

Flight Control Computer

The NFCC (Next Generation Flight Control Computer) is a powerful and highly configurable dual lane, ruggedized hardware platform with a high number of interfaces which has been designed for application as a flight control computer in uncrewed airborne environments, incl. wing borne, rotary wing, and drones.

The platform was developed by following avionics best practices and is conceptualized for application in versatile environments. The NFCC has been flight proven on platforms up to 2.4 tons.

Next Generation Flight Control Computer, front view.
Next Generation Flight Control Computer, front view.
Next Generation Flight Control Computer, back view.
Close-up of Next Generation Flight Control Computer, front view.
Next Generation Flight Control Computer, back alternative view.

Overview

Technical Details

Dual-Lane architecture Flight Control Computer. The architecture uses a combination of main processing modules plus microcontrollers on extension boards to manage distributed Input/Output (I/O) and communication tasks. The NFCC is a highly configurable platform with customizations to the interfaces, processors, or mechanics available on request. Dissimilar processor architectures on both main processing modules and microcontrollers allow dissimilar solutions in the same housing.

The NFCC may be configured in a Command-Command (COM-COM) or Command-Monitor (COM-MON) configurations, with provisions for I/O passivation available via configuration options.

EN9100 Certificate of Conformance (CoC) provided for hardware.

Please contact us for additional information.

Flight Control Computer

Flight Control Computer

The NFCC (Next Generation Flight Control Computer) is a powerful and highly configurable dual lane, ruggedized hardware platform with a high number of interfaces which has been designed for application as a flight control computer in uncrewed airborne environments, incl. wing borne, rotary wing, and drones.

The platform was developed by following avionics best practices and is conceptualized for application in versatile environments. The NFCC has been flight proven on platforms up to 2.4 tons.

Next Generation Flight Control Computer, front view.
Next Generation Flight Control Computer, front view.
Next Generation Flight Control Computer, back view.
Close-up of Next Generation Flight Control Computer, front view.
Next Generation Flight Control Computer, back alternative view.

Overview

Technical Details

Dual-Lane architecture Flight Control Computer. The architecture uses a combination of main processing modules plus microcontrollers on extension boards to manage distributed Input/Output (I/O) and communication tasks. The NFCC is a highly configurable platform with customizations to the interfaces, processors, or mechanics available on request. Dissimilar processor architectures on both main processing modules and microcontrollers allow dissimilar solutions in the same housing.

The NFCC may be configured in a Command-Command (COM-COM) or Command-Monitor (COM-MON) configurations, with provisions for I/O passivation available via configuration options.

EN9100 Certificate of Conformance (CoC) provided for hardware.

Please contact us for additional information.

A circuit board on a raised platform, illuminated by a top light on a desk, with blurry screens in the dark background.

Didn’t Find the Right Product?

No problem – we develop and tailor avionics solutions to meet your exact requirements. Get in touch and let’s find the perfect fit for your mission.

A circuit board on a raised platform, illuminated by a top light on a desk, with blurry screens in the dark background.

Didn’t Find the Right Product?

No problem – we develop and tailor avionics solutions to meet your exact requirements. Get in touch and let’s find the perfect fit for your mission.