X-RPU
Remote Piloting Unit
Safety-critical command and control computer
Reliable remote piloting and operation for unmanned and optionally piloted systems
Fly-by-wire operation
Extensive range of configurable I/O interfaces
Interface between ground-based and aircraft’s flight control and automation system
Features
Command and control computer
- High-performance Remote Piloting Unit computer
- Certified hypervisor O/S
- Network switch
- Interfaces to Primary Flight Controls
- Software containerisation and partitioning for 3rd party applications
- Swap optimised
Storage and Data Management
- SW configurable I/O concentrator
- Extensive hard I/O interfaces (buttons and switches with parallel redundancy)
- Low latency video processing and command and control loops
- Flight critical operator display interfaces
- Onboard data encryption and storage
Applications
- Fixed-wing, rotary-wing and multi-rotor aircraft
- MALE & HALE UAS
- OPS & AAM
The X-RPU (Remote Piloting Unit) is a safety-critical command and control computer and I/O concentrator that enables reliable remote piloting for unmanned and optionally piloted aircraft systems. It serves as the interface between ground-based operators and the aircraft’s flight control and automation system, translating operator inputs into safe automated and/or real-time fly-by-wire operation.
With its high-performance x86 or ARM processing architecture, certified RTOS, onboard storage and an extensive range of configurable I/O interfaces, the X-RPU supports advanced flight control, certified multifunction displays, hard I/O integration, and containerised or partitioned third-party software applications. It was developed in accordance with RTCA DO-254 and DO-178 and meets a comprehensive set of DO-380G environmental specifications, making it certification-ready.
The X-RPU seamlessly integrates with S-PLANE’s X-Series and NX-Series flight and mission computers, forming part of a certifiable, modular, scalable, and comprehensive safety-critical flight control and automation architecture. This architecture includes carefully crafted system-wide redundancy, while maintaining optimal situational awareness, thereby ensuring uninterrupted and safe command and control for the most demanding applications.


