Autopilot Supervisor Segmentation for Unmanned Aircraft Safety

The automatic piloting system is divided into multiple independent calculation channels (at least two), each with its own sensors and processing path. This segmentation allows the system to maintain high reliability through redundancy while keeping each individual channel relatively simple and manageable.

The system dynamically switches between different calculation channels based on their operational status. The supervisor monitors the health of each channel and can activate standby channels when primary channels fail, providing adaptive reliability without requiring all channels to be permanently active and complex.

By segmenting the system into multiple independent channels where each channel can use simpler, lighter components, the overall system achieves high reliability through redundancy rather than through heavy-duty single-channel components. This allows compliance with aviation standards while minimizing mass.

The system uses simplified copies (standby calculation channels) that replicate the essential functionality of the primary channel. These copies use less expensive and lighter components while still providing the necessary reliability when activated, reducing overall system mass compared to using only high-specification components throughout.

The system is designed as modular segmented channels that can be manufactured and tested independently. Each calculation channel is a self-contained unit with its own sensors and processing, making it easier to manufacture using standard modular techniques while still achieving high reliability through the redundant architecture.

The calculation channels are designed to be universal and interchangeable, with each channel capable of performing the same piloting functions. This universality simplifies manufacturing by allowing the use of standardized components and assembly processes across all channels, reducing the complexity introduced by redundancy.