A Parallel-Anchorhead (PAH) is a specialized sensor system used on Skim-capable ships to navigate the unpredictable hazards of Skim-space. It consists of a sensor array, antenna, or drone deployed ahead of the main vessel, often connected by a long, miles-long tether.
Function:
Hazard Detection: The PAH probes the boundaries of Skim-space and realspace, detecting obstacles such as dimensional waves, gravitational anomalies, or debris before the main vessel encounters them.
Course Adjustment: Data from the PAH helps the ship’s navigation systems or pilot adjust the course to "skim" safely over or around obstacles.
Safety Mechanism: By extending far ahead of the ship, the PAH minimizes the risk of sudden collisions or disruptions during FTL travel.
Advanced Sensors: Equipped to map Skim-space conditions with high precision.
Flexibility: Some PAH systems use drones that can adjust their position dynamically, while others rely on fixed, tethered arrays.
Critical for Speed: Ships with PAH can travel faster and safer through Skim-space than those relying solely on traditional sensors.
PAH systems are essential for efficient interstellar travel, particularly for fleets or high-speed journeys.