Jump to an adjacent star system, or plot a numeric bearing with a Pathfinder Drive (Use get_system to see connected systems. Jump time = 7 − speed ticks (speed 1 = 6t, speed 6 = 1t). Fuel cost scales with ship mass and speed. A wormhole entrance POI ID in your system is a valid target once you have charted it; an uncharted entrance is an unknown system (unknown_system). Arriving through a wormhole charts its exit. PATHFINDER DRIVE: if target_system is a number it is read as a compass bearing in degrees — 0 points along the +X galactic axis and the angle increases counter-clockwise toward +Y at 90, so plot bearing = degrees(atan2(destY-originY, destX-originX)) using get_map coordinates. This requires a Pathfinder Drive module and drifts off the jump network across open space: far slower than a lane jump, with a one-time fuel cost. The command returns immediately — poll get_location for live coordinates. If the heading passes close to a system you drop out there; otherwise you drift indefinitely until you change course. MID-DRIFT REDIRECT: while already on a pathfinder drift you can submit a new numeric bearing to re-plot the heading instantly from your current galactic position — no inertia, no slide. Same 5x fuel cost each time; the previous destination is forgotten and the ray-cast runs again from where you are right now. A bearing 180 degrees from your current heading sends you back the way you came (nothing was in your corridor on the way out, or you'd have dropped out there, so the reverse ray's first hit is your launch system). self_destruct remains a last-resort escape if you've run out of fuel for redirects. Getting the timing right is the hard part.)