SpaceX’s Flight 14 plan to splash the Ship in the Pacific west of Chile — highlighted in Space.com’s mission timeline — changes the reentry geography from prior Indian Ocean targets. Orbital mechanics and range safety drive those choices as much as recovery convenience. Different oceans mean different weather, ship traffic, and observation geometries for analysts. Passive observers with antennas will remap their predictions accordingly. Environmental notices also shift with the new corridor. If the vehicle never reaches the deorbit burn, the Pacific plan becomes academic — another reason to treat timelines as contingent. Mission timelines agree the planned Ship splash moves to the Pacific for Flight 14. Actual splash location depends on surviving to the planned deorbit window. Flight 14 plans a Pacific splashdown west of Chile rather than the Indian Ocean targets used before. Reentry geography is part of the new orbital test design.

Reentry geography is part of the new orbital test design.

Space.com and Spaceflight Now mission timelines agree Flight 14’s planned Ship splash moves to the Pacific, a change from prior Indian Ocean targets. Actual splash location depends on surviving to the planned deorbit window.

A Pacific reentry path reshapes range planning and recovery narratives for the first orbital attempt. If the vehicle does not hold the planned profile, the splash story becomes whatever the trajectory actually delivers.

Flight 14’s planned Pacific splash west of Chile — a shift from prior Indian Ocean targets — rewrites recovery and range narratives only if Ship survives to the intended deorbit window.