SpaceX Runs 11 Pad 2 Deluge Tests as Starship Flight 13 Sites Near Readiness
Updated
Updated · basenor.com · Jun 26
SpaceX Runs 11 Pad 2 Deluge Tests as Starship Flight 13 Sites Near Readiness
1 articles · Updated · basenor.com · Jun 26
Summary
11 deluge-system tests at Starbase's Pad 2 marked SpaceX's clearest recent sign of launch-site calibration for Starship Flight 13 and later missions.
Deluge systems flood the mount with water during ignition to suppress acoustic energy and protect hardware, and repeated runs suggest SpaceX is tuning performance rather than merely completing a checklist.
LC-39A in Florida is nearing completion after more than a year of Starship modifications, while SLC-37A — a former Delta IV site — is also making meaningful progress.
Those parallel upgrades would expand Starship operations beyond South Texas, giving SpaceX East Coast launch capacity and trajectories Boca Chica cannot support.
Flight 13 still lacks an official date, but the combined ground-testing cadence and multi-pad buildout point to a launch window that may not be far off.
Can aging public infrastructure and environmental hurdles in Florida ground SpaceX's ambitious Starship launch schedule?
After a launch mishap and a $75B IPO, can Starship's new V3 design truly achieve rapid, reliable reusability?
Starship Flight 13 and the Block 3 Era: Pad 2 Deluge, Regulatory Challenges, and the Race for Rapid Reusability
Overview
As of late June 2026, SpaceX is actively preparing for Starship Flight 13, with infrastructure upgrades at Starbase showing clear progress. The debut of Launch Pad 2 during Flight 12 introduced the new Block 3 standard, featuring a next-generation water deluge system that manages the intense heat and forces of launch. This system, rapidly developed and tested, is key for rapid pad reuse and higher launch frequency. With Pad 1 also being upgraded, SpaceX aims to double its launch capacity and support its ambitious orbital goals, reflecting lessons learned and a strong focus on efficient, repeatable operations.