SpaceX V3 Booster Falls into the Gulf of Mexico
SpaceX's V3 version of the Super Heavy booster fell into the Gulf of Mexico after Flight 13.
This flight focused on separation, boostback, and soft landing verification at sea, aiming to accumulate data for subsequent recovery actions.
The buyer continues to bet on the speed of Starship iterations, while selling pressure comes from any valuations still anchored in the expectation of "reusable equals mature"; this outcome leans more towards event-driven engineering validation rather than immediate commercialization.
Source: Public Information
ABAB AI Insight
SpaceX had already pushed the V3 hardware to critical testing stages during Flight 12, but issues with the booster’s boostback and directional actions indicated that the company is still correcting the recovery chain through high-frequency test flights.
This type of capital path is typical: first, use test flights to obtain data, then convert that data into lower marginal launch costs and higher launch frequency, ultimately supporting Starlink, deep space missions, and larger-scale launch operations.
Historically, rocket companies often go through multiple rounds of failure correction to transition from "can fly" to "can recover"; SpaceX is currently more like completing the transition from "engineering proof" to "operational proof".
Structurally, this represents a shift in control brought about by technological substitution: those who can stabilize recovery, reuse, and shorten turnaround times will be closer to obtaining pricing power for launch capacity.
ABAB News · Law of Cognition
It's not about making profits first, but turning failures into data.
The real moat is lowering the cost of trial and error.
Once the technical route is proven, pricing power will be restructured.