SpaceX Starship 13th test validates heat shield at higher acceleration

2 min read     Updated on 27 Jul 2026, 02:49 PM
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Reviewed by
Riya DScanX News Team
AI Summary

SpaceX completed its 13th Starship test flight with successful heat shield validation under high acceleration. The rocket deployed 20 Starlink satellites and splashed down in the Indian Ocean. Despite technical wins, shares trade below IPO levels, though investor Ross Gerber maintains a bullish stance on the company's long-term prospects.

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Space Exploration Technologies Corp. (NASDAQ: SPCX) successfully completed its 13th Starship test flight, validating critical thermal protection systems under increased stress conditions. CEO Elon Musk confirmed on July 25, 2026, that the vehicle was intentionally accelerated to higher levels to test how well heat shield tiles remained attached during high dynamic pressure. The successful validation marks a key milestone in the rocket's development, demonstrating improved structural integrity and control capabilities for future orbital missions.

The flight operations proceeded as planned from Starbase, Texas. After achieving orbit, the Starship V3 rocket deployed 20 Starlink V3 satellites. Following the payload deployment, the vehicle guided itself using its four flaps to a pre-planned splashdown zone in the Indian Ocean. Musk emphasized that the primary objective of this specific test profile was to assess tile adhesion limits, stating, "Test was successful."

Operational and Market Context

Despite the technical success, Space Exploration Technologies Corp. shares have experienced significant volatility since its June IPO. The stock reached a high of $225/share but has since declined, trading at approximately $114/share, well below its IPO price of $135/share. This downward pressure contributed to a reduction in Elon Musk’s net worth, causing him to lose the title of world’s first trillionaire amid broader selloffs in both SpaceX and Tesla Inc. (NASDAQ: TSLA).

Investor Sentiment

Prominent investor Ross Gerber of Gerber Kawasaki publicly backed the company despite the recent price declines. Gerber described SpaceX’s activities as "incredible" and urged investors not to bet against the firm. He drew parallels to early Tesla volatility, suggesting that short-term price action should not overshadow long-term operational achievements.

Lunar Landing Dynamics

In related commentary, Musk addressed concerns regarding lunar landing stability. Responding to user @SpaceNews92 on July 26, 2026, Musk noted that landing and remaining stable on the Moon is easier than on Earth due to the absence of wind. He highlighted that enhanced structure and mass distribution in the Starship V3 design have mitigated risks associated with tipping over on uneven lunar surfaces.

Flight Test Summary

Parameter Detail
Flight Number 13th Test Flight
Vehicle Starship V3
Launch Site Starbase, Texas
Payload 20 Starlink V3 Satellites
Splashdown Indian Ocean
Key Objective Heat shield tile adhesion at high dynamic pressure
Result Successful

What the Numbers Show

The divergence between SpaceX’s operational successes and its market valuation highlights a period of investor reassessment. While the company achieves complex engineering milestones such as controlled splashdowns and satellite deployments, the stock trades at an 16% discount to its IPO price. This suggests that market participants are currently prioritizing near-term profitability or revenue visibility over long-term capability demonstrations, creating a potential misalignment between technical progress and equity performance.

How will the successful validation of heat shield durability at high dynamic pressures accelerate the timeline for Starship's first crewed lunar missions under the Artemis program?

Given the current 16% discount to IPO price, what specific financial metrics or revenue milestones must SpaceX demonstrate in upcoming quarters to reverse the market's prioritization of near-term profitability over long-term capability?

Will the deployment of 20 Starlink V3 satellites per flight significantly alter the competitive landscape for global broadband providers and impact SpaceX's projected revenue growth from its satellite division?

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SpaceX, Google orbital data center odds fall to 13%

1 min read     Updated on 23 Jul 2026, 11:10 AM
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Reviewed by
Jubin VScanX News Team
AI Summary

Polymarket odds for a Google-SpaceX orbital data center agreement have dropped to 13% for 2026. Reports indicate ongoing talks, with Google planning prototype launches by 2027, while Musk advocates for the scalability of space-based computing.

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Cryptocurrency prediction markets indicate a declining probability of an official agreement between Space Exploration Technologies Corp. and Alphabet Inc. subsidiary Google to build orbital data centers. Polymarket currently assigns a 13% chance of such a deal being announced before Dec. 31, a sharp drop from 53% a month ago and a peak of 81%. The resolution criteria require an official agreement regarding launching, developing, operating, or partnering on data centers in Earth's orbit.

Strategic Developments

Despite the low odds, discussions between the two entities have been reported. In May, reports surfaced that SpaceX and Google were in talks for a launch deal, with Google planning prototype satellite launches by 2027. Google CEO Sundar Pichai has suggested that "tiny racks of machines" in satellites could become a standard method for building data centers within a decade.

Musk's Vision for Orbital Compute

SpaceX CEO Elon Musk has been a vocal proponent of orbital computing, expressing confidence that the company could build orbital data centers as soon as next year. He has argued that space-based computing is inevitable because it offers a "trillion times" more scale than terrestrial alternatives. This vision aligns with SpaceX's broader strategy to position AI infrastructure as a growth business beyond launch services and Starlink connectivity.

Market Context

The skepticism from prediction markets contrasts with the long-term strategic interests of both companies. SpaceX continues to explore the leasing of AI computing power to the U.S. government, aiming to demonstrate space-based AI computing infrastructure by late 2027. Meanwhile, Alphabet faces competition from other cloud providers seeking to expand their infrastructure capabilities.

Entity Role Context
Polymarket Prediction Market 13% chance of deal by Dec. 31
Google Potential Partner Planning prototype satellite launches by 2027
SpaceX Infrastructure Provider Aiming to build orbital data centers
Pentagon Potential Client Exploring leasing of AI computing power

SpaceX shares rose 0.63% in after-hours trading after closing 6.70% lower at $115.26 during the regular session.

What specific regulatory hurdles might be delaying the formalization of the SpaceX-Google orbital data center agreement?

How will competitors like Amazon or Microsoft respond if SpaceX and Google successfully deploy orbital data centers by 2027?

What are the potential cost implications of maintaining and cooling orbital data centers compared to terrestrial facilities?

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