

News
SpaceX Falcon 9 rocket completes 57th operational Starlink launch
For the 57th time, a SpaceX Falcon 9 rocket has delivered a batch of operational Starlink satellites to low Earth orbit, simultaneously marking the vehicle’s 50th successful launch in 367 days.
Flying for the 7th time, Falcon 9 booster B1063 lifted off with a fresh upper stage and another batch of Starlink V1.5 satellites enclosed in a reused payload fairing at 10:40 pm PDT (05:40 UTC), Tuesday, August 30th. SpaceX’s 57th overall Starlink launch, Starlink 3-4 deployed another 46 satellites into a semi-polar sun-synchronous orbit (SSO), where they will eventually be joined by approximately 520 other spacecraft.
Around nine minutes after liftoff, Falcon 9’s expendable upper stage reached a stable parking orbit and booster B1063 touched down on drone ship Of Course I Still Love You (OCISLY) – SpaceX’s 65th consecutively successful landing and 139th successful landing overall. Falcon 9 launched for the first time in June 2010 and completed its first landing in December 2015.
Starlink 3-4 was also SpaceX’s 148th consecutively successful Falcon 9 launch, the rocket’s 172nd successful launch overall, and the company’s 50th launch in just over a year.
SpaceX began filling out Starlink’s third orbital shell (Group 3) in July 2021. Four launches and seven weeks later, more than half (184) of the shell’s 348 planned satellites are already in orbit, though most of those satellites still need another month or two to reach operational altitudes. The fifth shell of SpaceX’s first Starlink constellation – populated by another 172 satellites – will eventually be assembled in an almost identical sun-synchronous orbit. Orbiting Earth at an inclination of 97.6 degrees, where 90 degrees would be a perfect polar orbit, Starlink’s SSO satellites will help fill coverage gaps all over the world, but they will be particularly optimal for serving customers at high latitudes – including the Arctic and Antarctic.
Once the constellation’s orbital laser link network is activated, Starlink will even be able to connect customers beyond the reach of the network’s ground stations by routing communications through other satellites until a station is in range. That could be a boon for ultra-remote outposts like those in Antarctica, where the brutal weather, sheer scale of the continent, and small number of residents make it hard to rationalize ground station construction. Semi-polar satellites like those SpaceX launched today will eventually enable a more economical solution.
Following Starlink 3-4, SpaceX now has more than 2900 working Starlink satellites in orbit, representing about 66% of the full 4408-satellite constellation. Astrophysicist Jonathan McDowell estimates that almost 2400 – more than half of the final constellation – have reached operational orbits and are serving customers back on Earth. SpaceX began operational Starlink launches less than three years ago (November 2019). Per FCC regulations, the company was required to launch half of the constellation by March 2024 and finish launching all 4408 satellites by March 2027.
Investor's Corner
Rivian stock rises as analysts boost price targets post Q1 earnings
Rivian impressed with smaller-than-expected losses & strong revenue, pushing analysts to raise price targets.

Rivian stock is gaining traction as Wall Street analysts raise price targets following the electric vehicle (EV) maker’s first-quarter earnings report. Despite a dip after the announcement, optimism surrounds Rivian’s cost control and upcoming lower-priced cars.
Last week, Rivian reported a better-than-expected Q1 gross profit, surpassing Wall Street’s forecasts with adjusted losses of $0.48 per share against expectations of $0.92 per share. The company also reported a revenue of $1.24 billion compared to the $1.01 billion anticipated.
However, the EV automaker cut its 2025 delivery forecast and capital spending due to President Donald Trump’s tariffs. It explained that it is “not immune to the impacts of the global trade and economic environment.” RIVN stock dropped nearly 6% post-earnings, closing at $12.72 per share.
Wall Street remains upbeat about Rivian, citing progress toward launching lower-priced vehicles in 2026 and effective cost management. On Monday, Stifel analyst Stephen Gengaro raised his RIVN price target to $18 from $16, maintaining a “Buy” rating. He highlighted Rivian’s “solid progress” toward key milestones.
Conversely, Bernstein’s Daniel Roeska gave RIVN a “Sell” rating. However, Roeska also lifted his Rivian price target to $7.05 from $6.10, acknowledging “better” Q1 results. He warned that profitability remains distant and hinges on multiple product launches by the decade’s end.
Overall, Wall Street’s average price target for RIVN climbed from $14.18 to $14.31, a modest 13-cent increase reflecting positive sentiment. About one-third of analysts covering Rivian rate it a Buy, compared to the S&P 500’s average Buy-rating ratio of 55%.
On Monday, Rivian stock rose 2.7% to $14.64, slightly trailing the S&P 500 and Dow Jones Industrial Average, which gained 3.3% and 2.8%, respectively. The uptick may also stem from broader market gains tied to news of a temporary U.S.-China tariff suspension.
As Rivian navigates trade challenges and scales production at its Illinois factory, its Q1 performance and analyst support signal resilience. With lower-priced EVs on the horizon, Rivian’s strategic moves could bolster its position in the competitive EV market, offering investors cautious optimism for long-term growth.
News
EU weighs Starlink’s market impact during SES-Intelsat deal
As SES tries to buy Intelsat, the EU is checking if Starlink has an unfair edge. The review could shape Europe’s space future.

EU antitrust regulators are scrutinizing SES’s $3.1 billion bid to acquire Intelsat, probing whether SpaceX’s Starlink poses a credible rival in the satellite communications market. The European Commission’s review could shape the future of Europe’s space industry.
The Commission has sought feedback from customers of SES and Intelsat to assess Starlink’s competitive impact. According to Reuters, the questionnaire asks if low-earth orbit (LEO) satellite providers like Starlink and Eutelsat’s OneWeb are viable competitors for two-way satellite capacity. It also explores whether LEO suppliers are winning tenders and contracts and their potential to influence competition over the next five years. Additionally, regulators are evaluating customers’ bargaining power and ability to switch to rival suppliers.
SES operates a fleet of about 70 multi-orbit satellites for video broadcasting, government communications, and broadband internet. It aims to scale up through the acquisition of Intelsat. The move is part of a broader push in Europe to bolster home-grown satellite solutions, countering U.S. giants like SpaceX’s Starlink and Amazon’s Project Kuiper.
SES is in talks with the EU Commission and a few European governments to complement Starlink services, addressing concerns over reliance on foreign providers.
“Now the discussions are much more strategic in nature. They’re much more mid-term, long-term. And what we’re seeing is that all of the European governments are serious about increasing their defense spending. There are alternatives, not to completely replace Starlink, that’s not possible, but to augment and complement Starlink,” said SES CEO Adel Al-Saleh.
The EU Commission’s preliminary review of the SES-Intelsat deal is expected to conclude by June 10. The preliminary review will determine whether the SES-Intelsat deal is cleared outright, requires concessions, or faces a full-scale investigation if significant concerns arise. As Europe seeks to strengthen its space-based communication resilience, the outcome could redefine competitive dynamics in the satellite sector.
With Starlink’s LEO technology disrupting traditional satellite services, the Commission’s findings will signal how Europe balances innovation with strategic autonomy. SES’s efforts to scale and collaborate with governments underscore the region’s ambition to remain competitive, potentially reshaping the global satellite landscape as demand for reliable connectivity grows.
News
Tesla gets new information request from NHTSA on Robotaxi rollout
Tesla has been contacted by the NHTSA regarding plans for the Robotaxi rollout and how it will handle poor weather.

Tesla has been contacted by the National Highway Traffic Safety Administration (NHTSA) regarding its planned rollout of a Robotaxi platform in Austin, Texas.
The agency sent a letter to Tesla Field Quality Director Eddit Gates, seeking more information on exactly how the company plans to operate the fleet in poor weather conditions. The NHTSA wants to know how Tesla’s technology and operational use cases will “assess the ability of Tesla’s system to react appropriately to reduced roadway visibility conditions.”
Additionally, the NHTSA said it would like additional information on Tesla’s development of technologies for use in ‘robotaxi’ vehicles to understand how Tesla plans to evaluate its vehicles and driving automation technologies for public roads.
Tesla has already started operating a supervised version of the Robotaxi platform for employees in both Austin and San Francisco. This limited rollout has completed thousands of rides already, but differs from the version it plans to roll out in the coming weeks in Austin, as it currently has a driver sitting in the driver’s seat.
Tesla says it has launched ride-hailing Robotaxi teaser to employees only
They are there to supervise the vehicle and ensure safety early on in the program.
The letter that was sent to Tesla on May 8 is part of a greater investigation that was opened by the NHTSA on October 17, titled “FSD Collisions in Reduced Roadway Visibility Conditions.”
The agency said the purpose of the “Preliminary Evaluation of FSD” was to assess:
- The ability of FSD’s engineering controls to detect and respond appropriately to reduced roadway visibility conditions;
- Whether any other similar FSD crashes have occurred in reduced roadway visibility conditions and, if so, the contributing circumstances for those crashes; and
- Any updates or modifications from Tesla to the FSD system that may affect the performance of FSD in reduced roadway visibility conditions. In particular, this review will assess the timing, purpose, and capabilities of any such updates, as well as Tesla’s assessment of their safety impact.
Tesla is required to respond to the NHTSA’s request by June 19.
INIM-PE24031-62887 by Joey Klender on Scribd
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