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Musk’s next step could be expensive

December 8, 2025 by editorial

By Chris Forrester — The past few days have seen the business pages full of reports that Elon Musk’s SpaceX could have a value of some $800 billion. The reports had plenty of credibility and built on the truly fabulous success of SpaceX’s Falcon 9 reliability and the similar success of its Starlink broadband system. A second rumour talked of an IPO (an Initial Public Offering) being mounted towards the end of 2026.

Musk promptly scotched the $800 billion reports, saying they were not accurate, and adding: “SpaceX has been cash flow positive for many years and does periodic stock buybacks twice a year to provide liquidity for employees and investors.”

Bloomberg, in its report on the rumours, explained that SpaceX was preparing to sell insider shares in a transaction. Those share sales could indeed value the firm as much as $800 billion. “Such a sale would allow some investors and employees to cash in on some of their holdings,” said Bloomberg.

He also said (on ‘X’) that “valuation increments are a function of progress with Starship and Starlink and securing global direct-to-cell spectrum that greatly increases our addressable market.”

Musk also updated the market that SpaceX is no longer dependent on NASA for a revenue stream.” While I have great fondness for NASA, they will constitute less than 5% of our revenue next year. Commercial Starlink is by far our largest contributor to revenue.  Some people have claimed that SpaceX gets ‘subsidized’ by NASA. This is absolutely false.”

But an $800 billion valuation (itself having doubled over the past year) could just be a precursor to future growth and potential greater valuation. And an increase in overall valuation rathe depends on Musk’s next steps.

Step 1 is already well in hand, and that is the development of SpaceX’s giant – and ruinously expensive – Starship rocket. Gaining success for Starship would reduce the cost per kilogram of launching into orbit, and would cement Musk’s ambition for humankind to be “interplanetary”.

Step 2 is also well in hand, and is represented by Musk’s ‘direct-to-consumer’ schemes. Note we say ‘schemes. First move is to boost the current 8 million broadband customers (up from 7 million in August 2025, and 6 million in June 2025). The potential for 9 million by Spring 2026, and perhaps 10 million by the end of next year is clear.

Step 3 would follow Step 2, and see Musk extend his current Direct-to-Cell (D2D) connectivity. D2D was the hottest of hot topics at the Paris World Satellite Business Week, and again at SatNews’ Silicon Valley Space Week in October. Tarun Gupta (Chief Product Officer and Co-founder of Skylo Technologies) told delegates that Today’s messaging-based services for Internet of Things, or Automotive as well as consumers and emergency SOS or on wearables. How people use these is up to their imaginations. We are seeing dramatic increases in messaging services, and there are plenty of new applications being built on top of these services.”

The larger question is not just whether Musk will extend his existing D2D service (answer: He will), but whether his already connected users will adopt a Starlink Mobile service, and at what cost? Tarun Gupta addressed the challenges, saying: “Everyone seemed to be talking about connectivity when in the middle of a hike in the Yosemite. The reality is that a study we carried out last winter showed that 60% of the users in a trial suffered signal loss when on their way to work! There must be an overlay, and it must work.”

He said that Skylo’s exiting SMS satellite service was seeing plenty of traction from users in New York, New Jersey and other regions which would normally be considered to be well-served by telco. MSS, he said, would make a real difference to the business models. He added that we were not years away from guaranteeing very real connectivity and seamless switching from terrestrial to satellite.

Filed Under: Featured, News

Isar Aerospace Selected by ESA to Launch ‘Syndeo-3’ Demonstration Mission

December 5, 2025 by editorial

MUNICH — Isar Aerospace has signed a launch services contract with the European Space Agency (ESA) to deliver the Syndeo-3 mission to orbit. Scheduled for the fourth quarter of 2026, the mission will launch aboard Isar’s Spectrum rocket from Andøya Spaceport in Norway.

The contract falls under the European Union’s Horizon 2020 In-Orbit Demonstration and In-Orbit Validation (IOD/IOV) programme. Managed by ESA on behalf of the European Commission, the program aims to provide affordable access to space for new technologies, allowing European entities to flight-test innovations prior to commercialization.

Isar Aerospace’s Spectrum rocket lifts off from the launch pad

Mission Profile and Payload Aggregation

The Syndeo-3 spacecraft serves as an orbital aggregator, hosting 10 distinct experiments from institutions across Spain, France, Germany, Italy, and Luxembourg, as well as the European Commission itself.

Redwire Corporation is the prime contractor for the satellite segment. The mission will utilize Redwire’s “Hammerhead” platform, a spacecraft bus designed for flexible payload integration in Low Earth Orbit (LEO). According to ESA, Syndeo-3 represents the largest spacecraft to fly under the IOD/IOV programme to date.

Key mission parameters include:

  • Launch Vehicle: Spectrum (Isar Aerospace)
  • Spacecraft Bus: Hammerhead (Redwire)
  • Payloads: 10 European technology demonstrators
  • Launch Site: Andøya Space, Norway
  • Target Orbit: Low Earth Orbit (LEO)

Executive Commentary

The agreement highlights the growing reliance on commercial European launch providers to secure sovereign access to space for institutional missions.

“ESA’s and the European Union’s growing trust in Isar Aerospace for new missions underscores how institutions are recognizing the importance of partnering with commercial innovators to jointly build sovereign space capabilities for Europe,” said Stella Guillen, Chief Commercial Officer of Isar Aerospace.

Dietmar Pilz, ESA Director of Technology, Engineering and Quality, noted that the collaboration strengthens the continent’s ability to validate technology domestically. “I am pleased to confirm the conclusion of a launch service agreement between ESA and Isar Aerospace for the Syndeo-3 mission,” said Pilz.

Program Outlook

This contract follows Isar Aerospace’s selection for previous ESA initiatives, including the “Boost!” Commercial Space Transportation Services program. The company continues to prepare for the second test flight of its Spectrum vehicle, following an initial attempt in March 2025.

The Syndeo-3 mission is slated for a launch window opening in late 2026, pending the successful qualification of the Spectrum vehicle and readiness of the Redwire-built spacecraft.

Filed Under: News

Startical Advances Space-Based ATM

December 5, 2025 by editorial

MADRID — The race to provide seamless, global air traffic management (ATM) from orbit accelerated today as Startical, the joint venture formed by Indra and the Spanish air navigation service provider Enaire, announced the completion of the Critical Design Review (CDR) for its operational “Echo” constellation.

Following successful validation campaigns with the Lignum demonstrator satellites in 2024, this milestone greenlights the manufacturing phase for the first block of 24 operational satellites, with launch services slated for Q2 2026.

The Technology Shift — Beyond ADS-B While players like Aireon have successfully commercialized space-based Automatic Dependent Surveillance-Broadcast (ADS-B) for tracking aircraft, Startical’s architecture addresses the missing link in oceanic and remote airspace: VHF Communications.

Currently, aircraft over oceans must rely on noisy, low-fidelity HF (High Frequency) radio or expensive L-band satellite links for voice and data. Startical’s Low Earth Orbit (LEO) network promises to extend standard VHF coverage—the same clear, instant radio used over land—to a global scale. This allows controllers to manage reduced separation standards in oceanic corridors, significantly increasing airspace capacity and reducing fuel burn for airlines.

According to the filing, the “Echo” satellites will feature:

  • Dual-Payload Architecture: Simultaneous VHF voice/data relay and ADS-B surveillance.
  • Native Interoperability: Designed to integrate directly with Indra’s existing “ManagAir” ground automation systems, which manage air traffic in over 50 countries.
  • S-Band Feeder Links: High-throughput telemetry for real-time relay to Area Control Centers (ACCs).

“The completion of the CDR demonstrates that our miniaturized VHF technology can withstand the harsh radiation environment of LEO while maintaining the strict latency requirements of civil aviation safety,” a Startical technical spokesperson noted in the release.

Regulatory Context: The project is proceeding under the International Telecommunication Union (ITU) allocation for the aeronautical mobile-satellite (R) service (AMS(R)S). This move positions the European sector to compete aggressively against upcoming US-based initiatives for the modernization of the ICAO Global Air Navigation Plan.

The Core Divergence: Sovereign Build vs. Commercial Buy The conflict centers on two opposing industrial philosophies. Europe, via the Startical (Indra/Enaire) joint venture, is pursuing a “Sovereign Infrastructure” model. Mirroring the Galileo strategy, they are funding a dedicated 200-satellite constellation to ensure total control over Quality of Service (QoS) and avoid reliance on US assets. Conversely, the US (FAA/Aireon) champions a “Commercial Service” model. Rather than owning hardware, the US strategy utilizes “hosted payloads” on existing commercial networks (like Iridium), prioritizing speed, cost-efficiency, and a coalition-based approach over state ownership.

The Regulatory Battlefield: ICAO Standards & Revenue Models The immediate battleground is the modernization of the ICAO Global Air Navigation Plan (Block 2, 2025–2030). Europe is maneuvering to establish strict, performance-based standards that favor Startical’s dedicated architecture, potentially allowing ANSPs to charge airlines premium infrastructure fees for 4D Trajectory Management. The US delegation counters with a “technology-agnostic” stance, advocating for flexible standards that validate the lower-cost, hosted-payload model. This effectively pits a European “toll road” model against an American “utility service” model.

The Technical Moat: ITU Interference Rules The struggle extends to the technical compliance with ITU VHF spectrum allocations. Startical is attempting to weaponize the strict “non-interference” mandates by deploying custom phased-array antennas designed for surgical signal management. This creates a significant barrier to entry for the US “hosted payload” approach, which faces steeper engineering challenges in retrofitting off-the-shelf commercial satellites to meet these rigorous specifications without causing interference with ground stations.

Strategic Summary: A Proxy War for Data Sovereignty Ultimately, this is not merely a commercial competition but a geopolitical proxy war. Europe views Startical as a strategic imperative to prevent its oceanic airspace management from running entirely on US commercial rails (Iridium/Starlink). The US, in turn, characterizes Startical as state-subsidized market distortion designed to displace efficient private capital with government-backed monopolies.

Note: This story picks up on an earlier SatNews artcle published in July of this year.

Filed Under: News

Iridium was awarded a new infrastructure contract

December 4, 2025 by editorial

Iridium Communications holds a long-standing and strategic partnership with the U.S. Space Force (USSF), primarily centered around the Enhanced Mobile Satellite Services (EMSS) program.

Most recently, on December 2, 2025, Iridium was awarded a new infrastructure contract (SITH), further solidifying this relationship.

The newest contract award is the System Infrastructure Transformation and Hybridization (SITH) contract, announced on December 2, 2025. This is a 5-year Indefinite Delivery/Indefinite Quantity (IDIQ) agreement with a maximum value of $85.8 million.

The SITH contract is a dedicated infrastructure contract specifically purposed to fund the technological refresh and security upgrades for three key facilities: the EMSS Service Center, the Technical Support Center, and the Defense Ground Station.

The primary strategic goal of the SITH contract is to modernize the physical and digital ground infrastructure that processes secure military communications. This is a critical step to ensure the systems are ready to handle future hybrid network architectures.

The “ECS3” Contract, fully named Enhanced Mobile Satellite Services Capabilities and Security Sustainment Services, was awarded in April 2024 with an approximate value of $94 million (up to $103 million). This contract has a five-year duration, remaining valid through 2029. Its primary purpose is to sustain the USSF’s Iridium infrastructure, focusing on the daily operations, maintenance, and security sustainment of the dedicated gateway that routes Iridium traffic, which complements the infrastructure upgrade focus of the SITH program.

Unlike GEO satellites, which are fixed over the equator and have difficulty providing coverage at the extreme northern and southern latitudes, Iridium’s pole-to-pole orbit ensures 100% Earth coverage.

Polar Access

This is perhaps the most crucial capability. The USSF and other Department of Defense (DoD) users frequently require communications in the Arctic and Antarctic regions for missions, research, and logistics. Iridium is one of the few systems that can reliably deliver this service.

Low Latency Communications

Since the Iridium satellites are in LEO (about 780 km up), the time it takes for a signal to travel from a ground terminal to the satellite and back down is significantly shorter than with GEO satellites (which orbit at about 35,786 km).

Resiliency and Redundancy via Cross-Links

The Iridium satellites are unique because they use inter-satellite cross-links, meaning they can route traffic between satellites in space before sending it down to a ground station (gateway).

The U.S. Space Force relies on Iridium for specific capabilities that other providers (like GEO satellites or terrestrial networks) cannot easily match.

Filed Under: News

SmallSat Europe Opens 2026 Call for Papers as Continent Races for Space Sovereignty

December 4, 2025 by editorial

AMSTERDAM — Following a year marked by intensified calls for European autonomy in orbit, organizers of SmallSat Europe have opened the technical call for papers for their 2026 conference. The solicitation comes as the European Union and its member states aggressively ramp up defense spending and constellation development to close the gap with the United States and China.

Technical stage at SmallSat Europe 2025, spotlighting the future of small-satellite innovation.

Sovereignty and the Smallsat Pivot The call for technical abstracts arrives during a critical pivot point for the European space sector. According to recent industry analyses, including reports from McKinsey and the European Commission, Europe’s share of global launches has faced pressure from rapid innovation abroad. In response, major powers are mobilizing significant capital. Germany recently unveiled a national space strategy earmarking billions for security-focused space capabilities, while France has committed more than €4 billion specifically to space defense through 2030.

An attendee screenshots an important
slide at SmallSat Europe 2025.

This strategic shift has placed a premium on the small satellite supply chain, which offers the rapid responsiveness and distributed architecture required for modern “dual-use” defense and commercial applications. SmallSat Europe, now established as the largest dedicated small satellite event on the continent, serves as a primary exchange for the engineering and business solutions underpinning these initiatives.

Technical Tracks and Submission Deadlines The 2026 conference, scheduled for May 26-28 at the RAI Amsterdam, has expanded its technical scope to address these evolving requirements. Organizers are soliciting abstracts across a broad spectrum of disciplines, including systems design, advanced analytics, payload innovation, and ground architecture.

Engineers and researchers must submit abstracts by January 23, 2026. Selected authors will receive notification by February 20, 2026, with final technical papers due by April 30, 2026. Accepted papers will be presented during 15-minute oral sessions or poster presentations and published in the official conference proceedings.

Scaling the Ecosystem The event’s growth mirrors the sector’s expansion. The 2026 edition is projected to host more than 2,000 attendees and 180 exhibitors, a significant increase from previous years. This scale addresses a frequently cited challenge in the European market: fragmentation. By consolidating systems integrators, launch providers, and subsystem manufacturers in a single venue, the conference aims to streamline the cross-border partnerships essential for programs like the EU’s IRIS² secure connectivity constellation.

Schedule and Registration SmallSat Europe 2026 will take place from May 26 to May 28, 2026, at the RAI Amsterdam Convention Centre. Early bird registration is currently open, with the abstract submission window closing strictly on January 23.

Filed Under: Featured, News

HawkEye 360 Launches New Intelligence Product.

December 3, 2025 by editorial

HawkEye 360, a leading commercial provider of space-based Geospatial Intelligence (GEOINT), has announced the launch of its Vessel Custody ID feature, designed to significantly strengthen national security and intelligence operations.

This new capability leverages the company’s proprietary space-based Signals Intelligence (SIGINT) data to provide high-confidence, persistent tracking and identification of vessels globally.


Key Takeaways

  • Vessel Custody ID utilizes HawkEye 360’s unique SIGINT data streams.
  • The feature offers enhanced national security and maritime intelligence support.
  • The system ensures persistent and high-confidence tracking of maritime targets.

The Vessel Custody ID is expected to be a critical tool for governments and agencies tasked with monitoring illegal maritime activities, enforcing sanctions, and securing international waters. By correlating multiple SIGINT observations, HawkEye 360 can establish an unbroken chain of custody for vessels, even when they attempt to conceal their identity or location by manipulating traditional tracking systems.

HawkEye 360’s satellites detect the Radio Frequency (RF) emissions from a vessel’s other active electronic systems (like navigation radar, satellite communications, VHF radios). The Vessel Custody ID feature uses Artificial Intelligence (AI) to link these independent RF detections to a single, persistent, and highly confident tracking identifier for the vessel, regardless of its AIS status. This establishes a “chain of custody.”

This Direct Intersection with defence fulfills several key needs for the U.S. Government and its allies:

• Persistent Tracking in Contested Regions
• Deceptive Behavior Detection
• Actionable Intelligence
• Unclassified and Shareable Data

This commercial capability provides defense and intelligence communities with an unprecedented, assured SIGINT advantage in the critical maritime domain.

Filed Under: News

SmallSat Symposium 2026 Agenda Targets D2D Engineering and Edge Compute; Early Registration Opens

December 2, 2025 by editorial

Structuring the Next Decade of Commercial Space

Entering its 11th year, the SmallSat Symposium has released a 2026 agenda that signals a distinct shift from the “new space” experimental era to a phase of industrial maturity and integration. Scheduled for February 10 through February 12 at the Computer History Museum in Mountain View, California, the event has opened registration with time-sensitive early bird pricing. The 2026 program moves beyond general market optimism to address the specific engineering and regulatory bottlenecks facing high-growth sectors like Direct-to-Device (D2D) and on-orbit edge computing.

Scenes from SmallSat Symposium 2025: industry leaders, innovators, and emerging voices gather for a week of high-intensity discussion, packed sessions, and one-on-one networking that’s shaping the next wave of satellite technology

SmallSat Industry Trends

The unveiled session tracks reflect three dominant trends currently reshaping the satellite market:

  • The D2D Reality Check: While the direct-to-cell market has attracted billions in investment, the engineering challenges remain substantial. The session “Cracking the D2D Code: Engineering Solutions to Power, Doppler & Spectrum Locks” indicates a move away from broad partnership announcements to the technical realities of closing the link budget between moving satellites and standard smartphones.
  • From Downlink to Edge Compute: The agenda features multiple sessions, including “Edge of Orbit: Smallsats and the Rise of the Space Data Layer” and “Trust in Orbit: AI, Autonomy & Accountability.” This aligns with the wider industry trend of reducing latency by processing data in space—shifting value from simple data collection (Earth Observation) to actionable intelligence (AI/Analytics).
  • Regulatory Saturation: With Low Earth Orbit becoming increasingly crowded, the symposium has prioritized the “Great Spectrum Crunch” and “Space Domain Awareness.” These sessions highlight the critical transition from open skies to a contested, heavily regulated orbital environment where spectrum rights and collision avoidance are now central business risks.
2026 AGENDA

Venue and Market Context

Returning to Silicon Valley, the symposium utilizes the Computer History Museum to underscore the convergence of terrestrial tech and orbital infrastructure. Since its inception more than a decade ago, the event has served as a primary deal-making hub where technical milestones often translate into funding opportunities. The 2026 iteration continues this focus, offering specific tracks on “Navigating the Financial Frontier” to help companies adapt to a capital environment that now demands profitability over growth.

Registration and Schedule

Registration is currently open for the three-day event. Organizers have implemented early bird pricing tiers to encourage early commitment from the international delegation. The program runs from Tuesday, February 10, through Thursday, February 12, 2026.

LEARN MORE

Filed Under: Featured, News

Arianespace launches KOMPSAT-7 satellite

December 2, 2025 by editorial

On December 1st, 2025, Arianespace launched the KOMPSAT-7 (KOrea Multi-Purpose SATellite-7) satellite. The mission—VV28—used an Arianespace operated Vega C rocket, launched from Europe’s Spaceport in French Guiana.

KOMPSAT-7 was placed in Sun-Synchronous Orbit (SSO) at an altitude of 576 km., with spacecraft separation occurring 44 minutes post lift-off.

KOMPSAT-7’s mission is to provide high-resolution satellite images to address South-Korea’s governmental and institutional needs. The satellite was developed by KARI at its facility in Daejeon, South Korea.

David Cavaillolès, Chief Executive Officer of Arianespace, said, “By launching the KOMPSAT-7 satellite, set to significantly enhance South Korea’s Earth observation capabilities, Arianespace is proud to support an ambitious national space program. This mission marks the fourth satellite Arianespace has launched for the Korea Aerospace Research Institute. We thank our South Korean partners for their continued trust and look forward to further strengthening our collaboration.”

Filed Under: News

Congress desires LEO, but threats are real

December 1, 2025 by editorial

Chris Forrester — Just before the holiday the U.S. Congressional Research Service (a non-partisan research operation) released a study which addressed the potential to bridge the ‘digital divide’. There are filings with the International Telecommunication Union for some 1 million proposed non-Geosynchronous Orbit (GSO) satellites. This means multiple headaches for the regulators and existing operators.

Most recent work in the U.S. and in other developed countries have concentrated their efforts by boosting terrestrial connectivity with fibre — increasingly to the home — and ensuring that if ‘hard-wired’ telcos cannot reach the home then cellular operators can bridge the gap.

But if there’s no cellular then remote communities and business and individual users can only depend on satellite, and in the recent past there have been a handful of perfectly satisfactory suppliers in the shape of ViaSat, Iridium, Intelsat/SES, EchoStar/Hughes, Iridium and Globalstar/Apple to step into the void, albeit at a price!

Now there’s Starlink and Eutelsat’s OneWeb, and during 2026 there will be rival satellite systems from AST SpaceMobile and Amazon Leo as well as the likes of Lynk Global and by 2027 Canada’s Lightspeed to provide competition and connectivity. Then there’s potential constellations from Viasat/Space42 and Greg Wyler’s E-Space as well as those from China and Russia.  But adding tens of thousands of new orbiting satellites poses extreme risks, says a new highly detailed and comprehensive 160-page report from investment firm Summit Ridge Group (SRG).

SRG cautions that orbital space in Low Earth Orbit (LEO) is becoming increasingly crowded with communication satellites, and policy developments have simply failed to keep up. This report, prepared by the LEO Policy Working Group, seeks to provide policymakers with a forward-looking assessment of the evolving risks in space.

The study highlights three central themes that U.S. policymakers will need to address:
(1) enabling effective spectrum sharing and coexistence
(2) fostering a sustainable competitive environment in a rapidly evolving industry; and
(3) optimizing LEO connectivity’s role in closing the digital divide.

SRG’s work started some years ago and followed on from a series of Round Tables and the establishing of the LEO Satellite Forum. Over the past year, Wireless Future and ICLE brought together stakeholders with industry, public policy, academic, and regulatory expertise to explore the challenges facing the development and deployment of LEO satellites for universal connectivity.

The Forum has a distinguished panel of highly qualified members and top of their list of findings is that the current satellite-licensing system is overly slow, bespoke, and burdensome. “It could be improved by a shift to clear, uniform ex ante rules and conditions, with targeted ex post enforcement as needed. Second, the report endorses a new U.S.-led framework for satellite spectrum sharing, allowing higher power and more extensive spectrum access for LEOs in shared bands. Finally, a robust spectrum pipeline is needed to create far greater spectrum availability for both fixed satellite service (FSS) and mobile satellite service (MSS), which can be achieved through modern interference protection frameworks, coordinated sharing, and allocating more bands for satellite use.”

The report talks extensively of the threat to the existing satellite players from “foreign entities”. The report says: “In contrast to terrestrial broadband or other communications sectors where private demand has primarily set the pace,

 LEO competition has been significantly shaped from the outset by state sponsorship, subsidies, and strategic mandates. At the same time, even private commercial systems controlled by foreign interests may pose a threat to these same political economy considerations, given long-standing concerns of foreign infrastructure and its tension with national security.”

These threats do not only mean the risks from (say) Chinese or Russian interference. There are many Mid-East countries, for example, where citizens are restricted from accessing non-local websites. The report says that this means LEO cannot be understood as a textbook competitive market; it is instead a hybrid arena where “strategic statecraft and economics continually overlap […] and distorts the market away from free-market competition.”

The FCC has promised to speed up its regulatory examinations of all satellite activity, but the pressures are considerable. The SRG study reminds readers that currently the FCC’s ‘in-tray’ holds an unprecedented number of LEO constellations which have been proposed in recent years. “Across four separate regulatory proceedings, over 20 entities have sought a license to provide FSS operations to the U.S. market alone. More than half of these planned systems have either been authorized or remain pending before the FCC. More broadly, filings before the ITU now reference more than one million proposed non-geostationary satellites. While the eventual realization of these proposed systems could reduce market concentration, such an outcome remains uncertain in the foreseeable future.”

Filed Under: Featured, News

SpaceX Forges Ahead with Transporter-15

December 1, 2025 by editorial

The SpaceX Transporter-15 rideshare mission successfully launched on Friday, November 28, 2025, from Vandenberg Space Force Base in California, carrying 140 small satellites into a sun-synchronous orbit. 

The mission, the 19th dedicated smallsat rideshare flight for SpaceX, deployed a diverse manifest of 140 payloads for a global customer base, making it one of the largest small-satellite deployments ever. Payloads included: 

  • Earth Observation Satellites: 
  • Environmental Monitoring: Satellites were deployed for monitoring Earth’s water cycle and other environmental factors.
  • Scientific and Commercial Payloads: 
  • Integrators: Key payload integration providers included Exolaunch, which managed the deployment of 59 satellites, and SEOPS Space, which deployed 11 spacecraft. 

The Falcon 9 rocket lifted off at 10:44 a.m. PST (1:44 p.m. EST / 18:44 UTC) on November 28, 2025, from Space Launch Complex 4E (SLC-4E) at Vandenberg Space Force Base, California.

A flight-proven Falcon 9 first stage booster (B1071) completed its 30th flight before landing successfully on the “Of Course I Still Love You” droneship in the Pacific Ocean.

Payloads included Taiwan’s Formosat-8A, the first in a planned eight-satellite remote-sensing constellation. Planet Labs also deployed multiple Flock 4H satellites for Earth imaging.

In addition to Formosat-8A and the Planet Labs satellites, the SpaceX Transporter-15 mission carried a diverse manifest of other notable scientific and commercial payloads, including: 

  • Mauve: A commercial astronomy satellite developed by UK startup Blue Skies Space, carrying a small ultraviolet telescope to study stellar flares and young stars hosting exoplanets.
  • Varda Space Industries’ Winnebago-5 (W-5): A re-entry capsule designed to process pharmaceuticals in microgravity and return them to Earth, using a NASA-developed C-PICA thermal protection system.
  • D-Orbit’s ION Satellite Carriers: The mission deployed two Orbital Transfer Vehicles (OTVs), named Galactic Georgius and Stellar Stephanus, which carried multiple customer satellites and hosted payloads, including the Italian optical intersatellite link (OISL) mission for the European Space Agency (ESA).
  • NASA-funded CubeSats: These included the R5-S7, a technology demonstration satellite from NASA’s Johnson Space Center for rapid, low-cost technology prototyping, and the 3UCubed-A satellite, a collaboration between multiple universities to measure precipitating electrons and UV emissions in Earth’s auroral regions.
  • CTC-1: Three satellites built by Space Telecommunications Inc. to test “Spacecoin,” a communications protocol that uses blockchain technologies for secure communications.
  • Black Kite-1 (RIoT-1): An 8U satellite from Taiwan’s Rapidtek, part of a project to establish a prototype constellation for global IoT (Internet of Things) communications.
  • Umbra-11: Another synthetic aperture radar (SAR) spacecraft for Umbra, an Earth imaging company providing high-resolution radar data.
  • ESA’s WISDOM mission: Supported by ESA’s NAVISP program, this 6U satellite will demonstrate collision avoidance and safe deorbiting capabilities by separating into two smaller CubeSats in orbit. 

The successful mission underscores the efficiency and high cadence of SpaceX’s rideshare program, offering affordable and flexible access to space for numerous organizations worldwide. For further information on the mission and SpaceX’s launch services, please visit the SpaceX website.

Images via SpaceX

Filed Under: News

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