SpaceX · Republish

The Starlink operations thesis, written May 18, 2022

A May 18, 2022 MBA operations-management group project on Starlink, republished as written except for valuation lines removed under BSM editorial policy, with a November 2026 look-back on the presentation's claims.

By Brandon St-Martin · Published: 2022-05-18 · Look-back: November 2026 · As of: 2026-11-14

Disclosures

Original May 18, 2022Look-back November 2026

Summary

This is a May 18, 2022 MBA operations-management group project on Starlink, republished from the presenter notes except for valuation lines already marked [trimmed]. A November 2026 look-back reviews the presentation's claims on the constellation, coverage, pricing, speeds, authorization, and production.

Original thesis

Original May 18, 2022

The original text is left as written. Then-current facts in that text are historical observations. Forward-looking claims are predictions; they are reviewed in the look-back and in What held up or changed.

Editor's note. This was a group project for an MBA operations management course. Brandon St-Martin wrote the content and built the slides. He researched and wrote the presentation for BUS 5116 Operations Management, University of the People, on May 18, 2022, before using any AI tools. It is republished from his presenter notes, except for valuation lines removed under BSM editorial policy and marked [trimmed]. A 2026 look-back on the presentation's claims appears at the end.

STARLINK GROUP PROJECT

Brandon St-Martin

2022 MBA group project, University of the People. Content and slides by Brandon St-Martin.

BUS 5116 : Operations Management

May 18, 2022

STARLINK PRODUCTS AND SERVICES

Slide facts: Role of Operations Management; SpaceX and Starlink Origins; Starlink Mission and Scope; 28 Countries Serviced; 2,335 Satellites Launched; LEO Satellite Constellation.

The role of operations management oversees transforming resources of facilities, equipment, human capital, and process technology, into finished goods and services for public consumption (James, 2011). This project explores the inner workings of the SpaceX launch business, and also its subsidiary, Starlink, an ambitious undertaking with tens of billions of dollars in capital invested with the end game of creating a global satellite constellation of 4,400 satellites offering broadband high-speed data services to the entire world by 2024. Chris Quilty, Space Analyst for Quilty Analytics estimates SpaceX’s total launch business at $5 billion annually, while Starlink annual revenues are to surpass $30 billion within three to five years (Petrova, M. 2021).

SpaceX was founded in 2002 by Elon Musk with the goal of reducing space transportation costs to enable the colonization of Mars. SpaceX manufactures the Falcon 9 and Falcon Heavy launch vehicles, several rocket engines, Cargo Dragon, crew spacecraft, and Starlink communications satellites (Wikipedia, n. d.). SpaceX CEO, Gwynne Shotwell, acknowledged that while SpaceX is best known for its Falcon and Dragon space vehicles, the company value and focus lies elsewhere, on Starlink and Starship, the company’s next generation space transport vessel. She maintains that SpaceX will be driven by Starlink, and will go much further with Starship (Foust, 2022).

As a leading commercial aerospace company founded to provide affordable space transportation services and promote faster human colonization of Mars, SpaceX is involved in the development of a range of spaceflight products, including reusable launch space vehicles for commercial and military cargo loads, rocket propulsion engines, and reusable human transportation space vehicles, along with low-earth-orbit, high-speed broadband internet data satellites and service. SpaceX also offers various space-related services, which includes cargo resupply missions for NASA to the International Space Station. The company is also involved in the NASA’s Commercial Crew Program, a soon to be launched program that will help to carry human crews to the ISS (Wilson, n. d.).

SpaceX subsidiary Starlink is a satellite internet constellation operated by SpaceX providing satellite Internet access coverage to 28 countries on Earth presently, with ambition to extend coverage to the whole world. 2,335 Starlinks have been launched, with 2,110 still in orbit. Of those, 1,608 are in the licensed operational shells and 447 are undergoing orbit raising towards those shells as of April 2022 (Wikipedia, n. d.). Traditional satellites are the size of modern school buses, with orbits 36,000 km above the Earth’s surface. Conversely, Starlink satellites are much smaller and closer, at 550 km above the Earth. Their close proximity means less line of sight, so more units are needed to traverse similar area, in order to reduce signal latency. Starlink’s goal is to supersede 100 mbps download and 20 mbps upload speeds in 2022 (Petrova, 2021).

Market, customers, facilities

Slide facts: Global Coverage by Late 2022; 279 Million Households in Need; $599 Satellite Dish + Router Kit; $110 Monthly Unlimited Service; Up to 200 Mbps Download; Up to 50 Mbps Upload; Military Communications; Enterprise Solutions; General Consumer Market; United States Facilities.

Elon Musk shared at the 2021 Mobile World Congress symposium that Starlink was expected to offer global service, save for the poles, beginning in August of 2022, with closure of its initial beta phase rollout by October (Crist, 2022). Vice President of Starlink sales, Jonathan Hofeller, shared at the Satellite 2022 conference that enterprise demand for its services from such sectors as commercial aviation and ground transportation is beginning to explode along the consumer sector, as SpaceX manufactures around eight satellites per day at its Redmond, Washington, facility (Foust, 2022).

As of January, 2021, Starlink welcomed over 10,000 private consumers into the data broadband service. That number stands to grow exponentially, as one in five households in North America and Europe are without broadband service, with over 279 million households worldwide in possession of home computers and in need of high speed internet connectivity. [trimmed]. Still, there is ever-growing interest and burgeoning demand from corporations, NGO’s, militaries, and governments for Starlink’s global, high-speed, secure data services (Quilty Analytics, 2020).

Present Starlink satellite kits are $599 for personal consumers, with unlimited data streaming at $110/month. These kits, consisting of the Starlink dish, router, cables, power supply, and dish tripod mount, cost Starlink around $2,000 to manufacture and disseminate. However, these costs will diminish over time with economies of scale, as data service revenues exponentiate across the globe (Sheetz, 2020). Interestingly, SpaceX introduced Starlink Premium recently, with a $500 deposit on a $2,500 enhanced antenna and router, with monthly unlimited 200mpbs upload / 50 mbps download satellite broadband service for a fixed $500 per month (Sheetz, 2022). Starlink Premium also offers unlocked, unlimited service locations, for added mobility. Starlink recently unveiled a second generation enhanced, rectangular satellite dish for general consumers, both thinner and lighter, with a wi-fi only router. The new box packaging is a smaller footprint, with multiple mounting brackets, and easier setup within minutes (Reuter, 2021). Meanwhile, the FCC has approved Starlink to begin testing on five next generation user terminals with optimal uplink and downlink capabilities, increased antenna gains, and lower power consumptions, without any added emissions in radiation (Zafar, 2021).

SpaceX has customers from the private sector, military and nongovernmental entities that use the company to launch cargo into space. As SpaceX makes its money from launch services, the company is also focused on developing technology for future space exploration (Quora, ( n. d. ). The total market for Starlink alone is [trimmed], from consumers, to enterprise, to mobility applications for sea vessels and aircraft, along with military and government applications. The U.S. Air Force and the U.S. Army are beta testing applications on Starlink presently. While not quite yet ready for enterprise applications, Starlink plans to dominate the general consumer market, who demonstrate greater tolerance as early adopters of new technologies. [trimmed]. Not to be outdone, Jeff Bezos’ Amazon plans to invest over $10 billion in its proprietary satellite network, with hundreds of launches to be conducted by Bezos’ sister launch company Blue Origin (Shepardson, 2020).

In efforts to satiate global demand, Starlink has ramped up manufacturing of its user terminals at its new Austin, Texas facility, at a rate of 5,000 units per week, with newer and cheaper terminals slated for release in the fall of 2022. Long term aspirations anticipate millions of terminals being produced annually in Texas (Zafar, 2021). Moreover, SpaceX maintains four launch facilities including, Cape Canaveral Space Launch Complex (Florida), Vandenberg Air Force Base Space Launch Complex(California), Kennedy Space Center Launch Complex (Florida), and South Texas Launch Site (Texas). The company has also leased a 53,000 square-feet facility, formerly known as the Space Hub complex, at Port Canaveral, Florida (SpaceX Headquarters, n. d).

Process and layout types

Slide facts: Production Planning and Control; Digital Twin Modeling; Process Automation; IT-OT Applications; Artificial Intelligence; Machine Learning + Robotics; 3d Printing + Fabrication.

According to ABAS (n.d.) production planning and control (PPC) is defined as a work process that aims to deploy personnel, raw materials, and equipment/machinery in a way that optimizes efficiency. In laymen’s terms, PPC helps manufacturers use internal resources of people, materials, and machines more intelligently to meet customer demands. Starlink’s business model is to provide a conventional, scalable retail box housing a self-installed satellite dish and wi-fi router, coupled with a smartphone app and broadband internet service that may be deployed within minutes. This constitutes a high-volume/low-variety demand model, with long term planning and delivery horizon, with finite loading for a seemingly never-ending demand constant (James, 2011). The company goal is to anticipate just enough supply to take care of a majority of the demand, but not all. Starlink is using the proceeds driven from subscriber sales to reinvest into satellite constellation architecture, which in turn allows for more subscribers. This is a positive feedback loop that predetermines the future batching of deliverable satellite dish kits.

The organization of resources in a manufacturing facility to optimize production cost, increase quality, safety, and communication is referred to as process layout, and it is determined by the volume and diversity of the product (James, 2011). One prominent modern example of process layout is found in digital twin modeling, a term coined in 1991 by author of Mirror Worlds, David Gelenter, and later co-opted by NASA’s chief design engineers in 2010 (IBM, n. d.). Digital twin applications allow for digitized replications of real-world physical counterparts, for purposes of three dimensional (3D) rendering and simulations, for optimized decision making. Embedded machinery sensors produce copious amounts of data for mining and analysis, which yield performance trends and patterns for empowered engineering decisions (IBM, n. d.).

Similar to digital twin models, convergences of information technology (IT) and operational technology (OT) create interdependent synergies between manufacturing systems and computer systems for breakthrough advancements in big data analysis, machine learning, enterprise asset management (EAM), and enterprise resource planning (ERP) (Tripathi, Egge and Kehoe, 2020). Artificial intelligence (AI) generated manufacturing involves data mining and synthesis from digital twin models, IT-OT integrations, as well as IIoT systems, to yield insights for advancements in manufacturing design and productivity, such as 3D customized, small-batch printed product iterations for testing and real-world applications (Schume, 2020).

SpaceX and Starlink manufacturing facilities readily embrace artificial intelligence (AI) and machine learning (ML) in the design applications and production of three dimensionally printed parts, along with advanced IT-OT applications to include direct metal laser sintering (DMLS) (Production Engineering, 2019). Starlink continues to heavily invest in automation and process design architecture and validation through digital twin simulation, utilizing conventional computer-aided-design (CAD) tools such as CATIA, along with proprietary end-to-end 3D modeling systems utilized for in-house design, modeling, and printing of self-engineered parts and complex assemblies (Berg, 2019).

Process technology

Slide facts: Vertical Integration; Direct-Sourced Raw Materials; Product Cycle Times; Rapid Iterative Design; Reusability.

On the process side, SpaceX and Starlink manufacturing facilities intake raw materials on one end and produce fully functioning rocket propulsion and satellite systems out the opposite side. All facilities are vertically integrated and optimally designed for mass production. Such innovations allow for simplified manufacturing processes and reduced part counts, which result in lower production costs and fewer opportunities for system failures (Rocket, 2015). A core tenet of rapid, iterative design is emboldening engineers and project managers to move from concept to reality via 3D printing, which abbreviates sales and product cycle times (Berg, 2019). Another core tenet of the SpaceX and Starlink competitive advantage is reusability to the maximum limit permissible according to space and time. Reusable orbital class transport rockets such as Starship and Falcon, serve to drive efficiencies and economies of scale (Berg, 2019).

SpaceX has focused on both product and process innovation. The company is constantly seeking ways to reduce the cost of reaching orbit through innovative rocket designs. This can be seen in the design of their rocket engines and in their focus on creating reusable rockets (Rocket, 2015). 133 rockets successfully completed orbital launches in 2021, more than in any previous year since the launch of Sputnik by the Russians in 1962. SpaceX had a record breaking year as well, as it expanded its Starlink satellite orbital constellation via 31 Falcon 9 rocket launches, with 29 of those missions reusing previously flown Falcon 9 cores (Berger, 2022).

Product and process design

Slide facts: Production Planning Policy; Demand Forecasting; Supply Chain Strategy; Capacity Management; Manpower Planning.

Production planning policy (PPP) fosters maximally efficient, effective and economical manufacturing operations, along with integration of planning and control systems (Juneja, 2015). PPP focuses decision making as to what, when, where, how, and why to produce goods and services for public consumption. Production quantity and quality must be in alignment with demand forecasting and resource allocation of raw materials. Successful PPP provides guidance for long-term supply chain strategy, as well as medium-term capacity management and short-term manpower planning (Juneja, 2015).

An investment time horizon is the period of time one expects to hold an investment until they need the money back. Time horizons are largely dictated by investment goals and strategies. (Chen, 2019). Musk is the first person to acknowledge the risks inherent with satellite startups, that SpaceX is betting the house and bankrolling its future space exploration ambitions on the untold promise of Starlink. Musk reiterates often that SpaceX will endure a deep chasm of negative revenues over years in order to make Starlink a soluble ongoing enterprise. Quilty estimates that Starlink must onboard over one million users annually for the foreseeable future in order to arrive at the economies of scale necessary for funding future operations. (Sheetz, 2021). Nevertheless, the satellite telecommunications sector is white hot with investors and general consumers alike, with Ark Invest naming the sector one of its big investment ideas for 2021, [trimmed] (Sheetz, 2021).

Work and job design

Slide facts: Industry 4.0; Interconnected Internet of Things (IIoT); Workforce Automation; Cloud Architecture + Big Data; Continuous Improvement (CI); Manufacturing Execution Systems (MES).

Industry 4.0 represents the fourth such industrial revolution, which marks the rise of digital technology, artificial intelligence, and automation, with total integration of cyber-physical platforms towards customer-centric manufacturing and delivery of goods and services via the interconnected internet of things (IIoT) (Epicor, n. d.). The private sector is highly incentivized to lowers costs of capital under continuous improvement of quality outcomes. Digitally driven manufacturing facilities of the 2020’s operate in stark contrast to even similar operations from the preceding decade. With advancements in data analytics, AI and ML, it is not uncommon for operations to enjoy 30 to 50 percent reductions in machine downtime, with 10 to 30 percent increases in throughput and labor productivity, along with up to 85 percent gains in forecasting accuracy (Gregolinska, Khanam and Lefort, 2022).

Workforce automation and innovation continue to facilitate gains in efficiencies and economies of scale by lowering reliance upon human labor costs (GAO, 2019). A recent NTT Data and Oxford Economics (2021) survey reveals that 95% of more than 500 business information technology chiefs are practicing lean and agile workflows for revenue optimization, cost containment, and market adaptation. Customer needs and timetables are driving decisions for capital infrastructure investments, equipment maintenance, and real-time, sensor-based production monitoring. Approximately 50 percent of survey respondents are readily adopting and implementing cloud computing architecture, big data analytics, workforce automation, and machine learning (Oxford, 2021).

Continuous improvement (CI), or the Japanese concept of Kaizen, is a corporate lean philosophy of ever-higher aspirations of learned excellence through constant anticipation of situational and consumer demands (James, 2011). Starlink has openly communicated in its job boards for recruitment of engineers and project managers that the success of the company depends upon the individual’s deliverance of quality, reliability, cost containment, manufacturability, throughput, and product security (Starlink, 2022). Starlink management encourages its employees to seek opportunities for automation of existing processes, along with development, modeling, and implementation of new tools, standards, and projects involving multiple parties and teams. Starlink readily embraces manufacturing execution systems (MES) for managing quality issues by root cause analysis, containment scope assessments, and physical accounting of factory hardware (Starlink, 2022).

Inventory and capacity management

Slide facts: Supply Chain Strategy; Bullwhip Effect; Demand Forecasting; Level Capacity Planning Strategy; Queuing Theory; Vertically Integrated Conglomerate; 250,000 Global Subscribers; 700,000 Consumers In Waiting.

Supply chain strategies refer to various strategies that are applied to ensure the supply chain is working efficiently to meet the broad objectives of the organization’s project. (AIMS, 2022). As Starlink ramps up its broadband satellite data services to a global audience, it becomes impossible not to experience bullwhip effects, whereby inefficient demand forecasting leads to constricted supply of inventory and offerings to customers. (Wikipedia, 2022). Presently, Starlink services approximately 145,000 people in U.S alone; however, hundreds of thousands of individual, corporate, and government consumers have registered for satellite service, mostly on a first-come, first-served basis (PCMAG, 2022).

Starlink embraces a level capacity planning strategy of producing at constant capacity for a set duration into the future, until demand once again supersedes supply. Queuing theory justifies warrants the building of a customer waitlist for products and services in order to justify increased scale of production (James, 2011). SpaceX is very much a vertically integrated conglomeration of enterprises, utilizing economies of scale and at-cost production to drive margins for all its subsidiaries, including Starlink. Such integration affords greater competitive advantage in the satellite and launch arenas. SpaceX also routinely sources and secures its own raw materials for fabrication into parts and finished goods at one of its five facilities throughout America. As of March of this year, Starlink has surpassed 250,000 global subscribers, with over 700,000 prospective consumers, companies, and government organizations on the waitlist, as the company struggles to keep up with burgeoning demand (Foust, 2022).

Lean and agile operations

Slide facts: SpaceX CEO Gwynne Shotwell; Continuous Improvement (CI); Lean Operations; Waste Mitigation; Agile Operations; Demand-Driven Supply Chains; Front-Line Empowerment; Faster-Cheaper-Better Mantra.

Starlink utilizes continuous improvement (CI) and lean operations for constant improvement upon manufacturing of products, services or processes. (Throughput, 2021). John Krafcik first coined the term, lean production system, in his 1988 writings on workplace productivity and quality for automotive assembly plants. Today’s modern references to lean operations center around excision of any processes, materials, or personnel which do not add value to the operational endgame (James, 2011). Waste eradication by scrutinization of production quantities, timetables, and inefficiencies serve to remove defects, lower redundancies, and yield leaner outputs of higher quality and customer satisfaction. Involvement of everyone is another key tenet of lean operations, which mitigates waste of time and resources through organizational culture centering on individual empowerment and statistical process control (SPC).

Agile operations means the organization responds quickly to customer demands in order to keep the current markets and gain new ones. (James, 2021) Starlink SpaceX uses scalability type of agile operations which is the ability to quickly respond to demand changes. According to CNBS, (2020) it portrays an extraordinary raise of demand for SapaceX internet services to about 700,000 potential users in United states by 2020 , due to unexpected increased interest of customers to Starlink internet services, SpaceX responded by requesting the Federal communications commission to allow them to increase the user terminals from 1 million to 5 million, also Starlink was planning to construct an interconnected network of about12,000 small satellites and provide high speed network anywhere in the globe.

Agile operations involve nimble maneuverability and rapid execution in order to satisfy consumer demands for maintaining or growing marketshare. Agile companies gain competitive advantage through efficient precision and speed of purposely-shortened, demand-driven supply chain management. Legality is the colloquial term for combining lean and agile operational philosophies to increase efficiency through continuous improvement along with minimization of inventory steps and stores (James, 2011). Elon Musk of SpaceX and Starlink, built his fortune practicing lean and agile operations in the financial software applications space, namely with the advent of PayPal. Musk continues to lead by example, encouraging and empowering all personnel to seek improvement opportunities to move faster, cheaper, and better than competitors (Berg, 2019).

In accordance with the U.S. Air Force (USAF) operational imperative to optimize resilient basing and agile communications in hostile, contested environments, the USAF is presently testing Starlink encrypted broadband satellite constellation for the F-35 fighter program, referenced as Agile Battle Labs Communications (Arevalo, 2022). Current satellite communication systems are not sufficient for remote locations, but Starlink’s 12,000 satellites in orbit within several years promises to change the equation. Starlink satellite dishes and gateway routers mount in hard-sided cases and connect to hardline networks onboard the F-35’s travel pod, and presently clock internet speeds 30 times faster than competing satellite systems (Arevalo, 2022). Starlink further demonstrated its agile prowess recently, with instantaneous deployment of thousands of Starlink satellite terminals to war-torn regions of Ukraine amidst the onset of the Russian aggression, as a defensive and humanitarian communications platform for Ukranian citizens, combatants, and government officials (Arevalo, 2022).

Enterprise resource planning

Slide facts: Information Technology; Software-as-a-Service (SaaS); Starlink Generation Two Satellites; 42,000 Satellites Authorized + Planned; [trimmed]; 10 Billion Dollars in Starlink Funding; 120 Starlink Builds + Launches Per Month.

Enterprise resource planning (ERP) remains one of the most prominent information technology concepts in commerce over several decades. Many software-as-a-service (SaaS) companies such as SAP and Oracle develop ERP solutions for multi-billion dollar, Fortune 500 companies to mid-size companies worldwide. ERP maintains data and workflow integrations for internal customers (personnel and operations), as well as external customers (buyers and vendors), expediting processes, optimizing efficiencies, and facilitating best outcomes (Sneller, 2014).

According to CNBC, (2021) SpaceX designed Generation Two (G2) satellite systems to augment the first generation satellite constellation capacity concerns. G2 satellites are larger and heavier in design, in order to facilitate greater power, bandwith, interoperability, and expansion of existing network capabilities. Starlink’s low-earth orbit (LEO) satellites and ground base stations utilize different network technologies, effectively enmeshed with fifth generation (5G) mobile carrier cellular networks. Convergence of these technologies necessitates increasingly sophisticated, autonomous systems that can learn, predict, and govern infrastructure scaling. This is only possible via Starlink’s adoption of enterprise resource planning, encompassing AI, machine learning, automation, and data analytics (Lanner, 2021).

Jonathan Hofeller, vice president of commercial sales at Starlink, explains that Starlink satellite engineering and constellation capacity are being designed to support exponential bandwidth, for simultaneous streaming by millions of people in just one geographic location (Foust, 2022). Recently, the Federal Communications Commission (FCC) authorized SpaceX permission to launch 12,000 Starlink satellites, with pending authorizations for an additional 30,000 more units. [trimmed]. To put it all into perspective, just 12,480 satellites have been successfully launched into space since 1962, with just 4,900 of them in active orbit and operation (Mann, 2022).

Rumors abound that Starlink is slated to go public in 2022. Elon Musk has offered that the company could go public upon receipt of more consistent cash flows. CEO Gwynne Shotwell has also publicly stated that the Starlink business model could make sense as a public concern. Investment demand for SpaceX and Starlink is sky high, so to speak. [trimmed].

Thus far, SpaceX has committed $10 billion in startup costs for the Starlink broadband satellite constellation systems. Nonetheless, additional revenues from the private and public sectors will emerge by 2022, including $886 million in broadband subsidies from the Federal Communications Commission’s Rural Digital Opportunity Fund (RDOF), Phase 1 (Quilty Analytics, 2020). SpaceX is presently manufacturing and launching over 120 Starlink satellites each month, in addition to manufacturing and deploying the ground station gateways across North America.

2026 look-back

Look-back November 2026

I wrote this presentation in May 2022 and went back through the claims. Here's the scorecard: the 4,400-satellite count came true, and ahead of schedule, though "the entire world" is only partly true; coverage except the poles came partly true; the Redmond rate came true; the $599 and $110 prices came true; the 2022 speed goal missed; the 42,000-satellite authorization came partly true; Generation Two and the launch cadence came true; and the 2022 fleet and subscriber snapshot came true, then far exceeded it.

What held up or changed

Prediction Each item below reviews a forward-looking claim from the original thesis.

Constellation size by 2024: came true on the count, and only partly on "the entire world." I wrote that Starlink would field 4,400 satellites offering service to the entire world by 2024. The count landed early. By September 2023, SpaceX had launched over 5,000 Starlink satellites. Jonathan McDowell's November 13, 2026 catalog counts 13,096 launched and 11,193 in orbit. "The entire world" is only partly true. SpaceX's May 20, 2026 S-1 says the network can technically serve everywhere on Earth, including the poles, but service still depends on licensing. As of September 30, 2026, that was 174 countries or markets.

Global coverage except the poles: partly. I wrote that Musk, speaking at the 2021 Mobile World Congress, expected global service except the poles beginning in August 2022. That year is wrong. In a June 29, 2021 keynote, Musk said Starlink should be able to connect from anywhere except the poles by August — meaning August 2021. Polar service did arrive later, with a McMurdo Station test in September 2022. Worldwide availability did not arrive by late 2022. I could not confirm the beta-closure date, so I'm leaving it out.

Redmond production rate: came true. I wrote that Redmond was building about eight satellites a day. That rate held, then rose. The S-1 says the plant averaged about 70 satellites a week from December 2025 to April 2026, or about 10 a day.

Consumer and Premium pricing: came true. The $599 kit and $110 monthly service were right. In March 2022, SpaceX raised new-order hardware to $599 and monthly service to $110. Premium was a $500 deposit, $2,500 hardware, and $500 a month. I could not confirm today's U.S. prices on starlink.com, so I'm not listing them here.

Speeds: missed in 2022. I wrote that the goal was to supersede 100 Mbps download and 20 Mbps upload in 2022. U.S. medians went the other way. Ookla recorded 90.6/9.3 Mbps in the first quarter of 2022 and 62.5/7.2 Mbps in the second. Download later caught up: the S-1 reports a median of 225 Mbps during peak hours for residential users as of March 31, 2026. I could not confirm a 2026 median upload figure.

Authorization: partly. The 12,000 figure was right, and the extra 30,000 were filed, not fully granted. As Space.com reported in April 2022, the FCC had authorized 12,000 and SpaceX had filed for 30,000 more. The FCC partially granted Gen2 on December 1, 2022, and on January 9, 2026 authorized a second tranche, for 15,000 Gen2 satellites. It deferred the remaining 14,988. The full 42,000 is still not authorized.

Generation Two and launch cadence: came true. Gen2-class satellites are flying, and they are larger. Starship Flight 14 on September 28, 2026, put 26 V3 satellites in orbit. Flight 15 on November 13 deployed another 26. The S-1 says each V3 is designed for one terabit per second of downlink. In September 2023, Starlink's Jonathan Hofeller said SpaceX was launching twice a week.

Fleet and subscribers, spring 2022: came true, and then some. SpaceNews confirmed 250,000 subscribers on March 21, 2022. I wrote "28 countries"; Starlink said 32 on May 13, 2022. I could not confirm the exact April 2022 fleet counts, or a 700,000 waitlist that March. As of September 30, 2026, SpaceX reported 13.6 million consumer subscribers in 174 countries or markets, with about 11,100 satellites in orbit. That's the kind of scale I was hoping for.

I'd rather put the misses on the record.

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Corrections to the 2022 text

The original presentation is left as written, except for lines already marked [trimmed]. These footnotes flag errors in the 2022 text. They are not silent edits.

1. "28 countries." On May 13, 2022, five days before the presentation, Starlink said it was available in 32 countries.
2. "5,000 units per week" at a "new Austin, Texas facility." The 5,000-a-week figure came from CFO Bret Johnsen in September 2021. That source names no Austin plant. SpaceX's Texas terminal factory in Bastrop opened in 2023.
3. "As of January, 2021, Starlink welcomed over 10,000 private consumers." Contemporary reporting puts that figure in February 2021, not January.
4. Gwynne Shotwell titled "SpaceX CEO." In 2022 she was President and COO; Musk was CEO. The title is wrong in the slide 2 notes, the slide 9 facts, and the slide 10 notes.
5. "NASA's Commercial Crew Program, a soon to be launched program." Crew Dragon was already flying. NASA's Demo-2 launched astronauts to the ISS on May 30, 2020, two years before the presentation.
6. Premium speeds and "200mpbs." The notes say "monthly unlimited 200mpbs upload / 50 mbps download," which reverses the slide's "Up to 200 Mbps Download" and "Up to 50 Mbps Upload," and misspells Mbps. Premium was advertised at 150 to 500 Mbps download. I found no 2022 source for "Up to 50 Mbps Upload." By March 2022 the tier had been rebranded Starlink Business.
7. "Over 120 Starlink satellites each month" versus "around eight satellites per day." Those numbers come from different years. A May 2022 Wikipedia revision still described production of "approximately 120 satellites a month" in its 2020 history. The "about eight a day" figure is the presentation's then-current March 2022 rate, or roughly 240 a month, so "over 120 a month" understates mid-2022 production.
8. "12,480 satellites have been successfully launched into space since 1962, with just 4,900 of them in active orbit." The counts match the cited Space.com article, which attributes them to the European Space Agency as of January 5, 2022. The start year is wrong. Satellites have been launched since Sputnik in 1957, not 1962. Read this as "12,480 satellites launched in all of history as of January 2022, with about 4,900 still active."
9. Vandenberg "Air Force Base" and "Cape Canaveral Space Launch Complex." Vandenberg was renamed Vandenberg Space Force Base on May 14, 2021. Cape Canaveral Air Force Station was redesignated Cape Canaveral Space Force Station on December 9, 2020.
10. "$886 million in broadband subsidies … will emerge by 2022." On May 18, 2022, that money was still a tentative Rural Digital Opportunity Fund award of about $885.5 million, under FCC review and not yet paid. The FCC rejected the application in August 2022 and reaffirmed the rejection on December 12, 2023. Rounding to $886 million is fine; treating it as revenue that would arrive in 2022 is not.
11. "Cost Starlink around $2,000 to manufacture." That figure is unsupported for 2022. SpaceX had put the cost at about $3,000 at launch and about $1,300 per kit in 2021.

This material is for education and entertainment only. It is not financial advice. Opinions are our own and should be verified independently. Mentioning others' views is not an endorsement.

The author holds long-term positions in Tesla, SpaceX and Bitcoin.

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Updated Nov 14, 2026: We added a November 2026 look-back on the presentation's claims, and footnotes flagging errors in the 2022 text.