General Saltzman and the 30,000 satellites meant to save the West

Introduction: a plan to dominate orbit through 2040

A document a year in the making

On April 15, 2026, at the annual Space Symposium in Colorado Springs, Chief of Space Operations General Chance Saltzman unveiled the unclassified version of his long-awaited Objective Force, a 160-page plan charting the trajectory of the US Space Force through 2040, according to Breaking Defense. The document, paired with a companion Future Operating Environment assessment, calls for a massive expansion of the American satellite fleet and the workforce needed to run it.

The number that raced through every briefing room was 30,246 projected U.S. government satellites by 2040, up from 7,291 today — a leap that by itself captures the scale of the shift the Pentagon is planning.

The portrait of a man who must sell the future before he builds it

Understanding General Saltzman means understanding why the West chose to answer the rise of rival powers with a race to orbit rather than a retreat. His mission, as Chief of Space Operations, is to convince Congress, industry, and his own troops that a service founded in 2019 must now become the backbone of American military power.

However technical it may be, this plan carries an unmistakable political message: space superiority is no longer a secondary option but a condition of strategic survival for Western democracies facing adversaries who are not waiting around. I believe this 2040 plan is one of the few recent American military documents to say out loud what many are already thinking quietly: space is already a battlefield, and it is better to prepare for that than to discover it too late.

Chance Saltzman, the man behind the Objective Force

A career built in the shadow of space intelligence

General Chance Saltzman has served as Chief of Space Operations since November 2022, making him the second officer to lead the Space Force since its creation. His career took him through intelligence, surveillance, and space operations commands, a path that explains his ability to translate complex technical needs into budget priorities that lawmakers can actually follow.

It is this dual skill set, operational and political, that now lets him defend a document whose delayed release he himself acknowledged, originally slated for late 2025.

An admission of unapologetic perfectionism

Asked about the delay, Saltzman said plainly: "All the delay is my fault, mostly because this is a reference document, and I was a pretty demanding customer," according to Breaking Defense. That admission, rare from a senior officer, humanizes a bureaucratic process that is usually opaque.

It also reveals a simple truth: building a doctrine for the next fifteen years of space warfare is not done lightly, and a general who owns that publicly deserves to be taken seriously rather than mocked for his timeline. I appreciate a general willing to shoulder the blame for a delay alone rather than let it dissolve into the Pentagon's usual administrative anonymity.

The number that changes everything: 30,000 satellites by 2040

Growth on an industrial scale

According to projections detailed in the Objective Force, the U.S. government satellite fleet is set to grow from 7,291 units in 2025 to 30,246 in 2040 — a fourfold increase in fifteen years, according to Breaking Defense. The plan structures this growth into three distinct periods: the next five years, the following five, and the final five leading up to 2040.

This phased architecture lets the Pentagon align investments with budget cycles, notably the fiscal year 2027 funding request, which is meant to lay the groundwork for the plan's first five years.

A direct comparison with China and Russia

The document does not hide the competitive logic behind it: China, which had 1,871 satellites in 2025, is projected to reach 20,913 by 2040, while Russia would go from 407 to just 1,488 over the same period. These trajectories suggest the gap between Washington and Beijing could hold, provided the United States delivers on its growth commitments.

This numerical picture illustrates a simple strategic reality: tomorrow's orbital superiority will not be won with a single spectacular launch, but through the industrial capacity to sustain a steady production pace over fifteen years. These raw numbers, laid side by side, tell me something reassuring: the West still holds a lead it must not squander through overconfidence.

Thousands more Guardians demanded

A current workforce judged insufficient

The Space Force today counts roughly 15,094 members, including 10,198 military personnel — a workforce that General Saltzman considers clearly insufficient to absorb the new missions envisioned by the Objective Force. The plan calls for doubling total personnel over the next decade.

Saltzman was explicit about this requirement: "The Objective Force we're projecting calls for more Guardians — officers, enlisted, and civilians — necessary to accomplish the new missions and operational tempo demanded of the Space Force," he said, according to Breaking Defense.

Growth that goes beyond simple recruitment

The general stressed that adding personnel alone will not be enough: "To meet mission requirements in the future threat environment, the Space Force must grow significantly over the next five to ten years: thousands more Guardians in our end strength, and just as importantly, the infrastructure, the bases, the training structure to support that growth," he added.

This dual requirement, human and infrastructural, illustrates the complexity of a buildup that cannot be limited to hiring more people without simultaneously building the physical foundations able to support them. Recruiting thousands of Guardians without building the infrastructure to match would, in my view, be a hollow victory masking a very real operational gap.

Orbital warfare, an emerging and openly acknowledged mission

A deterrence doctrine without needless escalation

The Objective Force specifies that by 2040, the Space Force must move beyond today's attrition-based methods toward a "mature combat approach centered on campaigning, maneuver, and reconstitution that preserves strategic advantage without provoking unnecessary escalation," according to the document cited by Breaking Defense. This language seeks a delicate balance between firmness and strategic restraint.

The plan explicitly acknowledges that when defensive measures protecting the satellite fleet prove insufficient, the service must integrate offensive and defensive counter-space capabilities, in direct support of joint forces.

Classified details that hint at the scale

The precise requirement projections for orbital warfare and electronic warfare appear only in the classified version of the document, but Saltzman confirmed the service wants new equipment for both missions. He added: "We're going to need new capabilities working very closely with US Space Command, because they broadly own the warfighting mission as a whole."

This coordination between services illustrates the maturing of an American space doctrine that no longer treats orbit as mere logistical support, but as a theater of operations in its own right. That the American military is already planning orbital maneuver rather than passive protection alone strikes me as a welcome sign of strategic maturity against rivals who show no such restraint.

GPS III-8, the final piece of a strengthened constellation

A successful launch that closes a chapter

On April 21, 2026, the Space Force successfully delivered the GPS III-8 satellite to orbit from Cape Canaveral, completing the active constellation of 32 GPS satellites, according to an official statement from the Department of War. This launch closes out deployment of the GPS III generation, said to be three times more accurate and eight times more jam-resistant than the previous constellation.

Colonel Ryan Hiserote highlighted the speed of execution: "Collective efforts across the Space Force, and our close collaboration with SpaceX, allowed us to adjust the manifest in under seven weeks, a remarkable achievement compared to traditional timelines."

Future technologies already on board

The GPS III-8 satellite also served as a testbed for several innovations, including a laser inter-satellite communication demonstration, a new space-qualified atomic clock, and the first use of a 3D-printed omnidirectional antenna, cutting production costs by nearly 60%. Colonel Stephen A. Hobbs said these laser tests "allow us to evaluate next-generation capabilities that can strengthen the resilience and responsiveness of our space systems."

These technical advances, understated but concrete, show that the modernization of the American military GPS system is moving forward in parallel with the broader 2040 plan, without waiting for the doctrine to be fully settled before delivering results. Seeing a 3D-printed antenna fly on a military satellite today convinces me that modernization is not just conference talk, but a project already well underway.

Toward a fourth-generation GPS

The NM-4 constellation in the works

Beyond GPS III-8, the Objective Force calls for building a new constellation dubbed NM-4, a lower-cost, simplified-design satellite meant to accompany the long-lived GPS-IIIF satellites. The document states the service will then develop the architecture of a resilient fourth-generation system for delivery by 2040.

The timeline calls for building and launching the first NM-4 satellites as early as 2035, a deadline that leaves little margin for error on such an ambitious program.

A demanding operational availability target

The plan sets a clear goal: ensuring that at least 88% of the positioning, navigation, and timing constellation remains operationally available more than 98% of the time, despite jamming and spoofing carried out by adversaries. This requirement reflects an acute awareness of the military GPS system's vulnerability to modern electronic warfare.

Such a level of resilience, if achieved, would give Western and allied forces a decisive edge in an environment where navigational precision can mean the difference between operational victory and failure. Setting such a precise numerical target, rather than a vague promise of resilience, strikes me as exactly the kind of rigor today's space competition demands.

The space data network, a military internet in orbit

The Space Data Network as backbone

Among the most ambitious projects is the Space Data Network, described in the plan as a true space-based internet linking military and commercial communications satellites across every orbit. This network is meant to serve as a "backbone" for data transport in low Earth orbit, infrastructure judged essential for coordinating future forces.

The system is designed to include a family of solutions capable of supporting both legacy narrowband users and new broadband needs, a technical flexibility that reflects the growing diversity of military uses of space.

Missile defense ramping up

The plan also addresses the modernization of missile defense, with a layered approach to warning and tracking systems. The document nonetheless admits a degree of uncertainty: "the specific requirements needed to accomplish fire control remain uncertain. If the Space Force builds space-based interceptors or supports their employment, it should undertake a focused study on the specifications required to do so."

This honesty about the program's gray areas, rather than a promise of total technological certainty, paradoxically strengthens the credibility of the whole document. I like that this plan openly admits its own blind spots rather than selling a technological certainty that does not yet exist.

A modernization drive that did not start yesterday

A history of accelerated launches

The System Delta 80's ability to execute launches on a fast timeline builds on earlier missions dating back to December 2024, with the launch of the GPS III-10 mission, followed by two additional accelerated GPS III satellite launches. This operational continuity shows that the Space Force has steadily built up expertise in responsiveness.

Colonel Hiserote noted that "the government acquisition strategy and industry collaboration that led to a common integration standard for GPS III satellites have proven, time and again, to be a strategic foresight that strengthens our launch flexibility."

SpaceX's central role in this acceleration

Close collaboration with SpaceX made it possible to adjust launch manifests in record time, an industrial agility that contrasts with the traditional delays often associated with military space programs. This growing reliance on the American private sector illustrates a deep transformation in the Pentagon's acquisition model.

This alliance between the public military sector and private-sector innovation remains, for many observers, one of America's greatest assets in the space race against more rigid state-run systems. This synergy between the Pentagon and private industry remains, I believe, the structural advantage that is hardest for rivals leaning on slower bureaucracies to replicate.

What the plan doesn't say yet

Areas deliberately left vague

Despite its scope, the Objective Force does not specify an exact target number of Guardians for 2040, settling instead for a goal of doubling over ten years. This vagueness, far from trivial, raises concern that actual needs may exceed what has been made public.

Likewise, the Future Operating Environment accompanying the plan explicitly states that it is not an intelligence assessment and does not describe specific threat systems or defined military solutions, which limits the document's immediate concrete scope for the general public.

A conceptual document before it is an operational one

The plan describes itself as "a conceptual vision of a future in which our space superiority efforts must contend with new technologies, new threats, new missions, and new ways of waging war," according to Breaking Defense. This semantic caution reflects a desire not to prematurely lock in technological choices that remain uncertain.

This transparency about the document's limits paradoxically strengthens the credibility of the entire effort led by General Saltzman and his team. A plan that admits it does not yet know everything strikes me as more honest, and therefore more trustworthy, than a doctrine claiming to have all the answers fifteen years in advance.

The budget backdrop of a colossal ambition

Funding tied to fiscal year 2027

The plan's first five-year installment aligns with the fiscal year 2027 funding request, a timing that gives Congress immediate budget visibility into the Pentagon's space intentions. This step-by-step budgetary approach avoids a single, risky financial commitment spanning fifteen years.

Still, the plan's next two installments, running through 2040, will depend on future budget decisions made by administrations and a Congress that do not yet exist — a political uncertainty the document cannot neutralize through technical ambition alone.

A bet on American political continuity

The success of the Objective Force assumes continuity of strategic priorities across multiple American election cycles, a bet that is never guaranteed in a democracy where administrations change and sometimes radically redefine their defense priorities.

This inherent political fragility in any fifteen-year plan is arguably the main structural risk weighing on the actual delivery of the 30,000 satellites promised by 2040. The biggest risk to this plan may not be technological but political: that a future administration decides space can wait.

Why this plan matters for the West

A direct response to the rise of rival powers

Facing a China that keeps multiplying its launches and a Russia that continues developing anti-satellite capabilities, the Objective Force stands as the most structured response to date from the leading Western military power to preserve its orbital lead. It is no accident that the document places such heavy emphasis on numerical comparison with these two strategic rivals.

In a world where space superiority increasingly shapes military superiority on land, in the air, and at sea, investing massively in orbit amounts to investing in the entire Western defense apparatus. I see in this space race the logical and necessary continuation of Western deterrence, transposed into a domain our rivals already take very seriously.

The price of staying ahead

Doubling the Space Force's workforce and quadrupling its satellite fleet in fifteen years represents a considerable budgetary and human effort, but the alternative — a gradual decline against rivals with fewer scruples about international rules — appears far costlier in the long run for Western collective security.

General Saltzman's bet is simple: better to pay the price of preparation today than the price of vulnerability tomorrow. I think this costly but openly embraced choice is precisely the kind of strategic decision the West has sometimes taken too long to make in the past.

The Western industrial response to the space race

A supplier base that crosses national borders

Beyond SpaceX, the Objective Force relies on a broad industrial ecosystem, blending established prime contractors with young companies specializing in small satellites, sensors, and reusable launch systems. This industrial diversity is an asset that neither China nor Russia can easily replicate, lacking as dynamic a private sector.

The Pentagon is explicitly betting on this plurality of suppliers to avoid dependence on a single player, a lesson drawn from past difficulties tied to production delays concentrated at a single manufacturer.

Western allies brought into the effort

The plan also raises the integration of allied and commercial satellites into the future positioning and navigation architecture, a way to broaden the program's industrial and political base beyond American borders alone. This cooperative approach strengthens NATO's cohesion in the space domain, a sector long left out of major alliance discussions.

Bringing European and Indo-Pacific partners into this orbital buildup could turn what began as a national project into a genuine collective Western shield, provided technical and political coordination follows through. I believe the real strength of this plan would lie in its ability to become an allied project rather than a solitary American undertaking.

Lessons drawn from recent conflicts

Ukraine as a laboratory for modern space warfare

The war waged by Russia against Ukraine has demonstrated, in the eyes of many Western strategists, the crucial importance of commercial and military satellite communications for conducting modern operations. The disruptions and jamming attempts suffered by navigation systems in that conflict zone directly shaped the resilience requirements written into the Objective Force.

These lessons partly explain why the plan places so much emphasis on resistance to jamming and spoofing, rather than simply multiplying satellite numbers — a costly lesson learned on a real battlefield rather than in a simulation exercise.

A vigilance that must not waver

Western defense experts routinely warn that today's technological superiority guarantees nothing for tomorrow, as advances in electronic warfare and anti-satellite systems progress rapidly among the West's strategic adversaries. This race has no definitive finish line.

It is precisely this absence of respite that justifies, in the eyes of its proponents, the scope and cost of the plan carried by General Saltzman, in an environment where every year of delay could carry a steep price on a future battlefield. The war in Ukraine has convinced me that neglecting space resilience means neglecting the backbone of any modern military, allied or adversarial.

Conclusion: a fifteen-year bet to keep the edge

A generational undertaking rather than a simple program

The Objective Force unveiled by General Chance Saltzman goes far beyond the scope of a conventional weapons program: it is an attempt to rethink, across an entire generation, how the West occupies and defends space. Whether this ambition succeeds or fails will be measured well beyond the tenure of its current champion.

Between the 30,000 satellites promised, the thousands of Guardians to recruit and train, and an orbital warfare doctrine still under construction, the road to 2040 looks long and strewn with budgetary and political obstacles.

One man, one plan, one collective bet

The profile of General Saltzman ultimately is one of an officer who chose transparency over rhetorical overreach, preferring to acknowledge the uncertainties in his own plan rather than promise absolute, immediate space dominance.

It remains to be seen whether Congress, industry, and future administrations will share that same discipline over time, because no plan, however solid on paper, survives without steady funding and political will — and that will cannot be decreed in advance.

By Maxime Marquette, columnist

Columnist's transparency note

Who I am and my acknowledged biases

I am a columnist for mad-m.ca, openly pro-West and pro-defense: I believe Western military and technological superiority must be preserved against China, Russia, Iran, and North Korea. This conviction shapes my favorable outlook on military modernization programs like the one described here.

I have no professional ties to the Space Force, the Department of War, SpaceX, or Kongsberg. My analysis relies exclusively on public documents and official statements cited in this article.

What I don't know, and my method

I cannot verify the classified contents of the Objective Force, nor can I precisely assess the technical feasibility of every component of this fifteen-year plan. My role is to analyze what has been made public, not to speculate about what remains secret.

My method consists of cross-referencing official statements, published figures, and specialized defense press analysis, consistently flagging uncertainties rather than hiding them behind manufactured enthusiasm.

Sources

Primary sources

Space Force 2040: 30,000 satellites, 'thousands' more Guardians — Breaking Defense, April 15, 2026

Space Force Delivers Final GPS III Satellite to Orbit — Department of War, April 22, 2026

Space Force GPS III-9 satellite — ExecutiveGov

Secondary sources

US Space Force clears design milestone, advances missile warning constellation — Defense News, March 10, 2026

SpaceX, Space Force missile defense satellite — Teslarati

Space Force switches ULA to SpaceX rocket for GPS launch — Air & Space Forces Magazine