The Vandenberg launch site, designated as the Vandenberg Space Force Base, stands as a critical hub for American aerospace and defense. Located along the Pacific coast of California, this base operates under the aegis of the United States Space Force. It plays an essential role in propelling the nation’s satellite launch capabilities, and ballistic missile testing, and exemplifies a commitment to the strategic imperatives of military and civilian space missions.

The Genesis of Vandenberg Launch Base

Why do we launch from Vandenberg?

Vandenberg’s story begins with its establishment in the 1950s as a ballistic missile test range. The site’s geographic position is optimal for southward polar orbit launches—a trajectory that other U.S. sites cannot support. This distinct capability has ensconced Vandenberg launch base as a unique asset within the American aerospace domain, allowing for a wide array of polar orbits that are critical for reconnaissance, weather, and communication satellites that serve both strategic military and civilian purposes.

Evolution over Decades: Adaptability and Versatility

Throughout the ensuing decades, Vandenberg Launch Base has been the Launchpad for a multitude of significant missions. The site has evolved in parallel with advancements in aerospace technology and shifts in geopolitical exigencies. The base’s adaptability has allowed it to remain at the forefront of launch operations, embracing both government and commercial undertakings with equal proficiency. This adaptability is evidenced by its ability to support a diverse range of launch vehicles, including Titan IV, Atlas V, Delta II, and the Falcon series of SpaceX.

Accommodating a Range of Launch Vehicles

The operational capacity of Vandenberg Launch Base is marked by its ability to accommodate a multitude of launch complexes, which have been retrofitted or constructed to support different launch vehicles over time. These facilities articulate the evolving landscape of launch technologies and the progressive expansion of Vandenberg’s operational purview. The base’s launch complexes have been witness to a panoply of critical missions, including the deployment of key satellite constellations like the Iridium network, which epitomizes the synergy between strategic defense initiatives and the burgeoning domain of global telecommunications.

Missile Defense Testing and National Security

Vandenberg’s strategic importance is further augmented by its role in missile defense. It serves as a testing ground for intercontinental ballistic missiles (ICBMs) from operational silos, simulating wartime launches and providing invaluable data for the assessment and enhancement of the United States’ defensive posture. This function aligns with the broader mandate of Vandenberg Launch Base, which is to undergird national security through the robust testing and deployment of missile defense systems.

Does NASA launch from Vandenberg?

In addition to its primary military and strategic functions, Vandenberg Launch Base has burgeoned into a pivotal platform for scientific research and exploration. The base frequently hosts launches for NASA missions, including earth science studies and deep space exploration endeavors. These missions leverage Vandenberg’s location and infrastructure to place scientific instruments into specific orbits, facilitating a broad spectrum of research initiatives that range from climatological investigations to the search for extraterrestrial life.

Does SpaceX launch from Vandenberg?

The collaborative ventures between Vandenberg Launch Base and private aerospace entities underscore a shift toward a more commercially driven space launch paradigm. This public-private partnership paradigm is embodied in the launches conducted by SpaceX, which has utilized Vandenberg Launch Base for both commercial satellite deployments and resupply missions to the International Space Station. The integration of commercial launches into Vandenberg’s schedule reflects a changing aerospace sector, where governmental agencies and private companies coalesce to accelerate the pace of innovation and the commercial exploitation of space.

Launch of SpaceX’s Transporter 9 at Vandenberg Launch Base

Mission Overview:

Transporter 9 is categorized as a dedicated rideshare mission, indicating that it is specifically designed to carry multiple payloads simultaneously. The initiation of the Transporter 9 space vehicle is scheduled for the late hours of Saturday, November 11th, 2023, specifically from 11:49 PM to 12:44 AM GMT+5. The event will be broadcast live by SpaceX. The total launch cost for this mission is estimated at $52,000,000.

Mission Purpose:

The primary objective of the Transporter 9 mission is to deploy a variety of small microsatellites and nanosatellites into a sun-synchronous orbit. These payloads serve the interests of both commercial entities and government organizations.

Launch Location:

The launch site for this mission is Space Launch Complex 4E, located at Vandenberg Space Force Base (SFB) in California, USA. It’s worth noting that Vandenberg Launch Base has been the departure point for 733 rocket launches in the past.

Core Landing:

Following its twelfth flight, the rocket’s core, designated as B1071, will execute a landing back at the launch site. This landing is scheduled to take place at Landing Zone 4 (LZ-4) within Vandenberg Launch Base.

Return to Launch Site (RTLS):

A “return to launch site” (RTLS) maneuver signifies that, after the separation of rocket stages, the booster performs a maneuver, flipping and initiating a controlled burn to redirect itself toward the original launch site. Ultimately, it lands near the point of its initial liftoff.


The overseeing agency for this mission is SpaceX, a commercial aerospace manufacturer and space transport services company founded by CEO Elon Musk in 2002. The enterprise’s contributions to space technology are illustrated by its development of the Falcon and Starship launch vehicles, as well as the Dragon spacecraft, bolstering the United States’ capabilities in the domain of space exploration and commerce.

Transporter 9 at vandenberg launch base

A Future of Increasing Vandenberg Launch Diversity

Forecasts for Vandenberg’s future postulate an increasing frequency and diversity of launches. The drive towards commercial space tourism, satellite-based internet services, and the desire for increased surveillance capabilities all dictate a burgeoning demand for Vandenberg’s services. The base is poised to play an instrumental role in the United States’ space policy, which increasingly recognizes the strategic and economic importance of space.

Environmental Stewardship and Conservation

Environmental stewardship and the management of the ecological impact of launch activities are of paramount concern at Vandenberg Launch Base. The base is situated amidst a rich biodiversity, which necessitates a careful balance between operational imperatives and environmental conservation. Measures are in place to mitigate the effects of launch-related activities, ensuring the protection of local wildlife and habitats. This environmental consciousness is an integral aspect of Vandenberg Launch Base operations, reflecting a comprehensive approach to space launch that considers the broader implications of aerospace activities.


Vandenberg Launch Base is a multifaceted establishment that transcends its military heritage to embrace a future where defense, commerce, and science converge in the realm of space exploration and utilization. Its continued relevance is assured by its strategic position, versatile infrastructure, and the foresight to adapt to the rapidly evolving dynamics of space-related endeavors. The trajectory of Vandenberg Launch base growth and its role in future space missions will undoubtedly be as dynamic and expansive as the orbits it facilitates. The base stands not only as a tangible symbol of space exploration but also as a testament to the strategic foresight that predicates American aerospace ambition and acumen.