Table of Contents

Key Dates and Missions

Launch Date	Mission	Details
November 15, 2023	Starship SN20	First orbital test flight of the Starship
December 22, 2023	Falcon 9	CRS-27 mission to the International Space Station
January 10, 2024	Falcon Heavy	ViaSat-3 Americas satellite launch
February 1, 2024	Falcon 9	Starlink Group 5 launch
March 15, 2024	Falcon 9	Inmarsat-6 F1 satellite launch
April 5, 2024	Starship SN22	Second orbital test flight of the Starship

Upcoming Launches

SpaceX has a busy launch schedule planned for the coming months. The following table lists upcoming launches:*

Launch Date	Mission	Details
March 21, 2023	Falcon 9	Starlink Group 6 launch
April 15, 2023	Falcon Heavy	USSF-67 mission for the US Space Force
May 5, 2023	Falcon 9	CRS-28 mission to the International Space Station
June 15, 2023	Falcon 9	Starlink Group 7 launch
July 10, 2023	Falcon Heavy	ViaSat-3 EMEA satellite launch
August 1, 2023	Falcon 9	Starlink Group 8 launch

Frequently Asked Questions (FAQs)

Q: What is SpaceX’s launch schedule like?
A: SpaceX typically launches several missions per month, using its Falcon 9, Falcon Heavy, and Starship rockets. The specific launch schedule varies depending on the availability of the rockets, payloads, and launch sites.

Q: How can I track SpaceX launches?
A: You can track SpaceX launches in real-time using the company’s website, its Twitter account, or third-party websites like Spaceflight Now.

Q: What is the cost of a SpaceX launch?
A: The cost of a SpaceX launch varies depending on the type of rocket and payload. A Falcon 9 launch typically costs around $60 million, while a Falcon Heavy launch costs around $90 million.

Q: What is the reliability of SpaceX launches?
A: SpaceX has a high rate of launch success. The Falcon 9 rocket has a success rate of over 99%, while the Falcon Heavy rocket has a success rate of over 100%.

Q: What are SpaceX’s future plans?
A: SpaceX has several ambitious plans for the future, including the development of the Starship, a fully reusable spacecraft designed for missions to the Moon, Mars, and beyond. The company also plans to build a network of Starlink satellites to provide global internet access.

Conclusion

SpaceX is a leading provider of launch services for commercial, government, and scientific missions. The company has a history of successful launches and is constantly innovating new technologies. With its ambitious plans for the future, SpaceX is poised to play a major role in the exploration and development of space.

United States Space Force Missions

The United States Space Force (USSF) conducts a wide range of missions to ensure the security and stability of the space domain:

Space Superiority: Asserts dominance in space, including satellite and missile defense, space control, and space situational awareness.
Space Warfighting: Provides forces for offensive and defensive operations in space, including electronic warfare, cyber warfare, and directed energy weapons.
Space Domain Awareness: Monitors and tracks activity in the space environment to detect threats and provide early warning.
Space Power and Infrastructure: Provides reliable power, communications, and other infrastructure necessary for USSF operations.
Space Security: Protects satellites, communications, and other space assets from threats such as cyber attacks, electronic interference, and physical damage.
Space Force Integration: Integrates space capabilities into the joint force, collaborating with other military branches and international partners.

Space Launch from Vandenberg

Vandenberg Space Force Base in California is a primary launch site for the United States Space Force. It has been used for launch vehicles such as the Atlas V, Delta II, Delta IV Heavy, and Falcon 9, carrying satellites and payloads for scientific research, military missions, and commercial space exploration.

Vandenberg’s location on the Pacific Coast allows for easterly launch trajectories, offering increased payload capacity and launch efficiency. The base’s close proximity to the military infrastructure at Vandenberg Air Force Base provides additional advantages for secure launch operations.

Recent notable launches from Vandenberg include the Orbiting Carbon Observatory-2 satellite, the GOES-R weather satellite, and the National Reconnaissance Office’s NROL-44 reconnaissance satellite. Launches from Vandenberg continue to play a crucial role in advancing space exploration and providing essential services for national security, environmental monitoring, and communication.

National Security Space Launch Contracts

The National Security Space Launch (NSSL) program awards contracts to commercial launch providers to support critical national security satellite launches. The contracts are designed to ensure access to reliable, affordable, and resilient launch services for the U.S. government.

Purpose:

To provide responsive and cost-effective launch capabilities for national security missions
To foster innovation and competition within the commercial launch industry

Key Features:

Multiple awards to different launch providers
Contracts cover launch services, including launch vehicles, payload integration, and mission support
Performance-based payments linked to successful mission outcomes

Benefits:

Reduces dependency on government-owned launch vehicles
Promotes competition and drives down launch costs
Supports the development of a robust and sustainable commercial launch industry

United Launch Alliance Rockets

United Launch Alliance (ULA) is an American joint venture between Boeing Defense, Space & Security and Lockheed Martin Space. ULA is the primary launch service provider for the United States government and its allies and has launched over 150 missions since its founding in 2006.

Atlas V Rocket

Two-stage, expendable launch vehicle
Variants for various payload capacities
Used to launch satellites, interplanetary probes, and other payloads
Features a Centaur upper stage for additional performance

Delta IV Rocket

Three-stage, expendable launch vehicle
Higher payload capacity than Atlas V
Used to launch military satellites, interplanetary probes, and other large payloads
Features a cryogenic upper stage for extended duration burns

Vulcan Centaur Rocket

Two-stage, reusable launch vehicle
Under development with first launch scheduled for 2023
Designed to reduce launch costs and increase reliability
Features a reusable first stage and a Centaur upper stage

Space Systems Command Headquarters

The Space Systems Command (SSC) Headquarters is responsible for developing, acquiring, and fielding space systems to meet the needs of the United States military. SSC is headquartered at Los Angeles Air Force Base, California, and has a workforce of over 20,000 employees.

SSC is organized into three major directorates:

The Space and Missile Systems Center (SMC) is responsible for the development and acquisition of space and missile systems.
The Air Force Space Command (AFSPC) is responsible for the operation and maintenance of space systems.
The Space Development Agency (SDA) is responsible for the development and acquisition of new space technologies.

SpaceX Rocket Landings

SpaceX has revolutionized rocket landings with its pioneering efforts to recover and reuse rockets. Unlike traditional rockets that are discarded after launch, SpaceX’s Falcon 9 and Falcon Heavy rockets are designed to return to Earth through controlled landings.

Vertical Landing (Falcon 9)

The Falcon 9 rocket’s first stage performs a vertical landing shortly after separating from the upper stage. The rocket uses grid fins for aerodynamic stability and has a powerful landing engine that provides precise control during descent. The rocket touches down on a floating platform called the "Of Course I Still Love You" or "Just Read the Instructions."

Side Landing (Falcon Heavy)

The larger Falcon Heavy rocket has three cores, with the two side cores performing side landings. The process involves steering the cores toward separate landing pads, where they land horizontally on legs that deploy after reentry. The center core, which is taller than the side cores, does not typically land.

Benefits of Reusable Rockets

Reusable rockets significantly reduce launch costs. By recovering and reflying rockets, SpaceX can avoid the expensive process of building new ones for each mission. This cost-saving method has enabled SpaceX to make spaceflight more accessible and affordable.

United States Space Force Budget

In March 2023, the United States Space Force released its proposed budget request for fiscal year 2024, totaling $24.5 billion. This marks a 12% increase over the previous year’s budget of $21.8 billion. The budget allocation focuses on enhancing foundational capabilities, developing new technologies, and building a resilient and responsive space force. Key areas of investment include:

Space superiority and domain awareness: Enhancing capabilities to monitor, track, and defend against threats in space, including offensive and defensive cyber operations.
Intelligence, surveillance, and reconnaissance (ISR): Increasing space-based ISR capabilities to provide timely and accurate information to decision-makers.
Launch and ground systems: Modernizing launch facilities and ground systems to improve reliability and efficiency.
Space domain awareness: Expanding capabilities to monitor and track objects in space, identifying potential threats.
Personnel and training: Investing in recruiting, training, and retaining a highly skilled workforce.

The Space Force aims to strengthen its role in national defense and ensure the United States maintains its dominance in the space domain through these budget allocations.

Space Launch from Florida

Florida is a significant hub for space exploration, with numerous launch facilities located along its coast. Among the most notable is the Kennedy Space Center, home to the historic Apollo missions to the moon. Today, the center continues to be a critical launchpad for NASA’s manned space missions, including the Space Launch System (SLS).

Other launch facilities in Florida include Cape Canaveral Space Force Station and the SpaceX Starbase in Boca Chica. These sites support a variety of commercial and government space missions, ranging from satellite deployments to astronaut-crewed launches. The abundance of launch facilities and the favorable weather conditions make Florida an ideal location for space exploration and advancement.

National Security Space Launch Schedule

The National Security Space Launch program is responsible for conducting national security space launches for the United States. The schedule for these launches is classified for security reasons, but the Air Force Space Command releases a quarterly unclassified launch schedule that lists the planned national security space launches for the next three months.

United Launch Alliance Launch History

United Launch Alliance (ULA) is a joint venture between Lockheed Martin and Boeing. ULA was formed in 2006 to provide launch services for the United States government. Since its inception, ULA has launched over 160 missions with a 100% success rate.

ULA’s launch history includes a variety of missions, including:

Launching satellites for the Department of Defense
Launching satellites for NASA
Launching commercial satellites
Launching interplanetary probes

ULA’s most recent launch was on January 19, 2023, when it launched a Delta IV Heavy rocket carrying the NROL-91 satellite for the National Reconnaissance Office.

ULA is a major provider of launch services for the United States government and commercial customers. ULA’s launch history demonstrates its reliability and success in providing access to space.

Space Systems Command Responsibilities

The Space Systems Command is responsible for the following:

Delivering space warfighting capabilities that enhance joint all-domain command and control, battlespace awareness, and integrated fires.
Providing space capabilities to the joint force to enhance global situational awareness, communications, navigation, missile warning, and other critical missions.
Organizing, training, and equipping Space Force personnel to operate and maintain space systems and capabilities.
Conducting research, development, and acquisition of space systems and capabilities.
Developing and implementing space policies and strategies.
Representing the Space Force in joint and international space activities.