The Wallops Flight Facility (WFF) is a NASA-owned and operated spaceport dedicated to enabling low-cost, quick-response space and aeronautical research. Located on the eastern shore of Virginia near Chincoteague Island, Wallops has served as a cornerstone of suborbital research and development since its establishment in 1945.
The facility plays a critical role in advancing NASA's mission of exploring space and understanding Earth through its diverse range of launches, scientific investigations, and educational outreach programs. Wallops supports the launch of sounding rockets, high-altitude balloons, small satellites, and other experimental payloads that provide valuable data for Earth science, heliophysics, atmospheric research, and technology demonstration missions.
Wallops is a field center of NASA's Goddard Space Flight Center (GSFC), and it functions in close coordination with Goddard’s science and engineering teams. Through this partnership, Wallops provides essential launch range services and ground support for many of NASA’s Earth observation missions and satellite operations, including satellite calibration and mission control support.
The Wallops Flight Facility encompasses three main properties: the Main Base, the Mainland, and the Wallops Island Launch Site. The Main Base is located on Virginia’s Eastern Shore, 5 miles west of Chincoteague and about 90 miles north of Norfolk. The Mainland and Wallops Island Launch Site are situated approximately 7 miles southeast of the Main Base. Together, these areas support launch operations, research laboratories, tracking and telemetry stations, and support infrastructure critical to NASA and commercial partners.
The Wallops Flight Facility Main Base serves as the hub for numerous key functions and activities supporting the Range. It houses the Research Airport, Range Control Center (RCC), Telecommunications Center, administrative offices, engineering support, technical service shops, rocket inspection and storage areas, telemetry facility, and the Balloon Program. Additionally, the NOAA Wallops Command and Data Acquisition Station is located at the Main Base.
The Mainland site, a strip of land situated west of Wallops Island, is home to radar systems, including S-band Radar, as well as optical, communications, and command transmitter facilities. It also hosts the Wallops Geophysical Observatory (WGO), which includes the Atmospheric Sciences Research Facility (ASRF).
Wallops Flight Facility Main Base NASA Photo
Wallops Mainland Base at Arbuckle Neck NASA Photo
The Wallops Island Launch Site, named after 17th-century surveyor John Wallop, is a six-mile-long barrier island, half a mile wide at its broadest point, located two miles off the coast of Virginia and approximately seven miles southeast of the Main Base. Accessible via a causeway and bridge that span the two miles of marsh and the Intercoastal Waterway separating it from the mainland, Wallops Island hosts a variety of critical facilities. These include launch sites, horizontal integration facilities, assembly shops, blockhouses, dynamic balancing facilities, rocket storage buildings, autonomous flight facilities, and other essential infrastructure. The site also serves as a center for training and developing Navy support personnel, particularly for the Navy's AEGIS Command.
Wallops supports NASA Centers with a strong emphasis on science and technology through several mission elements:
Suborbital Flight Projects: Managing NASA’s sounding rocket, balloon, and airborne science programs, Wallops integrates innovative technologies such as ultra-long-duration balloons.
Small and Medium-Class Orbital Missions: Wallops provides technical support and management for small and medium-class spacecraft carriers.
Mission Operations: Offering fixed and mobile launch ranges and a research airport, Wallops supports a wide variety of missions, including rocket, balloon, and aerial vehicle flights, and satellite tracking. It serves NASA, the Department of Defense (DoD), commercial organizations, and academic institutions.
Science and Technology: Wallops scientists research global climate change, and engineers develop technologies to improve flight capabilities and reduce space access costs.
Educational Outreach: Partnerships with industry and academia promote educational programs that inspire future engineers and scientists.
The Mid-Atlantic Regional Spaceport (MARS), operated by the Virginia Commercial Space Flight Authority (VCSFA) under joint governance by Maryland and Virginia, functions as the commercial spaceport on Wallops Island. MARS markets its services as a "one-stop shop" for low-cost, safe, reliable, and user-friendly space launch facilities for commercial, government, and scientific users worldwide. Through agreements between VCSFA and NASA, MARS acts as a broker for NASA-supplied range services via Space Act Agreements or contracts, providing multiple pathways for integrated Wallops range services. More information about MARS facilities and services can be found at https://www.vaspace.org/.
United States Navy (USN): The Surface Combat Systems Center (SCSC) at Wallops replicates fleet ships for training and technology validation. The Naval Air Warfare Center Aircraft Division (NAWCAD) from Patuxent River, Maryland, utilizes Wallops for aircraft development testing. Facilities include housing for personnel and a Navy Exchange.
United States Coast Guard (USCG): Station Chincoteague supports search and rescue operations, with helicopters and other aircraft using the Wallops airport as a base. The USCG also maintains housing on the Main Base.
National Oceanic and Atmospheric Administration (NOAA): Operates a field site of the National Environmental Satellite, Data, and Information Service (NESDIS), which produces multidimensional imagery from NOAA satellites.
Marine Science Consortium (MSC): Established at Wallops in 1971, the MSC is a nonprofit organization promoting marine science education and research. Sixteen member institutions collaborate to offer courses and provide laboratory facilities for students.
With its rich history of innovation and collaboration, Wallops continues to serve as a hub for cutting-edge science, technology, and education.
This 2016 NASA image of Wallops Island shows the Horizontal Integration Facility (HIF) in the upper left, identifiable by the American flag on its door. Pad 0A is visible with an Antares rocket prepared for launch, while Pad 0B appears in the lower right. At the time the photo was taken, construction of Rocket Lab's LC-2 and the Neutron Pad had not yet begun. Additionally, Building Z41 was still standing, and the breakwaters and erosion control measures had not yet been implemented.