Los Alamos and Surrey Satellite contract for Cibola flight experiment platform

Contact: Nancy Ambrosiano, nwa@lanl.gov, (505) 667-0471 (04-015)

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LOS ALAMOS, N.M., March 10, 2004 -- Los Alamos National Laboratory and Surrey Satellite Technology Limited (SSTL) announced today a contract agreement for development of an advanced satellite platform for ionospheric and lightning studies.

The British firm, SSTL, will create the satellite platform that will be used to carry the Cibola Flight Experiment payload developed by Los Alamos. The contract with SSTL is valued at $11.8 million.

Los Alamos, operated by the University of California for the U.S. National Nuclear Security Administration, is building the Cibola Flight Experiment (CFE), a reconfigurable processor payload intended for a low-Earth orbit system. It will survey portions of the VHF and UHF radio spectra. The experiment uses networks of reprogrammable, field programmable gate arrays (FPGAs) to process the received signals for ionospheric and lightning studies. The objective is to detect and measure impulsive events that occur in a complex background.

The experiment also will validate the on-orbit use of commercial, reconfigurable FPGA technology demonstrating several different schemes for the mitigation and correction of "single-event upsets" that would crash most current computer systems.

The U.S. Department of Defense Space Test Program (STP) is including the Cibola Flight Experiment satellite as part of the STP-1 space flight mission. The STP-1 mission goal is to provide space-flight opportunity for a maximum number of DoD Space Experiments Review Board payloads on a single launch. The DoD Space Test Program is responsible for the integration of seven satellites into a single payload stack and launch of the STP-1 mission . The STP-1 mission is scheduled for launch in 2006 on a medium-class Lockheed-Martin Atlas-V, a U.S. Air Force Evolved Expendable Launch Vehicle (EELV), using the EELV's Secondary Payload Adapter that allows small satellites to be launched as "piggyback" passengers with larger spacecraft.

Timothy Murphy, head of research and development during the selection process in the International, Space and Technology Division at Los Alamos, said "It will be essential that our payload's partners can meet our schedule with a flight-proven satellite platform that we are confident will be flight-ready in time for the EELV launch."

Commenting on the contract award, SSTL's Chief Executive Officer, Sir Martin Sweeting said, "The award of this contract is great news for SSTL. SSTL has already supplied satellite platforms to the U.S. government, most notably PicoSat for the U.S. Air Force. Three of SSTL's flight-proven satellite platforms are in NASA's Rapid II catalogue and the award of this contract maintains SSTL as the leading non- U.S. supplier of microsatellites in the very important U.S. marketplace. We shall work hard to ensure the project is a resounding success."

SSTL's satellite platform is based upon its proven microsatellite bus that has now flown 23 times. In September 2003, three satellites of SSTL's disaster monitoring constellation (DMC) were launched and commissioning of all three satellites is proceeding to plan. The Cibola platform draws heavily on the engineering performed on the DMC satellites and also on the TopSat mission due for launch late in 2004. DMC and TopSat were two of the three missions funded by the British National Space Centre's initiative for small satellites known as MOSAIC.

One of the electronic boards from the Cibola Flight Experiment. The British firm, SSTL, will create the satellite platform that will be used to carry the Cibola Flight Experiment payload developed by Los Alamos National Laboratory. The Cibola Flight Experiment (CFE), is a reconfigurable processor payload intended for a low-Earth orbit system. It will survey portions of the VHF and UHF radio spectra. The experiment uses networks of reprogrammable, field programmable gate arrays (FPGAs) to process the received signals for ionospheric and lightning studies. The objective is to detect and measure impulsive events that occur in a complex background. The experiment will also validate the on-orbit use of commercial, reconfigurable FPGA technology demonstrating several different schemes for the mitigation and correction of "single-event upsets" that would crash most current computer systems.

Los Alamos National Laboratory is operated by the University of California for the National Nuclear Security Administration (NNSA) of the U.S. Department of Energy.

Los Alamos enhances global security by ensuring the safety and reliability of the U.S. nuclear weapons stockpile, developing technical solutions to reduce the threat of weapons of mass destruction and solving problems related to energy, environment, infrastructure, health and national security concerns.

Surrey Satellite Technology Limited specialises in the design, manufacture and operation of high-performance yet low-cost small satellites provided on rapid timescales to meet both civil and military Earth observation, communications and space science applications. During 22 years SSTL has launched 23 small satellite missions into low Earth orbit for international customers, pioneering use of 'commercial-off-the-shelf' (COTS) technologies. The resulting experience, heritage of missions and in-orbit operations are unmatched by any other professional satellite manufacturer.

The Department of Defense Space Test Program provides spaceflight for research & development (R&D) payloads approved by the DoD Space Experiments Review Board (SERB), as well as prototype operational systems. STP builds, tests, integrates, launches, and operates on-of-a kind spacecraft and DoD satellite payloads. They are the sole provider of integration, launch, and operations for DoD payloads flying on the Space Shuttle and International Space Station.

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