Indefinite Delivery Contract FA865019D2056

Award Date 12/10/18
Last Date to Order 12/10/23
Federal Contract Vehicle
Pricing Type
Cost Sharing
Legislative Mandate
Employment Eligibility Verification
National Interest Action
None
Award Type
Single
Primary Consortia Member
Not listed
  • FA865019D2056
    Indefinite Delivery Contract
  • 7
    Federal Contract Awards

Florida Turbine Technologies, Inc., through its Florida Turbine Technologies division, has been awarded an indefinite delivery contract from the Air Force Research Laboratory to advance turbine engine technologies. The contract has a potential value of $50 million over five years and was awarded without any set-aside provisions. Under the contract and associated delivery orders, Florida Turbine Technologies will provide research, development, testing, integration, and sustainment services for a variety of small and medium scale turbine engine programs for the Department of the Air Force. Work will be conducted primarily at Florida Turbine Technologies' facility in Jupiter, Florida and aims to mature technologies related to low-cost engine design, limited life engine components, and affordable sustainment of turbine engine fleets. Major delivery orders issued to date under the contract total over $100 million and include work on the Low Cost Engine Architecture Development Program, RELIABLE HIGH EFFICIENCY SMALL TURBINE ENGINE initiative, and integration of the Efficient 50 shp Class Recuperated Turbine Engine. The original solicitation sought proposals to advance turbine technologies through the Advanced Turbine Technologies for Affordable Mission-Capability program and intended to award approximately eleven IDIQ contracts totaling an estimated $700 million.

Florida Turbine Technologies, Inc. is a subsidiary of Kratos Defense & Security Solutions that provides turbine technologies and components to support defense programs. As the prime contractor under the indefinite delivery contract, Florida Turbine Technologies leverages expertise in turbine engine testing, repair, and engineering to deliver the research, development, and sustainment services for the Air Force programs described above and further the goals of maturing affordable propulsion technologies.

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