Inactive Total Small Business Set-Aside (FAR 19.5)

21 Mar 2025 - Amendment 0004 posted. Add ODC plug values into section B, make corrections to H-7, and L-12, and to extend the deadline for receipt of proposals until 1 Apr 2025. 5 Mar 2025 - Amendment... 21 Mar 2025 - Amendment 0004 posted. Add ODC plug values into section B, make corrections to H-7, and L-12, and to extend the deadline for receipt of proposals until 1 Apr 2025. 5 Mar 2025 - Amendment 0003 posted, extends deadline until 25 March. 25 Feb 2025 - Amendment 0002 posted, includes Q&A #2, and draft DD254. 13 Feb 2025 - Amendment 0001 posted, includes Q&A #1. The Remote Sensing Division, NRL Code 7200, has an active program of research in the remote sensing, modeling, and scientific analysis of the Earth’s atmosphere, oceans, land surfaces, and of space (astronomy and space domain awareness). The Division designs, tests, and operates ground-based, space-based, air-based, and surface and subsurface sensors, and develops new remote sensing capabilities and methods of analyzing data. Current projects include: spectral imaging for the remote sensing of coastal water and of land surfaces; passive polarimetric microwave sensing of the ocean surface (WindSat, APMIR, and follow-on sensors); passive near ultraviolet (NUV), visible and near infrared (VIS/NIR) and passive microwave/millimeter-wave sensing of the atmosphere; synthetic aperture radar (SAR); bistatic radar and reflectometry; radio, IR and optical astronomy and space domain awareness (NPOI, VLITE, and DLITE); remote sensing and modeling of Earth’s ionosphere, magnetosphere, and the solar corona; passive sensing of direct and diffuse near-surface sunlight; laboratory and field studies of hydrosols, aerosols, foam and bubbles; underwater and through water/air interface imaging; autonomous ground, underwater, surface and airborne platforms; and artificial intelligence and machine learning applications to remote sensing. The Division performs modeling, field and laboratory experiments, calibrates and validates sensors, carries out feasibility studies, designs instruments, experiments and algorithms, and performs simulations and scientific analyses. The Contractor shall provide on/off-site multi-disciplinary scientific, technical and engineering services to support these activities. This may include extended detailing to national facilities operating Government developed remote sensing systems operating in parallel to normal operations. NRL has a requirement for scientific and engineering R&D services to support the development and applications of new and existing techniques for remote sensing (including astronomy). Tasks may include: supporting concept design and feasibility studies; assembly and testing of components or equipment, laboratory, infield or inflight (inair or inspace) calibration, validation and operation of deployed systems, analysis of engineering and scientific data; and the development and use of algorithms for analyzing the data. The Contractor shall provide on/off-site multi-disciplinary scientific and engineering expertise to support these activities. The primary place of performance of this contract shall be the Naval Research Laboratory (NRL), Washington DC and the Navy Precision Optical Interferometer, Flagstaff, AZ. The period of performance will be five (5) years. NRL intends to award a CPFF contract.