Adaptive Optics System
ID: FA8601-25-Q-0080SSType: Sources Sought
Overview

Buyer

DEPT OF DEFENSEDEPT OF THE AIR FORCEFA8601 AFLCMC PZIOWRIGHT PATTERSON AFB, OH, 45433-5344, USA

NAICS

Analytical Laboratory Instrument Manufacturing (334516)

PSC

OPTICAL INSTRUMENTS, TEST EQUIPMENT, COMPONENTS AND ACCESSORIES (6650)

Original Source

https://sam.gov/opp/5e59f8197d6549a8861b9cc22052b4d6/view
Timeline
    Description

    The Department of Defense, specifically the Air Force Life Cycle Management Center (AFLCMC), is seeking capabilities packages from potential sources to provide an Adaptive Optics System for the Air Force Institute of Technology (AFIT) at Wright-Patterson Air Force Base, Ohio. The system aims to enhance quantum information systems by protecting photonic qubits from atmospheric turbulence, comprising a deformable mirror, a Shack-Hartmann wavefront sensor, and a real-time computer, each with specific performance requirements outlined in the Statement of Work. Interested firms, particularly small businesses and those with socio-economic classifications, are encouraged to submit their capabilities packages by April 28, 2025, at 11:00 AM Eastern Daylight Time, to the designated contacts, 2nd Lt Matthew Shofner and Candice Snow, via email. This opportunity is part of the government's market research efforts and does not constitute a request for proposals.

    Point(s) of Contact
    Matthew Shofner
    matthew.shofner.1@us.af.mil
    Candice Snow
    candice.snow@us.af.mil
    Files
    Title
    Posted
    Adaptive Optics System SOW 10 April 2025.pdf
    The Adaptive Optics Kit Statement of Work outlines specifications for a system intended to optimize quantum information systems by protecting photonic qubits from atmospheric turbulence. The kit comprises three essential components: a deformable mirror, a Shack-Hartmann wavefront sensor, and a real-time computer, each with detailed performance requirements. The deformable mirror needs to feature 820 actuators and a pupil diameter of 45mm, while the wavefront sensor must have a 64x64 sub-aperture configuration compatible with the mirror and operate at specified wavelengths. The real-time computer should support a frame rate of at least 5000Hz and include proprietary software. Additionally, the document specifies training and installation services, delivery procedures to the Air Force Institute of Technology, and a warranty requirement of one year. Contractors are responsible for shipping procedures, including inspections for larger vehicles, to ensure compliance with base security measures. This RFP targets advancements in quantum communication technology, focusing on adaptive optics as a critical tool for enhancing the clarity and reliability of quantum data transmission.
    ATTACHMENT 1 - Instructions.pdf
    The document is a Sources Sought notice (FA8601-25-Q-0080SS) from the Air Force seeking responses from companies interested in providing a time-correlated Adaptive Optics System. It outlines the necessary information that potential respondents must include in their submissions, such as company details, ownership status, socio-economic classification, DUNS/CAGE codes, and previous sales history. The Air Force considers setting the acquisition aside for small businesses based on sufficient interest and capabilities, with specific requirements related to subcontracting and teaming arrangements. Respondents are encouraged to address capability survey questions regarding manufacturing locations, past experience with similar projects, and the market viability of their products/services. The document emphasizes the potential for small business participation and invites feedback on opportunities for subcontracting, indicating the government's intent to incorporate small business utilization in the acquisition process. Overall, the notice seeks to gauge interest and identify potential contractors for upcoming procurement efforts related to advanced optical systems.
    Lifecycle
    Title
    Type
    Adaptive Optics System
    Currently viewing
    Sources Sought
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