Closing soon

62--READOUT,INCANDESCEN

Description: The Department of Defense's Defense Logistics Agency Aviation is seeking 228 source-controlled READOUT,INCANDESCEN units (NSN 6210013431482) for delivery to DLA Distribution Cherry Point within 116 days after order. The RFQ lists approved sources 58774 KWZ-ML-3-205S and 90073 620-601164-000, and quotes must be submitted electronically. It is an active combined synopsis/solicitation with offers due September 8, 2026.

Buyer: DLA Aviation
Federal · VA, US
Released: Aug 31, 2026
Closes: Sep 8, 2026(1 days left)

Files

Original attachments and procurement documents tied to this bid.

Federal RFP files are for Starbridge customers only.

You can request RFP files from all other buyer types for free on this site.

Key Contacts

Decision makers connected to this RFP from DLA Aviation.

Linwood I. RogersChief Counsel

*******@************

+1 (***) ***-****

Lorraine JenkinsChief, Internal Review Office

*******@************

+1 (***) ***-****

Jeffrey FarmerChief, Mapping Customer Operations’ Inventory Management Branch

*******@************

+1 (***) ***-****

Peggy SpaffordChief, Safety and Occupational Health

*******@************

+1 (***) ***-****

Similar active RFPs

Adjacent opportunities open for bidding right now.

DLA Aviation
FederalVA
Posted
Aug 31, 2026
Closes
Sep 8, 2026
Readout, Incandescent- Craven-(Request for Quotation)
Provide readout, incandescent, NSN 6210013431482, Qty 228 UI Ea
Department of Defense
FederalDC
Posted
Aug 26, 2026
Closes
Sep 23, 2026
Co-packaging Digital Readout Integrated Circuits and Photonics for Advanced Infrared Imaging.
The solicitation seeks proposals to demonstrate high-speed, ultra-low-power optical-channel operation in cryogenic environments using co-packaged digital readout integrated circuits and photonics for advanced infrared imaging. It targets integration of electronics and photonics on a single silicon wafer or through foundry-level integration before detector hybridization, with the readout integrated circuit supporting high-throughput data generation and configurable electrical and optical outputs. The official topic posting identifies this as DoD SBIR topic OSW26BZ05-NV021 under solicitation 26.BZ, with proposals opening on August 26, 2026 and due on September 23, 2026.
Department of Energy
FederalDC
Posted
Jun 24, 2026
Closes
Dec 23, 2026
TECHNOLOGY LICENSING OPPORTUNITY: Maximum Length Sequence Phase Encoding for Quantum Sensor Readout
Los Alamos National Laboratory (LANL) is offering a technology licensing opportunity to commercialize a pseudorandom phase-encoding (maximum length sequence / m-sequence) quantum sensor readout method that improves detection in noisy outdoor and industrial environments. The notice (Special Notice S-167695) describes the technology advantages, place of performance in Los Alamos, NM, and invites parties interested in licensing LANL-patented or patent-pending technology to engage with LANL licensing contacts. The solicitation lists a response deadline of Dec. 22, 2026 and provides LANL licensing contact information for further inquiries.
Triad National Security (Los Alamos) (Contractor)
FederalNM
Posted
Jun 24, 2026
Closes
Dec 22, 2026
TECHNOLOGY LICENSING OPPORTUNITY: Maximum Length Sequence Phase Encoding for Quantum Sensor Readout RFP
Maximum length sequence phase encoding for quantum sensor readout.

See your top accountsScan your site in seconds. Starbridge identifies your ICP and surfaces emerging opportunities from board meetings, job changes, new grants, contract expirations, RFPs, and more.

See your top 10 accounts

Similar active RFPs

Adjacent opportunities open for bidding right now.

DLA Aviation

FederalVA

Posted

Aug 31, 2026

Closes

Sep 8, 2026

Readout, Incandescent- Craven-(Request for Quotation)

Provide readout, incandescent, NSN 6210013431482, Qty 228 UI Ea

Department of Defense

FederalDC

Posted

Aug 26, 2026

Closes

Sep 23, 2026

Co-packaging Digital Readout Integrated Circuits and Photonics for Advanced Infrared Imaging.

The solicitation seeks proposals to demonstrate high-speed, ultra-low-power optical-channel operation in cryogenic environments using co-packaged digital readout integrated circuits and photonics for advanced infrared imaging. It targets integration of electronics and photonics on a single silicon wafer or through foundry-level integration before detector hybridization, with the readout integrated circuit supporting high-throughput data generation and configurable electrical and optical outputs. The official topic posting identifies this as DoD SBIR topic OSW26BZ05-NV021 under solicitation 26.BZ, with proposals opening on August 26, 2026 and due on September 23, 2026.

Department of Energy

FederalDC

Posted

Jun 24, 2026

Closes

Dec 23, 2026

TECHNOLOGY LICENSING OPPORTUNITY: Maximum Length Sequence Phase Encoding for Quantum Sensor Readout

Los Alamos National Laboratory (LANL) is offering a technology licensing opportunity to commercialize a pseudorandom phase-encoding (maximum length sequence / m-sequence) quantum sensor readout method that improves detection in noisy outdoor and industrial environments. The notice (Special Notice S-167695) describes the technology advantages, place of performance in Los Alamos, NM, and invites parties interested in licensing LANL-patented or patent-pending technology to engage with LANL licensing contacts. The solicitation lists a response deadline of Dec. 22, 2026 and provides LANL licensing contact information for further inquiries.

Triad National Security (Los Alamos) (Contractor)

FederalNM

Posted

Jun 24, 2026

Closes

Dec 22, 2026

TECHNOLOGY LICENSING OPPORTUNITY: Maximum Length Sequence Phase Encoding for Quantum Sensor Readout RFP

Maximum length sequence phase encoding for quantum sensor readout.