.svg){kind=small}
Discover opportunities months before the RFP drops
Learn more →Discover opportunities months before the RFP drops
Learn more →Key metrics and characteristics
The city where this buyer is located.
The county where this buyer is located.
Physical address of this buyer.
Postal code for this buyer's location.
How likely this buyer is to spend on new technology based on operating budget trends.
How likely this buyer is to adopt new AI technologies.
How often this buyer champions startups and early adoption.
Includes fiscal year calendars, procurement complexity scores, and strategic insights.
Active opportunities open for bidding
Air Force Nuclear Weapons Center
The Department of the Air Force is soliciting a firm-fixed-price Blanket Purchase Agreement for comprehensive alterations to Air Force dress blue Honor Guard uniforms at Holloman Air Force Base. The scope includes tailoring, braid and rank work, and specific modifications for various uniform components such as blouses, trousers, and ceremonial coats. This procurement is a 100% small business set-aside with a performance period extending from April 2026 through March 2030 including option years.
Posted Date
Mar 5, 2026
Due Date
Mar 19, 2026
Release: Mar 5, 2026
Air Force Nuclear Weapons Center
Close: Mar 19, 2026
The Department of the Air Force is soliciting a firm-fixed-price Blanket Purchase Agreement for comprehensive alterations to Air Force dress blue Honor Guard uniforms at Holloman Air Force Base. The scope includes tailoring, braid and rank work, and specific modifications for various uniform components such as blouses, trousers, and ceremonial coats. This procurement is a 100% small business set-aside with a performance period extending from April 2026 through March 2030 including option years.
AvailableAir Force Nuclear Weapons Center
The Air Force Research Laboratory at Kirtland AFB issued a Special Notice announcing its intent to award a sole-source purchase order to Carahsoft Technology Corp for Red Hat software renewals. This procurement identifies Carahsoft as the mandatory source under the DoD Enterprise Software Initiative (ESI). While not a competitive request for proposals, the notice provides a window for interested parties to submit questions or protests regarding the sole-source determination.
Posted Date
Feb 25, 2026
Due Date
Feb 27, 2026
Release: Feb 25, 2026
Air Force Nuclear Weapons Center
Close: Feb 27, 2026
The Air Force Research Laboratory at Kirtland AFB issued a Special Notice announcing its intent to award a sole-source purchase order to Carahsoft Technology Corp for Red Hat software renewals. This procurement identifies Carahsoft as the mandatory source under the DoD Enterprise Software Initiative (ESI). While not a competitive request for proposals, the notice provides a window for interested parties to submit questions or protests regarding the sole-source determination.
Air Force Nuclear Weapons Center
Flight Data Transmitter (FDT) Remanufacture, PN: 50210-307, NSN: 1420-01-361-0713, Platform: Air Launched Cruise Missile (ALCM).
Posted Date
Feb 13, 2026
Due Date
Mar 15, 2026
Release: Feb 13, 2026
Air Force Nuclear Weapons Center
Close: Mar 15, 2026
Flight Data Transmitter (FDT) Remanufacture, PN: 50210-307, NSN: 1420-01-361-0713, Platform: Air Launched Cruise Missile (ALCM).
AvailableGet alerted before the bid drops, know which RFPs to pursue, and generate compliant drafts with AI.
Track Air Force Nuclear Weapons Center's board meetings, strategic plans, and budget discussions. Identify opportunities 6-12 months before competitors see the RFP.
Keep your public sector contacts fresh and actionable. No more stale data.
Premium
Win more deals with deep buyer insights
Decision Makers
Director of Engineering and Technical Management, Air Force Nuclear Weapons Center
Premium
Access the largest public sector contact database
.avif&w=256&q=75){kind=small}
.avif&w=256&q=75){kind=small}
.avif&w=256&q=75){kind=small}
.avif&w=256&q=75){kind=small}
.avif&w=256&q=75){kind=small}
.avif&w=256&q=75){kind=small}
.avif&w=256&q=75){kind=small}