RADOME,SECTION
DEPT OF DEFENSE.DEFENSE LOGISTICS AGENCY.DLA AVIATION.DLA AVIATION PHILADELPHIA.DLA AVIATION AT PHILADELPHIA, PA · Response deadline: Mon, 16 Nov 2026
What the government is buying
The Defense Logistics Agency (DLA) Aviation at Philadelphia is soliciting bids for a radome section. Radomes are structural enclosures that protect radar antennas from environmental conditions while allowing electromagnetic signals to pass through with minimal interference. They are critical components on military aircraft, ships, and ground-based radar installations. The Federal Supply Classification code 5985 covers antenna components and related equipment, confirming this is a defense electronics procurement.
This type of work falls under NAICS 334220, which covers radio and television broadcasting and wireless communications equipment manufacturing—specifically the production of radar, radio, and navigational equipment and parts. Based on the item description, this appears to be a manufacturing or supply contract for a physical component rather than a services contract.
Key facts
| Attribute | Value |
|---|---|
| Agency | Defense Logistics Agency (DLA) Aviation Philadelphia |
| Notice type | Solicitation |
| Solicitation number | SPRPA127QUA07 |
| NAICS | 334220 |
| Set-aside | None (unrestricted) |
| Response deadline | November 16, 2026 at 4:30 PM ET |
| Place of performance | See the solicitation |
Who can bid
This is an unrestricted solicitation with no set-aside, meaning all responsible sources—large businesses, small businesses, veteran-owned firms, and other entities—may compete. There are no socioeconomic preference programs attached to this opportunity.
Small businesses in the defense electronics supply chain should evaluate whether they can meet DLA's technical, quality, and delivery requirements for radome manufacturing. Firms with experience in aerospace composites, RF-transparent materials, or military antenna components may find this particularly relevant. See the solicitation for any specific size standards, past performance requirements, or security clearances needed.
How to put together a competitive bid
Understand the technical requirements: Radomes must meet precise electromagnetic performance specifications, structural load requirements, and environmental durability standards. Request the full technical data package through SAM.gov if not already accessed, and verify your facility can produce to the required tolerances.
Quality systems matter: DLA Aviation typically requires compliance with MIL-STD or aerospace quality standards such as AS9100. Confirm your quality certifications are current and cover the specific manufacturing processes required.
Supply chain and materials: Radomes use specialized materials—fiberglass, quartz fiber, foam cores, or advanced composites. Secure reliable sources and validate lead times, as material availability can affect both pricing and delivery commitments.
Past performance documentation: Be prepared to document relevant production experience, especially for defense or aviation radomes. Include inspection records, delivery performance data, and customer references.
Pricing strategy: Analyze DLA's historical pricing for similar items if available through FPDS or DLA's own tools. Factor in Special Packaging Instruction (SPI) requirements and shipping to the designated DLA depot.
Submission mechanics: Register and submit through SAM.gov. Verify your entity registration is active and all Representations and Certifications are current in your SAM profile.
Next steps
Download and read the complete solicitation on SAM.gov using solicitation number SPRPA127QUA07. The full document will contain the statement of work, technical specifications, delivery requirements, inspection criteria, and exact place of performance.
Critical deadline: Submit your bid by November 16, 2026 at 4:30 PM Eastern Time—less than two weeks from the posted date. Given the compressed timeline, prioritize obtaining clarifications immediately if any specification is unclear.
View the official notice on SAM.gov →