Radar Tag Tender, USA - 127664379

Procurement Summary

Country: USA

Summary: Radar Tag

Deadline: 24 Oct 2025

Other Information

Notice Type: Tender

TOT Ref.No.: 127664379

Document Ref. No.: S-133556

Financier: Self Financed

Purchaser Ownership: Public

Tender Value: Refer Document

Purchaser's Detail

Name: Login to see tender_details

Address: Login to see tender_details

Email: Login to see tender_details

Login to see details

Tender Details

This U.S. patented tag technology by scientists at Los Alamos National Laboratory enhances the visibility of objects to vehicle radar systems by amplifying and retransmitting radar signals, thereby enabling earlier and more reliable detection to help prevent collisions — particularly in applications like autonomous vehicles, transportation, defense, and industrial automation. The Challenge: Modern vehicles, especially those with autonomous driving features or driver-assistance systems, rely heavily on radar to detect nearby objects. However, radar systems struggle with: Small or non-metallic objects like bicycles, motorcycles, pedestrians, or animals. Objects with a low radar cross-section, meaning they don-t reflect radar signals well. Poor weather or visibility conditions, which reduce radar accuracy even further. Because of this, important objects may not be detected until it-s too late—putting lives at risk and limiting the safety capabilities of smart vehicles. How it Works: When a radar-equipped vehicle sends out signals to detect what-s ahead, the tag receives those signals, filters and strengthens them using built-in electronics, and then sends them back out. This makes the object carrying the tag — such as a bicycle, person, or piece of roadside equipment — appear larger and easier to detect on the radar. The design of the tag ensures that the signals are amplified without causing interference, so it works smoothly with any standard automotive radar system. As a result, vehicles can recognize tagged objects from farther away. Key Advantages: Universal compatibility: Functions with any radar-equipped vehicle regardless of brand or radar type—no special software or calibration needed. Compact and lightweight: Small enough to be worn or attached to bikes, helmets, backpacks, traffic cones, or roadside equipment. Improved object detection: Makes small or low-visibility objects (like bicycles, pedestrians, or animals) e...
Notice ID :S-133556 ☺ Related Notice (blank) ☺ Contract Opportunity Type Special Notice☺ Contract Line Item Number (blank)☺ Inactive Dates Oct 06, 2026☺ Inactive Policy Manual☺ Response Date Oct 24, 2025 7:00 PM EDT☺ Published Date Oct 06, 2025 11:17 AM EDT☺
Department/Ind. Agency :ENERGY, DEPARTMENT OF Sub-tier ENERGY, DEPARTMENT OF Office TRIAD - DOE CONTRACTORClassification Original Set Aside No Set aside used Product Service Code 5895 - MISCELLANEOUS COMMUNICATION EQUIPMENT NAICS Code 334511 - Search, Detection, Navigation, Guidance, Aeronautical, and Nautical System and Instrument Manufacturing Place of Performance (blank) Initiative None DescriptionThis U.S. patented tag technology by scientists at Los Alamos National Laboratory enhances the visibility of objects to vehicle radar systems by amplifying and retransmitting radar signals, thereby enabling earlier and more reliable detection to help prevent collisions — particularly in applications like autonomous vehicles, transportation, defense, and industrial automation. The Challenge: Modern vehicles, especially those with autonomous driving features or driver-assistance systems, rely heavily on radar to detect nearby objects. However, radar systems struggle with: Small or non-metallic objects like bicycles, motorcycles, pedestrians, or animals. Objects with a low radar cross-section, meaning they don’t reflect radar signals well. Poor weather or visibility conditions, which reduce radar accuracy even further. Because of this, important objects may not be detected until it’s too late—putting lives at risk and limiting the safety capabilities of smart vehicles. How it Works: When a radar-equipped vehicle sends out signals to detect what’s ahead, the tag receives those signals, filters and strengthens them using built-in electronics, and then sends them back out. This makes the object carrying the tag — such as a bicycle, person, or piece of roadside equipment — appear larg...

Documents

 Tender Notice