SBIRPre-Release

Multifrequency Position, Navigation, and Timing (PNT) Antenna Solution

Solicitation ID26.BX
Agency
DOD
ARMY
Deadline
Jun 24, 2026
45 days left
Posted Date
May 6, 2026
Classification
SBIR
Phase: BOTH

SBIR Opportunity Analysis

The U.S. Army is seeking an SBIR solution for a multifrequency, configurable PNT antenna for precision guided munitions to support M-GNSS and signals of opportunity in contested electronic warfare environments. The work calls for development of a small, gun-hardened patch antenna that can be tuned or configured for mission-specific frequency bands while maintaining received signal power, with a goal of supporting frequencies from UHF to X-band. Phase I emphasizes modeling and simulation to characterize expected performance, design trade-offs, physical dimensions, a rough-order-of-magnitude unit cost, and risk for Phase II, while Phase II would fabricate and test prototypes and deliver three antennas for extreme environmental testing. This SBIR topic is in pre-release, with the application window opening May 27, 2026 and closing June 24, 2026 at 4:00 p.m. UTC, and Phase I carries a cost limit of up to $300,000 over a 1- to 6-month period of performance.

SBIR Documents

1 Files
1778457813094.pdf
PDF49 KBMay 11, 2026
AI Summary
The ARM26BX02-NV005 project seeks to develop a multifrequency, configurable patch antenna for Precision Guided Munitions (PGMs) to support Multi Global Navigation Satellite Systems (M-GNSS) and Signals of Opportunity (SoOp) for Positioning, Navigation, and Timing (PNT). This antenna aims to provide frequency diversity to counter Electronic Warfare (EW) jamming on the modern battlefield, ideally supporting continuous frequencies from UHF to X-band. Phase I involves modeling and simulation to demonstrate expected performance, capabilities, limitations, and design trade-offs, culminating in a prototype design, cost estimate, and risk assessment. Phase II focuses on fabricating and testing prototype antennas to confirm Phase I results, including full pattern & gain, VSWR, and gain/phase linearity, with three prototypes delivered for extreme environmental testing. Phase III envisions dual-use applications for law enforcement and emergency management to maintain situational awareness during infrastructure disruptions or in remote areas.

Related SBIR/STTR Opportunities

Opportunity Snapshot

Source SystemOfficial Link
Program Type
SBIR - BOTH
Agency
DOD / ARMY

Key Dates

Release DateMay 6, 2026
Open DateMay 27, 2026
Application DueJun 24, 2026
Close DateJun 24, 2026