STTROpen

Non-Proximate Chemical Analysis by Field Portable Mass Spectrometry and Robotics

Solicitation ID26.TZ
Agency
DOD
NAVY
Deadline
Jun 3, 2026
10 days left
Posted Date
Apr 13, 2026
Classification
STTR
Phase: BOTH

STTR Opportunity Analysis

The Navy, through a DOD STTR topic, is seeking a portable mass spectrometer with a flexible inlet for non-proximate chemical analysis at the source. The work calls for designing, building, and operating a rugged system that can be manipulated by a land-based robotic arm and collect real-time chemical data from hard-to-reach targets. Key requirements include a detailed parts inventory, SWaP-conscious design, remote red-light/green-light reporting, a battery life of at least 3 hours, operation across -25°F to 120°F, and detection from m/z 50 to m/z 500 with thresholds below 100 ppb. Phase II requires construction, robotic-arm integration, remote operation while in motion, and demonstration against three target chemical threat simulants, with one operational unit delivered to the Navy. The opportunity, DON26TZ01-NV004, opens May 6, 2026 and closes June 3, 2026 at 16:00 UTC.

SBIR Documents

1 Files
1776211344300.pdf
PDF62 KBMay 11, 2026
AI Summary
The DON26TZ01-NV004 project seeks to develop a portable mass spectrometer with a flexible inlet for non-proximate chemical analysis using land-based robots. The objective is to design, build, and operate a system capable of real-time chemical data collection at the source, overcoming limitations of traditional and current non-proximate mass spectrometry methods. Phase I involves designing a detailed model and parts inventory for the flexible inlet, ionization source, and field-portable mass spectrometer, considering Size, Weight, and Power (SWaP) requirements, ruggedization, and environmental operational ranges. Phase II focuses on constructing and interfacing these components with a commercial robotic arm, demonstrating remote operation, database capability for red light/green light results, and detection of chemical threat simulants. Phase III outlines dual-use applications for the technology in forensic, pharmaceutical, industrial, and environmental sectors, emphasizing standoff detection of hazardous threats and sampling in difficult-to-reach locations. The project aims to enhance chemical detection capabilities for various applications.

Related SBIR/STTR Opportunities

Opportunity Snapshot

Source SystemOfficial Link
Program Type
STTR - BOTH
Agency
DOD / NAVY

Key Dates

Release DateApr 13, 2026
Open DateMay 6, 2026
Application DueJun 3, 2026
Close DateJun 3, 2026