This Government Contract opportunity from Department Of Agriculture was posted on June 4, 2026. The submission period has ended. Browse the details below for market research, or find similar active opportunities.
Unmanned Aerial Systems Trials for Release of Sterile Insect Technique Navel Orangeworm
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The U.S. Department of Agriculture’s Animal and Plant Health Inspection Service (APHIS-PPQ) is conducting a sole-source evaluation through a Total Small Business Set-Aside to assess the viability of Unmanned Aerial Systems (UAS) for releasing sterile Navel Orangeworm (NOW) moths as part of its Sterile Insect Technique program. The current fixed-wing aircraft method has proven ineffective, with recapture rates below 0.1 percent, while manual releases in Arizona have demonstrated significantly higher success, indicating that the issue lies in delivery methodology rather than insect quality. The initiative aims to determine whether UAS-based releases can offer improved operational efficiency, cost savings, and resilience, particularly in light of diminishing pilot availability and growing stakeholder interest in emerging technologies. The contractor will conduct eight UAS release events within an 840-acre pistachio orchard test site in Bowie, Arizona, between July 1 and October 17, 2026, with operations limited to Saturdays between noon and midnight, and no earlier than dusk. APHIS will supply the sterile moths and coordinate site access, while the contractor is solely responsible for providing all UAS equipment, release mechanisms, personnel, insurance, and compliance with FAA Part 107, NDAA Section 848, the American Security Drone Act, and USDA Directive DR3465-002. The contractor must submit two final deliverables: a comprehensive UAS Contractor Diagnostic Report detailing operational parameters such as flight altitude, speed, release rate, execution time per event, and recommendations for improvement, and supporting documentation listing APHIS-PPQ as the customer, names of personnel involved, dates of operations, and UAS models used. Payment is contingent upon full compliance with all requirements and timely submission of these deliverables. No pricing information or estimated contract value is disclosed, reflecting the evaluation’s exploratory nature. The effort is not competitive, and the procurement falls under FAR 19.5 as a Total Small Business Set-Aside, restricted to eligible small businesses with a size standard of 500 employees under NAICS code 115112. The contractor must assume full responsibility for equipment handling, biosecurity, safety, liability, and regulatory compliance, including maintaining minimum $1 million general liability insurance, and is accountable for any damage caused by negligence. All communication and approvals must flow through Todd K. Bierl as the contracting officer and Dr. Michael Garvey as the
General Info
Agency
NAICS
Place of Performance
Bowie, AZ, 85605, USASet-Aside
Timeline
Submission Closed
Organization & Contact Information
Full Description
SOLE SOURCE
The joint APHIS–CDFA Navel Orangeworm (NOW) Sterile Insect Technique (SIT) Program in California currently relies on a fixed‑wing Cessna 206 for sterile NOW releases. However, this method has consistently produced low and highly variable recapture rates (less than 0.1 percent), indicating that fixed‑wing aerial release may be biologically and operationally unsuitable for NOW.In contrast, manual (hand) releases conducted in Arizona have yielded recapture rates one to three orders of magnitude higher, suggesting that the challenge lies with the release method rather than insect quality. This substantial disparity, combined with the high cost and limited operational resilience of the fixed‑wing platform, underscores the need to evaluate alternative release technologies. Future pilot availability is also uncertain.Given advances in Unmanned Aerial Systems (UAS), associated equipment, and release methods, UAS-based delivery may offer improved cost savings, operational flexibility, and efficiency compared to the current aircraft‑based approach. The program is under increasing pressure to enhance efficiency and effectiveness, reduce costs, and plan for operational contingencies—including pilot availability. Stakeholders have also expressed interest in emerging technologies such as UAS for SIT applications.Accordingly, this is a valuable area for further exploration to potentially improve program savings, efficacy, and long‑term sustainability. APHIS‑PPQ has therefore initiated an evaluation of UAS‑based NOW SIT releases, including preliminary field trials, to inform program direction and assess whether operational changes or future investments are warranted to support the long‑term viability of the APHIS NOW SIT program.
JUNE 07, 2026 5:00PM (EST) is the deadline for inquiries.
All questions addressed to the below indiviual:
Todd K. Bierl
(Major Program Contracting Officer)
Emergency Acquisition
Marketing and Regulatory Program Business (MRPBS)
Acquisition and Asset Management Division (AAMD)
Acquisition Branch
Animal and Plant Health Inspection Service (APHIS)
Office#(612)336-3465
Cell# (612)500-1321/(763)286-8084
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