The FEMA Counter-UAS Grant Program provides $500 million to enhance state, local, tribal, and territorial capabilities to detect, identify, track, or monitor unmanned aircraft systems. In FY2026, $250 million went to the 11 states hosting FIFA World Cup matches, with awards issued just 25 days after the application deadline. Another $250 million opens to all 56 states and territories in FY2027. For thousands of agencies, this is the first time federal funding has been available to procure UAV detection solutions. The money is real. The question is how to spend it wisely.
We work with agencies at every stage of this procurement cycle, from those writing their first FEMA investment justification to enterprises expanding multi-site deployments. The most expensive mistake in UAV detection procurement is not buying the wrong sensor. It is buying equipment before defining the detection mission. This guide provides a procurement framework for government and enterprise buyers evaluating UAV detection solutions for the first time, including what to specify, what to avoid, and how to structure a deployment that outlasts the grant cycle.
Every UAV detection procurement should start with four questions that define the detection mission. These questions determine what equipment you need, how much coverage you require, and which vendors can actually deliver against your requirements.
What are you protecting? A correctional facility perimeter, an airport approach corridor, a stadium event zone, or a distributed critical infrastructure network each requires different sensor configurations, coverage geometries, and integration capabilities.
What is the threat? Consumer drones from known manufacturers (DJI, Autel) are the dominant threat at correctional facilities, where 90%+ of contraband drones are commercial off-the-shelf models. Airports and military installations face a broader threat spectrum that includes autonomous, modified, and potentially state-sponsored UAVs.
What environment? Urban sites with electromagnetic interference and building clutter create different challenges than rural facilities with open sightlines. Coastal environments, extreme temperatures, and high-altitude installations all affect sensor performance.
What is the response framework? Under the SAFER SKIES Act, detection is universally legal. Mitigation requires federal certification. If your agency is pursuing mitigation authority, your detection solution must produce the data quality required for post-action reporting. If your mission is detection-only, your requirements are simpler but your analytics needs are higher, because detection data becomes your primary intelligence product.
These four questions should be answered in writing before any vendor demonstration. They become the evaluation criteria against which every proposal is scored.
Government procurement of UAV detection solutions typically follows a Request for Proposal (RFP) or Request for Information (RFI) process. Based on the deployments we have supported, here are the categories that should appear in every detection RFP:
Sensor requirements. Specify which sensor modalities are required (RF, radar, Remote ID, EO/IR, acoustic) and the minimum performance requirements for each: detection range, classification capability, false alarm rate target, and environmental operating conditions. For a detailed comparison of each sensor type, read our guide on how drone detectors work. Do not specify vendor names or proprietary product models in the RFP. Specify performance requirements and let vendors propose how they meet them.
Command-and-control platform. The C2 platform is the most overlooked element in UAV detection procurement. Specify requirements for multi-sensor data fusion (one track per physical drone, regardless of how many sensors detect it), alert management, zone-based configuration, user access controls, and data export. The CISA UAS Detection Technology Guidance provides a framework for evaluating detection platforms against operational requirements. FEMA's C-UAS NOFO specifically references this guidance for applicants.
Integration capabilities. Detection data does not live in isolation. Specify requirements for integration with existing security infrastructure: video management systems, access control platforms, incident management tools, and any inter-agency data sharing requirements. API availability, data export formats (CSV minimum), and standards compliance should all be listed.
Deployment model. Specify whether the solution must support fixed installation, mobile/rapid deployment, temporary event coverage, or all three. Many agencies start with event-based deployments (FIFA World Cup, Super Bowl, political conventions) and transition to permanent installations. The procurement should account for both use cases.
Training and support. Specify operator training requirements, ongoing technical support expectations, software update frequency, and hardware maintenance terms. The FEMA NOFO explicitly allows grant funds to be used for training and personnel time, so training costs should be included in the proposal rather than treated as an unfunded add-on.
Three federal procurement channels are active for UAV detection solutions in 2026:
FEMA C-UAS Grant Program ($500M): The primary channel for state and local agencies. $250 million awarded in FY2026 to 11 World Cup host states. Another $250 million opens to all 56 states and territories in FY2027. State Administrative Agencies (SAAs) are the only entities eligible to submit applications. Local agencies participate as subrecipients through their SAA. SAAs must pass through at least 97% of funding to local or tribal units. Equipment, training, and personnel costs are all eligible at 100% federal funding with no local match required.
FIFA World Cup Grant Program ($625M): A separate FEMA-managed program specifically for counter-drone equipment and personnel at World Cup venues. Equipment procured under this program becomes permanent local infrastructure after the tournament concludes.
JIATF-401 Counter-UAS Marketplace: For military and federal buyers, the Pentagon's online procurement platform lists over 1,600 counter-drone items with expedited purchasing. The Commercial Solutions Opening (CSO) allows vendors to submit capabilities for evaluation and potential inclusion on the marketplace.
The National League of Cities recommends that local governments contact their SAA early, ensure finance and procurement staff understand federal grant requirements, and monitor state-level deadlines. Administrative readiness, including documentation, audit compliance, and procurement standards, is as important as the technical proposal.
The UAV detection market includes hundreds of vendors. Narrowing the field requires a structured evaluation framework. We published a four-question vendor evaluation guide that covers the full process. Here are the critical evaluation criteria specific to government procurement:
Multi-sensor fusion capability: Does the platform correlate detections from multiple sensors into a single unified track? If three sensors see the same drone, does the operator see one icon or three? This is the single most important differentiator between platforms that generate intelligence and platforms that generate noise. Our AirGuard platform fuses RF, radar, and Remote ID data into one track per physical drone.
Sensor-agnostic architecture: Can the platform integrate sensors from multiple manufacturers, or does it lock you into a single vendor's hardware ecosystem? Government agencies should avoid proprietary lock-in that limits future procurement options.
Compliance with CISA guidance: FEMA's NOFO references the CISA UAS Detection Technology Guidance as a framework for evaluating detection solutions. Ask vendors to map their capabilities against this guidance document.
Scalability: Can you start with a single-site deployment and expand to multi-site management without replacing the platform? Agencies receiving FY2026 funding for event security will need to scale those systems for permanent deployment after the events conclude.
Site survey commitment: Any credible vendor will conduct a site survey before recommending equipment. Detection range on a datasheet assumes ideal conditions. Your site has buildings, terrain, electromagnetic interference, and wildlife that degrade performance. If a vendor quotes equipment without visiting your site, that is a disqualifying red flag.
UAV detection solutions deploy in three models, and most agencies will use more than one over the lifecycle of their grant:
Fixed installation: Permanent sensors mounted at a facility. Best for correctional facilities, airports, and critical infrastructure with persistent drone threats. Fixed installations provide continuous coverage and the longest detection ranges. They also generate the richest historical data for pattern analysis and reporting.
Mobile/rapid deployment: Vehicle-mounted or trailer-mounted systems that can be set up in 10 to 30 minutes. Best for agencies that need to protect multiple locations on a rotating schedule or respond to emerging threats at unpredictable sites.
Temporary event coverage: Systems deployed specifically for a time-limited event (FIFA World Cup match, political rally, marathon). The FEMA NOFO explicitly allows grant funds for event-based deployments, and equipment procured for events becomes permanent agency infrastructure afterward.
The deployment model affects sensor selection. Fixed installations can use larger, more capable radar arrays. Mobile deployments require compact, ruggedized equipment with fast setup times. The anti-drone systems protection tier framework maps sensor configurations to each deployment model.
After supporting dozens of UAV detection procurements, we see five mistakes repeated across agencies:
1. Buying mitigation before mastering detection. Mitigation equipment is only authorized for agencies with FBI NCUTC-certified personnel. Detection equipment has no certification requirement and is the prerequisite for everything that follows. Start with detection.
2. Evaluating sensors without evaluating the C2 platform. The platform that fuses, displays, and exports detection data is more important than any individual sensor. A world-class radar feeding data into a spreadsheet is not a UAV detection solution. Read our equipment buyer's guide for the full integration framework.
3. Skipping the site survey. Vendor datasheets quote maximum detection ranges in ideal conditions. Your site is not ideal. Buildings, terrain, RF interference, and bird populations all degrade real-world performance. Demand a site survey before accepting any vendor's range claims.
4. Ignoring total cost of ownership. Hardware is often less than half the lifetime cost. Software licenses, firmware updates, calibration, spare parts, and operator training accumulate over the three-year performance period. Require vendors to quote five-year total cost of ownership, not just unit prices.
5. Not planning for the FY2027 expansion. FY2026 funding covers event security. FY2027 funding covers permanent nationwide capability. Agencies that procure event-only solutions in FY2026 will need to re-procure for permanent deployment in FY2027. Buying a platform that supports both event and fixed-installation modes avoids this costly duplication.
The UAV detection procurement pipeline has three phases: define the mission, specify the requirements, and evaluate vendors against those requirements. The federal funding is available. The SAFER SKIES Act provides the legal framework. The FEMA grant program covers 100% of equipment, training, and personnel costs. The constraint is not money. It is speed.
DHS and DOJ implementing regulations under the SAFER SKIES Act are due by June 2026. FY2027 grant applications will open shortly after. Agencies that have already defined their detection mission, conducted site surveys, and evaluated vendors will move through the procurement pipeline in weeks. Those starting from scratch will face equipment lead times, training backlogs, and application deadlines that do not wait.
For a complete walkthrough of the detect-track-identify-mitigate workflow that every UAV detection solution must support, and for the counter-drone technology landscape in 2026, start there. Then come talk to us about your site, your threat, and your timeline.
Ready to evaluate UAV detection solutions for your agency? Book a walkthrough with our team.
Related reading:
How Drone Detectors Work: RF, Radar, Acoustic, and Camera Sensors Explained
Detecting Drones: A Complete Guide to Finding Unauthorized UAS
Counter-Drone Technology in 2026: What Works, What's Legal, and What Comes Next