OVERVIEW
This page is a reference list, not a market forecast. It reproduces, in the guide's own order, every system entry in the Counter-sUAS Systems section of the Joint Interagency Task Force 401 2026 Counter-Small Unmanned Aircraft Systems Quick Reference Guide, an 89-page unclassified document marked Version 4, cleared for open publication by the Department of War on 27 August 2026 and published on media.defense.gov on 8 September 2026. The Department of War's release describes the guide as a tactical pocket guide that provides a common technical baseline for sensors, command and control, and intercepting drones in groups 1-3 in deployed and homeland settings.
The guide's own framing sets the limit of what the list means. The divider page before the entries carries a note in capitals: the following systems are not all inclusive; they are what are commonly found in the Services today. Inclusion therefore signals that a system is fielded or familiar to the joint force; it says nothing about quantities bought, preference over rivals, or performance against the systems that are absent. Each entry is a page of description and capability bullets. The maker of the system is named in the text of 16 of the 37 entries; programme-of-record entries such as FS-LIDS, Coyote and MADIS describe components and integration without naming a prime. Ranges appear only where a maker supplied one; the FS-LIDS entry states that system ranges are classified. There are no prices and no fielded quantities anywhere in the document.
Drone Intelligence read the PDF in full on 15 September 2026 and built the tables below from it. Every cell in the what-the-guide-says column is a close paraphrase or direct phrase from the entry; nothing has been added from vendor sites, trade press or the Drone Intelligence market map except where the text says so. Where a system is widely known to belong to a maker the guide does not name, the maker column says not named, because the point of this page is what the joint force's own reference says, not what the market knows.
AT A GLANCE
- Document
- JIATF 401 2026 C-sUAS Quick Reference Guide, Version 4, 89 pages, unclassified
- Dates
- Cleared for open publication 27 August 2026; published 8 September 2026
- System entries
- 37 (35 sensors and effectors, 2 command-and-control platforms), guide pages 11 to 47
- Entries naming a maker
- 16 of 37
- Ranges stated
- Only where maker-supplied: EchoShield 25 km detection (four-radar kit), EnforceAir2 4.5 km detection, Leonidas 8 km (LRIP), DRAKE 400+ m; FS-LIDS ranges classified
- Prices or quantities
- None in the document
HOW TO READ THE LIST
The guide prints a category header only at the start of each run of entries: Fixed/Semi-Fixed Systems from the FS-LIDS entry, Mounted Systems from the L-MADIS entry, and Command and Control (C2) Systems for the last two. The run headed Mounted Systems also contains handheld jammers, a rifle optic, a shoulder-fired missile and several interceptor drones, so the tables below keep the guide's three runs and add a type column that describes each entry from its own text. The type column is Drone Intelligence's description, not the guide's.
The guide groups small UAS by the Department of War's Group 1 to Group 5 categorisation and the entries state the groups each system is designed to defeat where the maker or programme has said so. Groups 1 to 3 cover aircraft up to 1,320 pounds; where an entry says Group 3+ it means the system is intended for larger targets as well. Figures in the tables (ranges, weights, setup times, target capacities) are the guide's figures as printed, most of them maker-supplied; treat them as claims the joint force has chosen to reproduce, not as test results.
One programme note runs across several entries. The two command-and-control platforms, Lattice C2 and FAAD C2, carry the same note in capitals: all C2 platforms are intended to be interoperable with each other. Coyote is described as fully integrated into FAAD C2; Pulsar-L, I-CsUAS and Anvil are described as working through Lattice; Leonidas is described as integrated with FAAD/C2; L-MADIS as interoperable with FAAD C2 systems. The guide does not say which C2 platform any given unit runs.
FIXED AND SEMI-FIXED SYSTEMS
The first run covers base and installation defence: towers, fixed-site sensor and effector suites, and the interceptors and radars that plug into them. FS-LIDS is the anchor entry and the one the guide is most reticent about, giving component names (AN/TPQ-50 radar, Nighthawk EO/IR camera, the CUAEWS electronic warfare suite) and stating that system ranges are classified. Pulsar appears twice, once as a stand-alone software-defined jammer that the guide says earned Joint Endorsement at the JCO EW Baseline, and once as the electronic-warfare layer of the Installation Counter-small UAS system alongside the WISP infrared sensor, two radar towers and Lattice.
| System | Type (DI description) | Maker named in the guide | What the guide says |
|---|---|---|---|
| FS-SUADS and RD-SUADS | Fixed-site tower; palletised rapidly deployable variant | Not named | Fixed-site C-sUAS tower for permanent installations that manages all base C-sUAS sensors and fuses their data into a common operating picture. RD-SUADS fits within a 463L pallet with an integrated diesel generator giving four days between refuelling. |
| FS-LIDS | Detect, track, identify and defeat system of systems | Not named (components: AN/TPQ-50 radar, Nighthawk EO/IR camera, CUAEWS) | Integrated C-UAS system of systems with EW, radar and camera subsystems. CUAEWS defeats UAS by jamming position, navigation and timing, command link and video downlink. Kinetic capability when coupled with the Coyote family and KuRFS. System ranges are classified. |
| CORIAN | Electronic-warfare workstation with passive and active sensor nodes | Not named | Counter-Remote Control Model Aircraft Integrated Air Defense Network. Detects, geolocates and disrupts Group 1 and Group 2 sUAS in the target library at long range; can locate ground control stations; operates day and night in all weather. |
| Pulsar | Software-defined radio jammer | Not named on this entry (the Pulsar-L entry names Anduril) | Jams the C2 link between pilot and aircraft and can jam GPS and GLONASS against autonomous threats. Earned Joint Endorsement for its performance at the JCO EW Baseline. EW defeat of Groups 1-3. |
| I-CsUAS | Installation system of systems | Not named (components: Pulsar, WISP, LRCT, LRST, Lattice) | Installation Counter-small UAS: Pulsar 360-degree non-library EW with machine learning for passive detection and RF defeat, the WISP wide-area infrared sensor, Long Range Camera Tower and Long Range Sentry Tower radars, and Lattice AI to detect, track, identify and neutralise threats to critical infrastructure. |
| Pulsar-L | Man-portable electronic-warfare effector | Anduril | Compact non-kinetic effector that deploys an RF shield in under two minutes without specialised EW operators, runs a 360-degree envelope against loitering munitions and coordinated swarms, and interfaces directly with the Lattice platform for networked multi-unit operation. |
| EchoShield | Ku-band 4D pulse-Doppler radar | Echodyne | Software-defined cognitive radar with 0.5 degrees angular tracking accuracy, capacity to track up to 400 sUAS simultaneously, neural-network classification of drones from birds, and a Rapid Deployment Kit linking four radars for 360-degree coverage up to a 25-kilometre detection range. |
| Ninja | Fixed-site RF detect, track, identify and defeat (library based) | Not named on this entry (the Ninja TRx entry names Black River Systems) | Passively detects, identifies and tracks sUAS and defeats hostile aircraft by electronic attack without indiscriminate interference to friendly systems; can seize operational control of hostile drones. Interoperates with EGON, DRAKE and Duke jammers and autonomous interceptors. Manpack and TRx variants. |
| Ninja TRx | Modular RF transceiver | Black River Systems Company | Low-cost lightweight component that intercepts and deciphers sUAS RF signals, holds Group 1 and 2 aircraft in place, forces soft landings or re-routes them; built on software-defined radios; meshes for 360-degree coverage and plugs into a Ninja Gen2 fixed site or a standalone Ninja Hub. |
| KuRFS | Ku-band multi-mission radar | Not named | Provides target tracks for all UAS groups, air surveillance and fire control for the Coyote launcher, and slew-to-cue for the Nighthawk camera at a 10 Hz update rate. Works with the land-based Phalanx, 50-calibre guns, 30 mm cannons, high-energy lasers and the Coyote weapon system. |
| MADIS | Two-vehicle mounted short-range air defence (Mk1 and Mk2) | Not named (CES trailers carry Invariant APKWS and Anduril Anvil effectors) | Marine Air Defense Integrated System: remote weapon station with 30 mm cannon and proximity-fuzed ammunition, coaxial 7.62 mm, an air-to-air launcher with FIM-92E Stinger, Counter-sUAS Enhancement System trailers and MFEW-M electronic attack. Shoot-on-the-move. |
| Coyote Block 2C and Block 3NK | Ground-launched radar-guided interceptor, kinetic and non-kinetic | Not named | Key component of the C-UAS system of systems; integrates into FS-LIDS and M-LIDS; launches from a four-pack fixed-site or two-pack mobile launcher; fully integrated into FAAD C2 with airspace clearance and fratricide avoidance; KuRFS is the fire-control radar. The non-kinetic Block 3NK can defeat multiple targets in a single engagement. |
| Bullfrog | Autonomous gun weapon station | Allen Control Systems | AI-powered station for Group 1 through Group 3+ that uses passive tracking so it emits no radar or RF signature, goes from storage to operational in under two minutes, trains operators in under 30 minutes, and mounts .50-calibre machine guns, the M249 or the M230 chain gun on vehicles, naval craft or fixed positions. A human initiates the final fire sequence. |
| EAGLS | APKWS ground launcher with turret optics | MSI | Enhanced APKWS Ground Launcher Solution built from programme-of-record components (turret optics, designators, remote weapon stations, launchers and APKWS guidance kits) for kinetic defeat of Groups 1-3 in austere environments with low logistics, maintenance and training impact. |
STAY ON TOP OF THIS MARKET
Track US Military Counter-UAS Systems 2026: The JIATF 401 List with the weekly Signal Dossier.
One free weekly briefing on the signals that matter in the autonomous-systems sector: contract awards, capital flows, regulatory shifts, and what they change. Evaluating a specific company? A five-day, source-traced Decision Brief answers one decision question for £999.
MOUNTED, HANDHELD AND INTERCEPTOR SYSTEMS
The second run, headed Mounted Systems in the guide, is the widest: vehicle-mounted lasers and launchers, manpack and handheld jammers, cyber-takeover radios, net-capture and collision interceptors, a rifle optic and the Stinger. Ten of the 16 entries that name a maker sit in this run. Three entries carry range figures from the maker: EnforceAir2 (detection up to 4.5 km, mitigation typically 1.2 to 4 km), Leonidas (up to 8 km for low-rate initial production units) and DRAKE (a demonstrated 400 metres or more). AMP-HEL is the one entry with a Limitations block: reduced effectiveness in dense urban areas and heavy rain or fog, difficulty with nano drones and high-speed low-altitude targets, and specific rules-of-engagement and airspace limits.
| System | Type (DI description) | Maker named in the guide | What the guide says |
|---|---|---|---|
| L-MADIS | Two-vehicle light mounted C-UAS system of systems | Not named | Command vehicle plus sensor vehicle; RPS-62 multi-mission radar, EO/IR and FLIR camera, Skyview passive RF detection, MODI electronic attack, onboard ADSI C2; Skyview and MODI dismount for foot patrol. Designed to detect UAS, fixed-wing and rotary-wing and defeat sUAS on the move. Interoperable with FAAD C2. |
| AMP-HEL | Vehicle-mounted 20-kilowatt-class laser | Not named | Army Multi-Purpose High Energy Laser on the Infantry Squad Vehicle; defeats primarily COTS drones and small rotary wing; employed at fixed sites, convoys, forward operating bases and for VIPs as part of a layered defence. Limitations: dense urban areas, heavy rain or fog, nano drones, high-speed low-altitude targets, ROE and airspace limits. |
| Locust-HEL | Modular high-energy laser, 20 to over 35 kW | AeroVironment (originally via Blue Halo) | Directed-energy weapon that melts or burns targets mid-air; AV Halo Pinpoint software detects, tracks and prioritises threats; operational from shut-down in under 15 minutes; controls similar to a gaming controller. Platforms: P-HEL palletised for ships and fixed bases, and AMP-HEL on the JLTV and ISV. |
| CWS-A (APKWS) | Containerised APKWS weapon system | Invariant Corporation | Containerized Weapon System-APKWS: modular force-protection solution using the Advanced Precision Kill Weapon System, housed in a container for transport to forward operating bases, combat posts and critical locations as a standalone system. |
| DRAKE | Manpack RF command-link and GPS jammer | Not named (derived from the JCREW 3.3/T1B1 family) | Drone Restricted Access Using Known EW: 15 lb manpack; demonstrated range 400+ metres; up to four hours operating time, average two; Groups 1 and 2; selective electronic attack of Group 1 drones; integrates with the MAUI Android acoustic-detection app. |
| Titan | Automated RF drone-protection system | Blue Halo | Prevents unwanted drones entering the airspace with minimal impact to communications; the entry states it addresses 98 per cent of COTS and hobbyist platforms across air, land and sea; fixed-site, dismounted and mobile modes; protected space established in minutes. |
| Paladin (LCEI) | Group 2 low-collateral-effects interceptor drone | Not named | Autonomous security wingman for perimeter security, sUAS interception, loudspeaker interdiction and fence-line inspection; takes a cue from any C-UAS sensor, interrogates the target with onboard radar and computer vision, then requests operator authorisation. Defeats Groups 1, 2 and small Group 3 under 50 mph. |
| EnforceAir2 | RF cyber-takeover system | D-Fend Solutions | Passively detects, identifies and locates sUAS and takes them over to land in a predefined zone without jamming or kinetic force. Detection range up to 4.5 km; mitigation range typically 1.2 to 4 km. Tactical, stationary, vehicular, backpack and maritime configurations. |
| AUDS | Radar, EO tracking and directional RF inhibition package | Not named | Anti-UAV Defence System combining electronic-scanning radar detection, electro-optical tracking and classification and directional RF inhibition; for remote or urban sites and critical infrastructure against surveillance, terrorist or espionage use. |
| DroneHunter | Net-capture interceptor drone | Not named (listed on the US counter-UAS market page as Fortem Technologies) | More than 5,000 drone captures claimed; launches in seconds and reloads for back-to-back sorties in under three minutes; armed with multiple net guns and a drogue chute; captures rotary and fixed-wing Group 1, 2 and low-end Group 3 aircraft; operates alone or in cooperation with multiple units. |
| Vampire (APKWS) | Suitcase APKWS launcher and designator kit for vehicles | Not named | Rapid solution for arming non-tactical and tactical vehicles; fits any pickup or vehicle with a cargo bed; installation in approximately two hours by two people with common tools; everything on the pallet with its own power supply. |
| M-LIDS | Two-vehicle mounted system on the M-ATV | Not named (turret sight: Leonardo DRS S3) | Electronic-warfare vehicle with the fixed-site LIDS configuration and a .50-calibre gun, plus a kinetic-defeat vehicle with the Coyote Block 2 interceptor, XM914 30 mm chain gun and M240; KuMRFS-M for air surveillance and fire control at the short halt; EO/IR gun-system acquisition range over 2 km. |
| Anvil | Kinetic quadcopter interceptor cued by Lattice | Anduril | Navigates autonomously to intercept threats, returns visual feedback for positive identification by a human operator and, once authorised, uses speed and terminal guidance to deliver kinetic energy with minimal collateral damage. Also listed as an effector on the MADIS CES trailer. |
| Leonidas (HPM) | High-power microwave counter-electronics system | Epirus | Solid-state, AI-software-driven HPM that disrupts and destroys electronics in UAS, vehicles and outboard motors. Range up to 8 km (LRIP units); electronically steered beam integrated with FAAD/C2; cold start under 20 minutes; C-130, CH-47 or pickup-truck transport; 15 kW commercial generator; operator 20 feet behind the system. |
| Roadrunner | Jet-powered VTOL reusable interceptor, Group 3+ | Not named on this entry | Operator-supervised autonomous air vehicle with a high-explosive payload for Group 3+ targets: launch, loiter, return if unused, reuse. |
| Bumblebee | FPV collision interceptor drone | Perennial Autonomy | Low-cost kinetic interceptor for Group 1 and 2 that rams targets with no explosives or ammunition, with edge-computing automated target recognition; the entry states it is NDAA compliant and that its mobile ground station uses a compact radar, sensor mast and the Starshield satellite network. |
| Dedrone Defender 2 | Handheld AI-powered smart jammer | Dedrone (part of Axon) | Disrupts drone communication links and GPS in urban and frontline environments; identifies drone protocols automatically; receives tracking data from DedroneTracker.AI; 20-degree targeting cone; simultaneous RF and GNSS jamming; narrow-band directional jamming to spare civilian electronics; forces the drone to land or return to its pilot. |
| Medusa C2 | Government-owned command-and-control software | Not applicable (wholly government-owned) | Modular, open, standards-based C2 for C-sUAS and C-RAM: fuses and displays air tracks on a 3D map, auto-prioritises threats by proximity, fuses detections from multiple radars, RF and acoustic sensors, displays MIL-STD 2525 symbology, and controls engagement of kinetic and non-kinetic countermeasures. Joint Tactical Data Link capable. |
| Dronebuster IV | Handheld tactical jammer | DZYNE Technologies | Disrupts commercial sUAS control links and GNSS (GPS, Galileo, GLONASS, BeiDou) across L1, L2 and L5; optional PNT spoofing mode to manipulate autonomous flight paths; ATAK compatible; training under five minutes; handheld, mobile or fixed-site configurations. |
| SMASH 2000L | Rifle-mounted fire-control optic | Smart Shooter | Computer-vision fire control that locks a targeting box on the target and releases the trigger only when the sight aligns with the calculated hit point; the entry states it is adopted and deployed by the US military. Effective against sUAS to 100 metres day or night; 740 grams; up to 72 hours battery. |
| FIM-92 Stinger | Shoulder-fired infrared-homing MANPADS | Not named | Surface-to-air missile for helicopters, UAVs, cruise missiles and low-level fixed and rotary-wing aircraft; launch tube, battery coolant unit, gripstock and IFF interrogator totalling 35 lb; two operators; all-weather; fires Basic, RMP and Block I missiles. |
COMMAND AND CONTROL
The guide closes the systems section with two command-and-control platforms and one shared note: all C2 platforms are intended to be interoperable with each other. Lattice is presented as an AI-powered software backbone that fuses sensors, classifies targets and tasks effectors; FAAD C2 as the Army's modular open-architecture air-defence C2, adapted from its counter-rocket, artillery and mortar role to the C-sUAS mission. The government-owned Medusa C2, listed earlier in the mounted run, is the third C2 entry in the document.
| System | Type (DI description) | Maker named in the guide | What the guide says |
|---|---|---|---|
| Lattice C2 | AI-powered C2 software backbone | Anduril | Open operating system integrating multiple sensors and effectors in one interface; fuses tracking data from Anduril’s Spyglass radar and third-party systems; AI classification separates birds from Group 1-3 drones; machine-to-machine tasking recommends a course of action and queues the threat for the operator; commands EW, HPM and kinetic effectors including interceptor drones. |
| FAAD C2 | Army forward-area air-defence C2 (MOSA software) | Not named | Modular Open System Architecture software supporting the air and missile defence mission with real-time correlated air tracks and C4I to higher, adjacent and lower units; adapted to counter indirect fire and UAS attacks on forward operating bases; modified to perform the C2 portion of C-sUAS; integrates radars, cameras, kinetic and non-kinetic weapons; provides positive aircraft identification. |
WHAT THE LIST SAYS ABOUT THE MARKET
Read as a whole, the list is concentrated in a few places. Anduril is named in four entries (Pulsar-L, Anvil, Lattice C2 and the MADIS trailer) and two more, Pulsar and I-CsUAS, describe its products without naming it; Lattice is the C2 reference in three entries besides its own. The APKWS laser-guided rocket appears in four entries (EAGLS, CWS-A, Vampire and the MADIS trailer) from at least two named integrators. That is a programme-of-record munition being packaged for the counter-drone role. Coyote appears as the kinetic layer of both LIDS variants and as its own entry. Nothing in the guide ranks these or states quantities; the concentration is a count of mentions, not of dollars.
Sixteen entries name the maker of the system itself and 21 do not (two of those, MADIS and M-LIDS, name component suppliers instead). The unnamed entries are, almost without exception, the programmes of record and government-integrated systems (FS-LIDS, M-LIDS, MADIS, L-MADIS, Coyote, KuRFS, AMP-HEL, DRAKE, Medusa, FAAD C2, Stinger) plus a handful of commercial products described generically (AUDS, DroneHunter, Paladin, Roadrunner). A vendor whose product is in the guide under its own name has a citable line in a joint-force document; a vendor whose product is in the guide as a component of a programme does not. Drone Intelligence assessment: for a company selling into the US counter-UAS market, that distinction is worth more than the marketplace listing on its own, because the guide is what a tactical operator or interagency planner is handed, and the marketplace is what a contracting officer opens.
Two absences are checkable against the full text and worth stating. Neither DroneShield nor Hidden Level, both tracked as key vendors on the US counter-UAS market page, is named anywhere in the document; nor are Fortem Technologies or CHAOS Industries, although DroneHunter appears without a maker. The guide is explicit that its list is not all inclusive, so absence is not evidence of non-use. It is evidence that, as of Version 4, those names are not in the reference the joint force carries in its pocket.
KEY PLAYERS
Named in the Pulsar-L, Anvil, Lattice C2 and MADIS entries; Pulsar and I-CsUAS describe its products without naming it. Lattice is the C2 reference in three entries besides its own.
Named in the Leonidas high-power microwave entry: range up to 8 km for LRIP units, FAAD/C2 integration, 15 kW generator.
Named in the EchoShield radar entry: 400 simultaneous tracks, four-radar kit to 25 km detection.
Named in the EnforceAir2 entry: RF cyber takeover, detection up to 4.5 km, mitigation 1.2 to 4 km.
Named in the Locust-HEL entry (originally via Blue Halo); Blue Halo is named separately in the Titan entry.
Named in the Dedrone Defender 2 handheld jammer entry, with DedroneTracker.AI integration.
Named in the Dronebuster IV handheld jammer entry: multi-constellation GNSS jamming, optional spoofing, ATAK compatible.
Named in the SMASH 2000L rifle optic entry, which the guide says is adopted and deployed by the US military.
Named in the Ninja TRx entry; the Ninja fixed-site system is described without a maker.
Named in the Bullfrog autonomous gun weapon station entry.
Named in the Bumblebee collision-interceptor entry, which the guide describes as NDAA compliant.
Named in the CWS-A containerised APKWS entry and as the APKWS supplier on the MADIS CES trailer.
DRONE INTELLIGENCE ASSESSMENT
The guide is on its fourth version and carries a 2026 date, so a fifth edition is the thing to watch: which entries drop, which makers gain a named line, and whether the department starts publishing ranges for programme entries that are currently marked classified. Two structural readings follow from the current text. First, the C2 layer is the most concentrated and least settled part of the list: the guide's own note that all C2 platforms are intended to be interoperable is an intention, and the entries show effectors described against Lattice, FAAD C2 or both. Second, new commercial names enter fastest in the handheld and man-portable tier (Dronebuster IV, Defender 2, DRAKE, Pulsar-L, SMASH 2000L). A pocket-sized effector can be described in a page and fielded without a programme office.
Drone Intelligence will re-read the guide when a new version is cleared and update the tables from the document, not from vendor announcements. Vendors whose products appear here without a named maker, or not at all, should not read that as a judgement; the guide says it is not all inclusive, and this page repeats that limit wherever the absence might otherwise be read as a finding.
FREQUENTLY ASKED QUESTIONS
Which counter-drone systems does the US military use?
The closest public answer is the JIATF 401 2026 Counter-Small Unmanned Aircraft Systems Quick Reference Guide, which lists 37 systems it describes as commonly found in the services today: fixed-site systems such as FS-LIDS, SUADS, CORIAN, Pulsar and EchoShield; mounted systems such as MADIS, L-MADIS, M-LIDS, AMP-HEL and Locust-HEL; interceptors such as Coyote, Anvil, Roadrunner, Bumblebee, Paladin and DroneHunter; handheld effectors such as Dronebuster IV, Dedrone Defender 2, DRAKE, SMASH 2000L and Stinger; and the Lattice, FAAD and Medusa command-and-control platforms. The guide says the list is not all inclusive.
Which companies are named in the JIATF 401 counter-UAS guide?
Sixteen of the 37 entries name a maker in their text: Anduril (Pulsar-L, Anvil, Lattice C2), Echodyne (EchoShield), Black River Systems (Ninja TRx), Allen Control Systems (Bullfrog), MSI (EAGLS), AeroVironment and Blue Halo (Locust-HEL), Invariant Corporation (CWS-A), Blue Halo (Titan), D-Fend Solutions (EnforceAir2), Epirus (Leonidas), Perennial Autonomy (Bumblebee), Dedrone, part of Axon (Defender 2), DZYNE Technologies (Dronebuster IV) and Smart Shooter (SMASH 2000L). Programme-of-record entries such as FS-LIDS, Coyote and MADIS do not name a prime.
Does the guide give ranges, prices or quantities?
No prices and no fielded quantities appear anywhere in the document. Ranges appear only where a maker supplied one: EchoShield up to 25 km detection with a four-radar kit, EnforceAir2 up to 4.5 km detection and 1.2 to 4 km mitigation, Leonidas up to 8 km for LRIP units, DRAKE a demonstrated 400 metres or more, SMASH 2000L 100 metres against sUAS. The FS-LIDS entry states that system ranges are classified.
What is JIATF 401?
Joint Interagency Task Force 401 is the Army-led task force that runs the Department of War’s counter-small-UAS effort, including the counter-UAS marketplace opened in 2026 and the directed-energy pilot at five installations. Its director, Brigadier General Matthew Ross, is quoted in the guide’s release saying there is no silver bullet or single solution. The marketplace and pilot are covered on the US counter-UAS market page.
Is being in the guide the same as being on the JIATF 401 marketplace?
No. The marketplace is a procurement catalogue on an Army contract vehicle through which US and allied customers buy validated systems; the guide is a reference document for operators and planners. The guide does not say which of its 37 entries are on the marketplace, and the marketplace listing does not determine what the guide includes. On this page’s reading, an entry in the guide is a second, separate form of institutional recognition.
Researching this market for a live decision? Commission a Decision Brief: an independent three-page read on any company in it, delivered in five working days.
RELATED BRIEFINGS
The Homeland Becomes a Market: JIATF-401's $500 Million Domestic Shield and the Authority Gap Behind the Hardware.
SIGNAL / VOL. 02-ALArmy Laser Defeats Three Hostile Drones in a Border Operation
SIGNAL DOSSIER / VOL. 02-ANThe Laser Commitment: The Army's First Production Contract for a High-Energy Laser Weapon System
SIGNAL / VOL. 02-AKThe Marine Corps Puts Counter-Drone Kit in the Rifle Squad
SIGNAL DOSSIER / VOL. 02-MThe $994 Million Map: Where the Army's FY27 Counter-UAS Budget Actually Lands.
RELATED INTELLIGENCE
SOURCES & REFERENCES
ABOUT THIS PAGE
- Prepared by
- Drone Intelligence editorial team
- Last verified
- 15 September 2026
- Sources
- 3 primary sources cross-checked
- Confidence
- High on verified facts. Assessment and forecast labelled inline.
- Corrections
- Email paul@droneintelligence.ai with the page URL and the source you believe contradicts the claim.
Prepared under the Drone Intelligence methodology. Editorial decisions follow our editorial policy. Independence and disclosure standards at ethics.
CITE AS
“US Military Counter-UAS Systems 2026: The JIATF 401 List” Drone Intelligence, 15 September 2026. https://droneintelligence.ai/intelligence/us-military-counter-uas-systems
Drone Intelligence, Market Intelligence. Updated Q3 2026.
paul@droneintelligence.ai