Top 37 Counter-Drone Companies in the United States

Companies are ranked by how directly the core product serves a counter-drone mission, then by technology differentiation, government track record and the depth of the supply chain behind it. Primes that field both sensors and effectors at programme scale sit at the top; single-technology specialists follow in order of how much of the kill chain they close; component suppliers and early-stage entrants sit at the bottom. Size appears on every card but is not the ranking criterion — a ten-person team with a working interceptor outranks a conglomerate selling services. If the sensor categories are unfamiliar, our primer on the main types of drone detectors explains the radar, RF, electro-optical and acoustic layers that recur below.

Ranked by how directly each company’s product serves a counter-drone mission, these are the US counter-drone companies that matter most in 2026. The list covers primes, sensor houses, effector makers and the software layer that ties them together. Companies whose business is consulting, guard services, training or industry association work were deliberately excluded, as were firms with no verifiable public web presence.

Note: Company profiles are based on publicly available data from each company’s website and LinkedIn profile. Acquisition notes reflect the corporate structure visible on company sites at the time of writing.

RTX is the anchor of the US counter-drone industrial base: the supplier that fields both the radar and the interceptor inside the Army’s low, slow, small unmanned aircraft integrated defeat system. For allied buyers, Coyote plus KuRFS is the benchmark against which every other US system is priced and compared, and it ranks first because it closes the entire kill chain rather than one layer of it.

AV is the most complete US counter-drone portfolio after RTX: RF detection from SkyView, kinetic intercept through Titan, and directed energy through LOCUST under one roof. It ranks second because that breadth is recent and still being integrated, but no other US company can offer a buyer detection, kinetic defeat and a laser from a single contract.

L3Harris approaches counter-drone as an electronic-warfare problem first and a kinetic one second. VAMPIRE gives ground forces a lightweight, vehicle-mounted defeat option, while the company’s wider EW catalogue supplies the jamming and signal-detection layer that many allied counter-UAS architectures depend on.

Anduril’s contribution is the reusable interceptor as an economic answer to the one-way attack drone. Roadrunner can be recovered and reused rather than expended on every engagement, and Lattice supplies the sensor fusion and command layer that lets a site run mixed sensors and effectors without a bespoke integration project.

Ondas Sentinel is the clearest example of US counter-drone consolidation: three formerly independent companies now sell through one group. Iron Drone Raider handles the docked, net-capture interceptor role at airports and critical sites, while DZYNE adds long-endurance UAS and the Dronebuster handheld family — a combination aimed squarely at civil infrastructure buyers.

Fortem is the best-known example of the detect-and-capture school: rather than jamming or shooting, DroneHunter flies out and nets the intruder, which keeps collateral risk low over crowds and airports. Because the company sells radar, interceptor and C2 together, it is a realistic single-vendor option for a civil site that cannot use kinetic effects.

Echodyne made the compact ESA radar affordable, and that single fact reshaped the US counter-drone sensor market. Its radars are the detection layer inside many third-party C-UAS stacks, so buyers often encounter Echodyne hardware without seeing the brand on the contract — which is exactly what a good sensor supplier should look like.

SRC is unusual in the US market: a not-for-profit that still manufactures hardware. Gryphon radars are designed for the counter-UAS mission from the ground up, the family has passed its 100th R1540 panel delivery, and the Domestic Shield award makes SRC one of the few sensor houses with a programme-of-record route into US counter-drone procurement.

AVT’s strength is the expeditionary, vehicle-mounted case: X-MADIS packages detection and defeat into a system that can be driven to a site and run without a fixed installation. Now inside CACI, it gives buyers a route into a larger defense integrator, with AVT’s optics feeding CACI’s CORIAN and SkyTracker RF layers.

WhiteFox has been selling counter-drone equipment longer than most of the current US field has existed. DroneFox covers the fixed-site RF detection and mitigation role, while Scorpion 3 gives a dismounted operator a handheld option — a pairing that suits prisons, airports and forward operating bases alike.

Dedrone’s advantage is the software wrapper: it turns a mixed sensor estate into one airspace picture that a security team can actually operate. The Axon acquisition ties that picture into the broader law-enforcement technology stack, which matters for police and corrections buyers who already run Axon systems.

ApolloShield sells a complete RF-based detect-and-block package rather than components, which makes it attractive to buyers without an integration team. Its focus on prisons and protected sites shows in the operating model: identify the drone, identify the pilot, and hand the evidence to the security staff.

UNIFY.C2 is the layer that decides whether a mixed sensor estate behaves like one system. Because it is sensor-agnostic, it lets a site keep existing radars and add new effectors without replacing the whole stack — the integration problem that sinks more counter-drone projects than any sensor shortfall.

Edda attacks the cost problem directly: a cheap, reloadable turret for the last hundred metres rather than a missile for every quadcopter. It is designed for the FPV threat that jamming cannot stop, and its small footprint makes it one of the few US point-defence systems a forward unit can actually carry.

Spotter’s pitch is volume and price: military-grade radar built as a commercial off-the-shelf product. For a utility substation or a prison perimeter that cannot justify a bespoke radar programme, a Spotter unit plus a C2 layer is often the fastest route to drone awareness.

DeTect came to counter-drone from bird-strike avoidance, which is why its radars are unusually good at separating small, slow targets from clutter. That heritage matters at airports, where the same sensor has to see a drone without alarming on every flock of geese.

O.W.L.’s radars were built for ground surveillance first, which gives them a useful property in counter-drone work: they track a drone and the person launching it in the same picture. For a site that needs to catch the operator as well as the aircraft, that is a meaningful difference.

AirSight’s focus is the operational picture rather than the sensor: detect the drone, locate the pilot, and give security staff a response they can act on. That makes it a practical fit for venues and airports where the goal is evidence and intervention rather than kinetic defeat.

Picket occupies the 40-metre bubble that other systems ignore. Its turret is meant to sit directly over the asset being protected and handle drones that have already survived the outer layers — an unglamorous role that becomes essential once FPV drones start arriving in numbers.

Drone Defense Systems is a systems integrator in the practical sense: it packages detection and mitigation into a deployable site solution rather than selling a single box. That suits public-safety and municipal buyers who need a working installation and a support contract, not a research project.

Talon is a small team attacking the same problem as the primes: how to defeat a cheap drone without spending a missile. SECTR’s software-defined approach means the engagement logic can change with the threat, which is the advantage a small company has over a large one with a fixed product line.

ZeroMark’s premise is that the infantry already has the effector — it just cannot hit a moving drone. Adding an AI targeting layer to existing rifles is far cheaper than fielding a new weapon, and it addresses the FPV threat at the exact point where it becomes lethal.

Valkyrie treats counter-UAS as an air-to-air problem: put a crewed or uncrewed aircraft up to intercept the intruder before it reaches the target. That is an expensive answer to a cheap drone, but it is also the only option for wide-area defence where ground sensors cannot cover the approach.

Solakair is betting that the interceptor should be a drone, not a missile. A reusable VTOL platform can patrol, identify and engage without expending itself on every sortie, which changes the economics of defending a large area against repeated incursions.

Parallax is selling arithmetic as much as hardware: a $500 drone should not require a $2 million interceptor to stop. Its low-kinetic effector is designed to be cheap enough to fire repeatedly and safe enough to use where fragments would be unacceptable.

Ravenstrike is early-stage and tiny, but it represents a real pattern in the US market: veterans building a specific counter-drone tool rather than a platform. Its kinetic-plus-EW framing acknowledges that jamming alone fails against autonomous drones, and that a physical effector still has to finish the job.

Drone Round takes the least glamorous route to counter-drone defence: improve the ammunition. It requires no new launcher, no spectrum allocation and no integration project, which makes it attractive to police and military units that already carry firearms and need a better answer for a quadcopter overhead.

Atrelon addresses the failure mode that most C2 vendors ignore: what happens when the network is jammed. Its decision-support layer is built to keep a counter-drone operation running under electronic attack, which is precisely the condition a peer conflict would create.

NQDEFENSE sells the full fixed-site package — detection, jamming and ancillary security sensors — at a price point that fits police and corrections budgets. Buyers should note the group’s international manufacturing base when assessing supply-chain and compliance requirements.

Zaruba’s passive detector listens for the drone and its video link without emitting, which keeps the operator hidden and works against drones whose control link is hard to jam. The net launcher gives a physical capture option for the last few metres, where RF defeat is not allowed.

Moodro’s pilot-localisation capability is the feature that matters for border and critical-site work: stopping the drone is temporary, finding the operator is not. Its passive approach also avoids the spectrum-licensing problem that limits active jammers in civil settings.

Lighthouse targets the middle ground between a full radar and a pair of binoculars: a passive sensor that tells a site something is in the air and where it is, without emitting. Its dual-use design also serves drone operators who need to see other traffic, which widens the addressable market.

Kytyra sells the part of the kill chain that is hardest to get right: deciding what the object is. Classification is where false alarms and missed detections are created, and a low-SWaP sensor aimed at mobile platforms addresses a gap that fixed radar installations cannot fill.

Rodor’s premise is that the drones that matter now often emit no radio signal, so a detection layer built only on RF misses them. Echo1 focuses on giving event security a usable live picture and a post-event record — the evidence trail that a police hand-off depends on.

PerceptView supplies the confirmation layer: once radar or RF says something is there, an EO/IR system has to identify it and keep it in frame. That identification step is what separates a detection alert from a decision to act, and it is the piece most often bought last.

RP Optical is a component supplier rather than a system vendor, but its IR optics sit inside many counter-drone cameras. Buyers specifying an EO/IR detection layer should know who makes the lens, because thermal performance at range is decided there, not in the software.

BlackByrne’s contribution is the human gate: a system that fuses the threat picture but keeps a person in the decision loop, with an auditable record of what was seen and why. That is increasingly what civil and allied buyers need before any effector is authorised.

Start with the threat model, not the catalogue. A fixed critical-infrastructure site that needs early warning should shortlist radar and RF detection first — Echodyne, SRC, Spotter Global, DeTect and Observation Without Limits all sell sensors that can be integrated by a third party — then add a C2 layer such as UNIFY.C2 or Fortem’s SkyDome only once the sensor mix is settled. A site facing FPV or fibre-optic drones that emit no radio signal needs a different stack: acoustic, electro-optical or radar detection plus a kinetic effector, which is where 9 Mothers, Picket, Parallax, Solakair and Drone Round compete. Buyers who want one contract and one throat to choke should stay with RTX, AeroVironment, L3Harris or Anduril; buyers who want to integrate sensors they already own should look at the specialist tier. Whatever the requirement, the legal constraint binds first: US law treats a drone as an aircraft, and destroying one is a federal felony carrying up to 20 years’ imprisonment under 18 U.S.C. § 32, while radio interference is restricted under 47 U.S.C. § 333. Active mitigation has historically been reserved to designated federal agencies; commercial operators should plan for detection and hand-off, and confirm current authority with counsel before buying an effector. Buyers comparing other markets should read our UK counter-drone companies and Indian counter-drone companies lists; the shortlist logic is the same, the suppliers are not.