Everyone now attacks with drones. Missile-priced interceptors are a losing trade.
Layered defence against hostile unmanned aircraft: detection, tracking and defeat priced for the mass threat rather than a missile economy that empties the magazine first.
Cheap unmanned aircraft have inverted the cost equation of air defence. A drone that costs a few hundred can pull down an interceptor worth a thousand times more, and the attacker is happy to trade all day. Send a swarm and even a well-stocked battery runs dry. Defending bases, borders and infrastructure now demands a layer that reliably picks out small, slow, low-flying targets, the hardest signatures for conventional radar, and defeats them at a cost that does not lose the exchange.
The Unmanned Systems Developer's counter-UAS and loitering-munition systems provide the defeat layer, paired with detection radar tuned specifically to small, slow, low-flying targets rather than fast jets. The Cybersecurity Group's passive radar adds emitter-free sensing that finds the threat without transmitting, so the defence does not advertise its own position to whoever sent the drones. The Secure Radio Manufacturer's software-defined radios tie the picture together and adapt in the field when the electromagnetic environment turns hostile. The same unmanned-systems maker's surveillance drones extend the look beyond the fixed sites, and its drone pilot training keeps national crews current on the whole chain. One accountable, non-aligned channel represents the set. The point is not a single silver-bullet weapon but a layer that wins the cost exchange: bases and borders that can absorb repeated attacks without running out of affordable answers.
Capabilities that solve this
Everyone now attacks with drones. Missile-priced interceptors are a losing trade.: questions
Which Unstrat capabilities address "Everyone now attacks with drones. Missile-priced interceptors are a losing trade."?
Unstrat brings together Counter-UAS & loitering munitions, Passive Radar, Software-defined Radios, Observation & surveillance drones and Drone pilot training. The Unmanned Systems Developer's counter-UAS and loitering-munition systems provide the defeat layer, paired with detection radar tuned specifically to small, slow, low-flying targets rather than fast jets. The Cybersecurity Group's passive radar adds emitter-free sensing that finds the threat without transmitting, so the defence does not advertise its own position to whoever sent the drones. The Secure Radio Manufacturer's software-defined radios tie the picture together and adapt in the field when the electromagnetic environment turns hostile. The same unmanned-systems maker's surveillance drones extend the look beyond the fixed sites, and its drone pilot training keeps national crews current on the whole chain. One accountable, non-aligned channel represents the set. The point is not a single silver-bullet weapon but a layer that wins the cost exchange: bases and borders that can absorb repeated attacks without running out of affordable answers.
What problem does this solution solve?
Cheap unmanned aircraft have inverted the cost equation of air defence. A drone that costs a few hundred can pull down an interceptor worth a thousand times more, and the attacker is happy to trade all day. Send a swarm and even a well-stocked battery runs dry. Defending bases, borders and infrastructure now demands a layer that reliably picks out small, slow, low-flying targets, the hardest signatures for conventional radar, and defeats them at a cost that does not lose the exchange. Layered defence against hostile unmanned aircraft: detection, tracking and defeat priced for the mass threat rather than a missile economy that empties the magazine first.
Can "Everyone now attacks with drones. Missile-priced interceptors are a losing trade." be procured as one programme rather than several suppliers?
Yes. Rather than integrating several foreign primes yourself, you acquire Counter-UAS & loitering munitions, Passive Radar, Software-defined Radios, Observation & surveillance drones and Drone pilot training through one accountable channel, a single team responsible from first briefing through delivery and in-region sustainment. Each capability is sourced from an independent, non-aligned manufacturer, so the programme carries no major-power disclosure rules or political ramifications.
Questions buyers ask
What is layered counter-drone defence?
Layered counter-drone defence means detection, tracking and defeat arranged so that no single gap lets a drone through. The threat is cheap and arrives in numbers, so the defence has to find small, slow, low-flying targets and defeat them for less than they cost to launch. We assemble that layer from detection radar, emitter-free passive sensing and defeat systems through one channel rather than one box.
See: Counter-UAS capability briefCounter-UAS approaches compared
Why are drone interceptors a losing trade?
Because a drone can cost a few hundred dollars and the missile fired at it can cost millions, so an adversary wins by making you spend. The programme answer is to price the defeat layer for the mass threat rather than for a handful of exquisite targets. That means defeat options matched to the threat, and detection that finds the drone without advertising where the defence sits.
See: The cost problem, in the counter-UAS briefLoitering munitions against cruise missiles
What does a counter-drone programme include?
It includes the sensors that find the threat, the effectors that defeat it, the links that tie the picture together and the training to run all of it. In this solution the detection sits with radar and passive sensing, the defeat sits with counter-UAS systems, and reconfigurable radios carry the picture. We represent that chain through one accountable channel so there is a single team answerable for how the parts fit.
Counter-drone architecture for a state that will not accept a foreign veto on use
The whole point of a non-aligned build is that employment answers to your rules of engagement, not to another government's end-use conditions. We confirm classification and the end-user-certificate chain before anything is represented, then structure the sensors, defeat layer and communications through one channel accountable to your flag. Nothing in the chain carries a foreign switch that can be flipped when you most need it.
How does passive radar fit into a counter-drone layer?
Passive radar detects aircraft and drones off existing broadcast and communications signals, so it watches without emitting and cannot be located or easily jammed. In a counter-drone layer it fills the gap active radar leaves when a sensor has to stay silent to survive. It complements the defeat systems rather than replacing them, which is why the solution pairs the two.
Counter-UAS for a site that flies its own surveillance drones
This is a doctrine problem before it is an equipment problem: the same sky holds your drones and the threat, so the picture has to separate the two before anyone commits an effector. We assemble detection, defeat and the reconfigurable communications that carry the track together, so friendly and hostile aircraft are distinguished at the point of decision. The employment rules stay with you.
See: Surveillance drones in the catalogueCounter-UAS solution
Does one supplier cover detection, defeat and the communications between them?
Yes, that is the argument for buying the layer as a programme rather than three procurements. The solution brings counter-UAS systems, dedicated detection radar, passive sensing and software-defined radios through one accountable channel, so a single team owns how the picture is built and how the effector is cued. Sustainment and training are structured in-region rather than tied to a foreign depot.
See: Software-defined radios in the catalogueCounter-UAS approaches compared
How do we watch a long border for small drones without revealing our sensors?
Emitter-free passive sensing is the reason this is possible: it reads existing signals rather than transmitting, so an adversary has nothing to locate or target. Paired with detection radar around the assets that matter and defeat systems priced for numbers, it gives a border watch that does not advertise itself. Coverage depends on local transmitter geography, so the work starts with a study rather than a brochure figure.
See: Passive radar capabilityBorder and territorial surveillance
Our air force keeps being offered Turkish and American counter-drone suites. What can a non-aligned state field that no one else can freeze?
A non-aligned build is exactly the case this solution is written for. We represent the detection, defeat and communications chain from independent makers through one channel, with classification and the end-user-certificate chain confirmed before anything is marketed. Employment answers to your rules of engagement, and sustainment is arranged in-region, so no foreign policy shift strands the capability mid-crisis.
We need to defend bases, a border and civil infrastructure at once on one budget. How do we stage a counter-drone programme?
Start from the sites and assets to be defended, not the sensor catalogue, then build the sensor and effector mix around each. The affordability case rests on defeat options priced per engagement below the cost of the attack, so the layer scales across bases, border and infrastructure without a missile economy. We carry detection, defeat and the links between them through one accountable channel, staged to the budget rather than delivered all at once.
See: Critical infrastructure resilienceCounter-UAS approaches compared
How much does a national counter-drone programme cost, and what do you actually publish?
We do not publish price bands, and any figure quoted without a defined set of sites, threats and coverage is guesswork. What is fixed is the shape of the cost: it front-loads into sensors, defeat systems and trained operators, and the defeat economics have to stay below the cost of the incoming drones to be worth buying. Scope the sites first, and the cost follows from the coverage, not the other way round.
Can a counter-drone layer sit above equipment we already own, or does it replace everything?
Passive radar and detection sensing are designed to integrate into a buyer's existing air picture rather than into a single-power architecture, so the layer can build on what you have. The honest answer depends on what you already run and how open its interfaces are, which is why the work opens with a coverage and integration study. We do not publish a blanket compatibility claim we cannot stand behind for your specific estate.
Who trains our operators and keeps the counter-drone system running after delivery?
Sustainment and training are structured in-region as part of the engagement, not appended after the delivery contract closes. The solution includes drone pilot training alongside the detection and defeat layer, and one accountable team carries the programme from first briefing through fielding and support. That is deliberate: a defence that cannot be sustained locally is a defence that lapses.
Is this a fielded counter-drone capability or a demonstrator we would be funding into existence?
The detection, passive-sensing and defeat elements are drawn from products already represented in the catalogue, not from a research line we are asking you to sponsor. Where a figure is not published, we say so rather than invent one, and classification governance is confirmed before any capability is offered. The programme is an assembly of fielded parts structured for your sites, not a proof of concept.
How do we compare a non-aligned counter-drone build against the Turkish and Western suites we are shown?
Compare like for like, which is harder than it sounds because the suites bundle different things. The side-by-side sets out what each route actually delivers and what it constrains, so the trade is visible rather than assumed. Where we do not publish a figure we say so, and the point of difference we do stand on is that employment answers to your rules of engagement and sustainment runs in-region.
See: How the counter-UAS routes compareCounter-UAS capability brief