Intercept drone
AI-powered counter-UAS interceptor
Overview
A high-speed interceptor platform that detects, tracks and neutralizes hostile drones with high accuracy and minimal collateral risk. AI-enabled target acquisition for quick lock, operator-assisted precision engagement, secure anti-jam communications with fail-safe systems, and smart abort-and-return recovery, day and night, in RF- and GPS-denied conditions.
An AI-assisted interceptor designed to close on a hostile drone at speed and defeat it with minimal collateral risk: a precision defeat layer within a layered counter-UAS architecture.
Capabilities
- AI-enabled detection and tracking for rapid target lock
- High-speed interception: built for speed and agility to close in on threats
- Operator-assisted intercept with high precision and mission control
- Secure communications, anti-jamming options and fail-safe systems
- Smart recovery: mission abort and return-to-launch keep the intercept safe
- Day-and-night, RF- and GPS-denied capable, swarm compatible, modular and upgradeable
Specifications
| Type | AI-powered counter-UAS interceptor |
| Intercept range | Available under controlled technical briefing |
| Max speed | Available under controlled technical briefing |
| Endurance | Available under controlled technical briefing |
| Operating altitude | Available under controlled technical briefing |
| Payload capacity | Available under controlled technical briefing |
| Origin | Independent / non-aligned |
Why Unstrat: the difference
Unstrat is the authorised global representative and distributor for this capability. It is already in service with a track record behind it, so you are buying something that has done the job elsewhere, not funding a first attempt. You are not the test bed.
Independent, non-aligned origin, with no political exposure to any major-power ecosystem.
One accountable team from first briefing through delivery and in-region sustainment.
Operator-in-the-loop precision engagement: AI accelerates the lock, the operator keeps mission control.
How it reaches you
Related capability
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Procurement & sustainment
Classification and the end-user-certificate chain are confirmed before this capability is represented to your market.
Sourced from an independent manufacturer: no major-power disclosure rules or political conditions.
A single team responsible from first briefing through delivery: not a chain of foreign primes to integrate yourself.
Lifecycle support and operator training delivered in-region, building capability that outlasts the initial deployment.
Questions buyers ask
What is an interceptor drone?
An interceptor drone is an unmanned aircraft launched to close on a hostile drone and defeat it in the air, by capture, collision or a warhead. It answers the case that jamming cannot: a target with no live link to break. Ours is an AI-assisted interceptor published at 200 km/h with an intercept range of up to 2.5 km, up to 15 minutes of endurance and a ceiling of 4,000 m above ground level.
See: Intercept drone specificationHow kinetic defeat compares with jamming and lasers
How fast do counter-drone interceptors need to be?
Faster than the thing they are chasing, which sounds obvious until you read the datasheets. Fortem is explicit that the DroneHunter F700 switches from attack to defence mode above 25 m/s, roughly 90 km/h, and that covers most targets worth intercepting. Wild Hornets solved speed with 280 km/h and a warhead, spending the airframe every time. Ours flies at 200 km/h with operator-assisted engagement and can break off and return.
Interceptor drone versus jammer: which should we buy?
Both, for different targets. A jammer costs nothing per shot and is the economical answer to link-dependent commercial drones. An interceptor engages the airframe regardless of what its radio is doing, which is the only reliable answer to autonomous and fibre-controlled attack. A defence that can only do one of these has a gap the attacker will find.
See: Defeat classes comparedElectronic warfare in the same line
Reusable or expendable interceptor drones for base defence?
It depends on what your alarms turn out to be. A reusable interceptor wins where most contacts are hobby drones, because an aborted intercept costs battery rather than an airframe; Fortem publishes reload in under three minutes and a 75-minute recharge, which sets the sortie rate. Expendable interceptors win against strike drones worth far more than the interceptor. Ours is built for repeated use with mission abort and return-to-launch.
Counter-drone interceptor that works when GPS is jammed
Ours is stated to operate in RF- and GPS-denied conditions, day and night, and to be swarm compatible. Fortem publishes AES-128 or AES-256 link encryption, which protects the link but is not a denied-navigation claim, and Wild Hornets publishes ELRS control, which is also a link rather than a navigation solution. Whichever vendor you shortlist, make denied-navigation behaviour a tested acceptance criterion rather than a brochure line.
Interceptor drone for stadium and public event protection
Over a crowd, the question is what falls afterwards. Net capture with a drogue chute is the low-collateral option and Fortem builds its case on exactly that. Our interceptor engages with operator-assisted precision and minimal collateral risk, and it can abort and return when the contact turns out to be a camera drone, which is most of them at public events.
See: Net-capture and kinetic effectors in the wider lineCollateral and recovery compared
Alternative to Fortem DroneHunter F700 outside the United States
Our intercept drone covers the same role at higher speed: 200 km/h against the F700's roughly 90 km/h in attack and pursue modes, with AI-assisted lock, operator-controlled engagement and return-to-launch. Fortem's advantages are real and published: a 4 km operating radius against our 2.5 km, and reusable net capture that leaves the target recoverable for forensics. If export conditions are the constraint, we are non-aligned.
Interceptor drone for pipeline and oil field protection over long frontages
Long linear assets are a sensing problem first: you cannot put an interceptor everywhere, so the sensors decide where it launches from. Ours reaches up to 2.5 km per intercept with up to 15 minutes of endurance and a 4,000 m ceiling, which suits defended nodes with detection pushed forward rather than free patrol of a whole corridor. Plan the siting around the nodes that matter and accept that the gaps between them are watched, not covered.
See: Critical infrastructure resilience programmeRange and endurance as published
Counter-drone interceptor that can be cued by our existing radar
An interceptor is only as good as the track it is launched on, so the cue matters more than the airframe. Ours sits inside a line where radar, RF and optical detection already feed one command layer, and it is designed to be cued rather than flown blind. Fortem publishes an open API and FAAD C2 integration for its aircraft, which is a strong public claim; test integration with your own sensors during evaluation.
See: The command layer that cues the effectorsDrone-detection radar as a discipline
Ukraine's interceptors are the proven answer to Shahed-type drones. Can a non-aligned state actually buy them, and what is the alternative?
STING's specification is impressive and its production is committed to a war: 280 km/h, an 18.5 km tactical radius with return, expendable with a 500 g payload and remote detonation. Domestic demand is the first call on that output. Our interceptor is available to non-aligned buyers and supported where it is used, with the honest caveat that we publish 200 km/h and 2.5 km. If the requirement is deep interception of cruise-profile drones, say so early and we will scope the extended-range platform instead.
See: STING and F700 compared with oursExtended-range platform for deeper engagements
What is the cost per engagement of an interceptor drone against a cheap attack drone, and how do we keep that exchange sensible?
Layer it. Put a low-cost-per-shot option in front of an assured kinetic backstop, so the expensive effector is spent only on targets that earn it. Ours is configured so an aborted intercept costs nothing but battery, which matters on sites with heavy false-alarm traffic. Fortem's published reload of under three minutes and 75-minute recharge are the practical limits on how often a reusable interceptor can be spent at all.
See: Cost-per-engagement analysisWhy the exchange rate decides the campaign
Our rules of engagement require a human decision before any kill. Does an AI-assisted interceptor comply?
Ours is built for that constraint. AI accelerates detection, tracking and target lock; the operator retains mission control and makes the engagement decision, with mission abort and return-to-launch available at any point. Fortem's F700 by contrast selects its own attack, defence or pursue mode from relative speed, which is elegant and means the aircraft chooses. Where a track might be civilian, that difference is the whole procurement argument.
What does the interceptor weigh, how long does it take to turn around between sorties, and how long to train an operator?
We publish speed, range, endurance, altitude and payload, and we do not publish take-off weight, operating temperature, turnaround time or training duration for the interceptor. Those are open gaps and we list them as such. For benchmarking, Fortem publishes 18 kg, -10 °C to +50 °C, reload in under three minutes and a 75-minute recharge, and Wild Hornets publishes six days of training or two for qualified FPV operators. Ask us for ours in writing.
How does a single interceptor fit into a national air-defence picture rather than becoming a standalone toy?
It works as the precision defeat layer inside a layered counter-UAS architecture, cued by radar, RF and optical detection that has already classified the track. Buying the interceptor without the sensing and the command layer is the common mistake: the aircraft is only as good as the cue it gets. Our line carries both, from the manpack at patrol level to the command layer above the fixed sites.
Is your interceptor in service, or would we be the first customer to fly it in anger?
It is a production item within a counter-UAS line built for real airspace defence tasks: day and night, RF and GPS denied, swarm compatible, with sustainment placed in the buyer's region. Where a competitor publishes a service record we cannot match on paper, we say so plainly instead of matching it with adjectives, and we would rather be tested during your evaluation than believed on a brochure.
Intercept drone: questions
What is Intercept drone?
Intercept drone is Unstrat's Sky (Air Domain) capability: A high-speed interceptor platform that detects, tracks and neutralizes hostile drones with high accuracy and minimal collateral risk. AI-enabled target acquisition for quick lock, operator-assisted precision engagement, secure anti-jam communications with fail-safe systems, and smart abort-and-return recovery, day and night, in RF- and GPS-denied conditions.
How does Intercept drone work?
Intercept drone delivers its effect through AI-enabled detection and tracking for rapid target lock, High-speed interception: built for speed and agility to close in on threats and Operator-assisted intercept with high precision and mission control, capabilities matched to the requirement and confirmed under briefing rather than published.
Who makes Intercept drone?
Intercept drone is built by The Unmanned Systems Developer, whose focus is counter-uas, loitering munitions & unmanned aircraft. Unstrat represents The Unmanned Systems Developer to government and enterprise buyers worldwide as an independent, non-aligned prime vendor.
Why choose Intercept drone over a major-power alternative?
Intercept drone is sourced from an independent, non-aligned manufacturer, so it carries no major-power disclosure rules, upgrade-locks or political ramifications. Concretely: Operator-in-the-loop precision engagement: AI accelerates the lock, the operator keeps mission control. The capability is accountable to you, not to a foreign vendor's government and its release schedule.
How is Intercept drone procured, and where can it be exported?
An AI-assisted interceptor designed to close on a hostile drone at speed and defeat it with minimal collateral risk: a precision defeat layer within a layered counter-UAS architecture. Every engagement begins with a briefing, and export eligibility is confirmed per market under briefing rather than published. Where controlled capabilities are involved, the classification and end-user-certificate chain is confirmed first. Intercept drone is then sustained in-region by one accountable team from briefing through long-term operation.