Drone-detection manpacks
Dismounted counter-UAS detection
Overview
Portable drone-detection systems carried by dismounted teams: counter-UAS awareness for patrols, forward positions and protection details operating beyond fixed-site coverage. Lightweight, quick to bring into action, and integrated with the wider layered defence when in range.
Counter-UAS awareness that moves with the patrol: drone detection in a manpack for the teams operating beyond fixed-site coverage.
Capabilities
- Portable drone detection carried by dismounted teams
- Rapid into-action time for patrols and protection details
- Integrates with the layered counter-drone architecture when in range
- Lightweight, battery-powered, soldier-operable
- Closes the coverage gap that leaves patrols and protection details exposed once they move beyond fixed-site sensors
- Delivers early warning at the individual-team level, protecting dismounted troops with the seconds they need to react to an approaching drone
Specifications
| Type | Dismounted C-UAS detection |
| Form factor | Manpack |
| Integration | Links into layered defence |
| Origin | Independent / non-aligned |
In depth
A portable detection layer
The product record defines the manpack as portable drone detection for dismounted teams. Its purpose is to move counter-UAS awareness with patrols, forward positions and protection details instead of limiting detection to a fixed site. The form factor is a manpack, and the published attributes are lightweight, battery-powered and soldier-operable. Those facts describe a system that a team can carry and use as part of its own movement. They do not establish a particular detection range, sensor technology or battery duration, so those values are not supplied here. The useful distinction is the one the catalogue makes: detection is carried by the team.
Closing the fixed-site gap
The catalogue states the operational gap plainly. Patrols, protection details and forward positions can move beyond fixed-site coverage, and the manpack closes that gap with early warning at individual-team level. Early warning gives a dismounted team time to react to an approaching drone, but the record does not prescribe a particular reaction or claim a specific number of seconds. The manpack's role is detection and warning. It is not described as a complete defeat system, and it should not be read as one. Its place in the architecture is the portable awareness layer that precedes whatever response the force's rules and wider systems permit.
Rapid into-action use
Rapid into-action time is a listed feature for patrols and protection details. Alongside the lightweight, battery-powered and soldier-operable form, that gives the manpack a clear employment condition: a dismounted team can bring its detection capability into use without waiting for a permanent installation. The record does not state a setup time, staffing requirement or operating radius. What it does establish is the relationship between form and use. The equipment is designed for teams that are already moving or operating forward, where the requirement is to carry detection and put it into action rather than build a fixed sensor position.
Linking back to the layer
When it is in range, the manpack integrates with the wider layered counter-drone architecture. That qualification is important. The catalogue confirms integration when the system is in range, not continuous connectivity in every location. The manpack can therefore serve as a team-level detector and also contribute to the broader defence picture where the link is available. The product's related architecture includes fixed-site and other counter-drone layers, but this record does not assign the manpack a command role or an effector. Its contribution is the portable detection feed and the warning it gives at the edge of coverage.
A team-operated system
The detail record calls the manpack soldier-operable. That makes the operator part of the product definition rather than an afterthought. A dismounted team carries the system, brings it into action and receives the early warning at the individual-team level. The catalogue does not claim that the manpack independently decides an engagement or defeats a drone. It identifies detection, integration and warning. Keeping those functions separate makes the procurement question more precise: the buyer can assess how the manpack fits patrol procedures, protection details and the existing layered architecture without treating portable detection as a substitute for every other counter-UAS function.
Representation and control
The capability is represented through one accountable channel after classification and end-user certification are confirmed. The exposition states that it is sustained in-region and employed under the buyer's own rules of engagement. Those conditions govern how the portable detector is introduced and used; they do not add an unrecorded performance value. The published origin is independent and non-aligned. Configuration discussions can address the teams, fixed-site layers and in-range integration that the records identify. Until then, the verified proposition remains specific: a lightweight, battery-powered, soldier-operable manpack for portable drone detection and early warning beyond fixed-site coverage.
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.
Dismounted form factor: protection details and forward positions stop being the undefended gap.
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 a counter-UAS manpack?
A manpack is drone detection carried by the team rather than mounted on a mast: portable, battery-powered and operable by a soldier without a specialist crew. It closes the coverage gap that opens the moment a patrol or protection detail moves beyond fixed-site sensors. Ours detects and tracks, and links into the layered counter-drone architecture when it is in range of it.
See: Dismounted counter-UAS detectionThe layered architecture it reports into
Best portable drone detector for soldiers
On published detail, the wearable specialists currently win the paper comparison, and buyers should know that before they compare. MyDefence publishes 840 g to 1,110 g, detection up to 6 km, alerts in under 10 seconds and 7 to 14 hours of battery; DroneShield's RfPatrol Mk2 is 800 g with up to 8 hours on a NATO-standard battery. We do not yet publish equivalent figures for the manpack. What we do offer is a detector that cues effectors already inside the same product line.
Do drone detectors also jam drones?
Usually not. Wingman, RfPatrol Mk2 and Dedrone's RF-360 all detect and localise only; each vendor sells the defeat capability separately, as the Pitbull 101 for MyDefence and the DroneGun Mk4 for DroneShield. Ours is also a detection item, but the effectors it cues sit in the same counter-UAS line, so nobody is integrating two suppliers under fire.
See: Detection and defeat split, vendor by vendorHand-deployable kinetic defeat
Man-portable counter-UAS for border patrol teams
Border patrols are the classic undefended gap: long frontages, no masts, and a drone overhead before anyone hears it. A manpack gives the team early warning at the individual-patrol level and the seconds needed to react. Where the patrol comes back inside sensor coverage, the same detection feeds the wider layered picture rather than staying on one soldier's device.
See: Border and territorial surveillance programmeCounter-UAS solution hub
Drone detection for VIP and close protection details
Protection details move constantly and cannot wait for a fixed installation, which is why into-action time matters more than peak detection range. Ours is specified for rapid into-action use by the team that carries it, though we do not publish a figure in seconds; DroneShield states instant notification with no setup and MyDefence publishes under 10 seconds. Press every supplier, including us, for a timed demonstration on your own ground.
Counter-UAS manpack that works without a software subscription
Check who holds the switch before you check the specification. Dedrone's RF-360 datasheet is candid that the sensor needs DedroneTracker.AI version 5.0 or later and a valid licence, cloud or on-premises, and DroneShield maintains the detection database its wearable depends on. Our manpack ships as part of a system the customer owns, sustained in-region, with no third-party licence gate between a soldier and the alert.
Alternative to MyDefence Wingman outside NATO supply chains
Our drone-detection manpack performs the same dismounted role from a non-aligned supplier, and unlike a standalone wearable it links into the architecture that holds the effectors. Be clear-eyed about the trade: MyDefence publishes weight, band coverage, detection range and battery life in detail, and we do not publish equivalents yet. Ask for them against the configuration you are quoting.
Drone detection for prison and perimeter guard patrols
Contraband delivery by drone is a patrol problem more than a radar problem: the flight is short, low and often behind buildings, and the guard on the wall is the sensor that matters. A manpack puts detection with the patrol instead of on a mast that the drone flies under. Where a site already runs fixed sensors, the same detection joins the wider picture rather than sitting on one handset.
See: Manpack detection for dismounted teamsCounter-UAS solution hub
Drone-detection manpack that can be trained on quickly by regular infantry
The manpack is specified as lightweight, battery-powered and soldier-operable, which is the whole point of the form factor: no specialist crew, no vehicle, no setup ritual. Training scales best when the detection device and the effectors come from one line and one training pipeline, rather than three vendors with three courses. We do not publish a training duration, so ask for the syllabus and the hours during evaluation.
See: Operator training and certificationManpack against the wearable specialists
Our dismounted troops keep being surprised by small drones. What do we issue first, detection or a jammer?
Detection, almost always. A soldier who knows a drone is inbound can take cover, disperse or move; a soldier with a jammer and no warning has nothing to point it at. That is why MyDefence, DroneShield and Dedrone all sell detection as the base item and defeat as a companion. Our manpack delivers early warning at team level, and the defeat layer already exists in the same line when you are ready to add it.
See: Manpack detectionCompact kinetic interceptor for the defeat step
What does the manpack weigh, how long does the battery last, and what temperature range is it rated to?
We do not publish carried weight, battery endurance or an environmental rating for the manpack, and you should treat that as a gap to close in writing before contract. The wider counter-UAS line is stated as -20 °C to +50 °C. For benchmarking: RfPatrol Mk2 is 800 g and tested to -32 °C at IP67, Wingman is 840 g to 1,110 g and rated to -30 °C at IP67, and Dedrone's RF-360 is 7.0 kg at IP65. If you operate in Arctic or high-altitude conditions, demand the tested envelope from every vendor including us.
How does a manpack fit into a national counter-drone architecture rather than becoming another orphan gadget?
By reporting into the same track picture the fixed sites use. Ours integrates with the layered counter-drone architecture when in range, so a patrol contact becomes part of the national picture rather than a note in a log. That is the difference from a standalone alarm: the detection cues effectors that already exist in the same product line, under one command layer.
See: The command layer above the effectorsCounter-UAS solution hub
What is the ten-year cost of equipping a battalion with dismounted drone detection?
Count three lines: the devices, the sustainment and the dependency. RfPatrol Mk2 carries a 12-month warranty with longer terms on request, and its detection database stays current only while the vendor relationship does. Dedrone's sensor requires a licensed software instance held by a foreign vendor. Our manpack is sustained through in-region support with spares held locally, so the recurring bill is training and parts rather than a foreign service contract.
Can dismounted RF detection see a drone that is not transmitting?
RF sensing detects emissions, so an autonomous drone flying silently on a pre-set route is the hard case for every wearable and manpack in this class. That is a limitation of the sensing principle, not of one vendor. The answer at site level is layered detection with radar and optical confirmation, which is what the fixed and pod-mounted parts of our line provide; the manpack contributes coverage where those sensors cannot reach.
See: Layered radar, RF and optical detectionDrone-detection radar as a discipline
Is your manpack a fielded item or a prototype built for the tender?
It is a fielded, soldier-operable item from the same line as the fixed-site sensors and effectors, carried by dismounted teams and integrated into the wider layered defence when in range. Where our published data is thinner than a specialist wearable vendor's, we say so rather than inventing figures, and the specific gaps are listed on the comparison page.
Drone-detection manpacks: questions
What are Drone-detection manpacks?
Drone-detection manpacks are Unstrat's Sky (Air Domain) capability: Portable drone-detection systems carried by dismounted teams: counter-UAS awareness for patrols, forward positions and protection details operating beyond fixed-site coverage. Lightweight, quick to bring into action, and integrated with the wider layered defence when in range.
How do Drone-detection manpacks work?
Drone-detection manpacks deliver their effect through portable drone detection carried by dismounted teams, Rapid into-action time for patrols and protection details and Integrates with the layered counter-drone architecture when in range, capabilities matched to the requirement and confirmed under briefing rather than published.
Who makes Drone-detection manpacks?
Drone-detection manpacks are 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 Drone-detection manpacks over a major-power alternative?
Drone-detection manpacks are sourced from an independent, non-aligned manufacturer, so they carry no major-power disclosure rules, upgrade-locks or political ramifications. Concretely: dismounted form factor: protection details and forward positions stop being the undefended gap. The capability is accountable to you, not to a foreign vendor's government and its release schedule.
How are Drone-detection manpacks procured, and where can it be exported?
Counter-UAS awareness that moves with the patrol: drone detection in a manpack for the teams operating beyond fixed-site coverage. 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. Drone-detection manpacks are then sustained in-region by one accountable team from briefing through long-term operation.