Penetrative strike asset
If you can see it, you're not the target
Overview
This penetrative strike asset is an unmanned system built to reach targets that sit behind an active defence, under operator control and the applicable rules of engagement. The point of the platform is to get through the layers that would stop a conventional approach and to keep the crew making the engagement decision the whole way in. Secure communications with military-grade encryption and anti-jamming hold that control when the target area is actively trying to sever it. For a buyer, the significant difference is not only the airframe but who owns the capability once it is fielded: an independent maker, with no foreign veto over how or when the asset is used and no external release authority sitting between the operator and the mission. Because a strike capability carries real obligations, the manufacturer represents it to a market only after classification and the end-user-certificate chain are confirmed, and sustains it in-region so the customer is not dependent on an overseas line to keep it ready.
A penetrative strike asset under your operators' control and your rules of engagement, from an independent maker, with no foreign veto on the capability and no external release authority standing between the operator and the mission.
Capabilities
- Penetrative strike asset built to reach targets that sit behind an active defence
- Operator control aligned with the applicable rules of engagement, with the engagement decision held all the way in
- Secure communications with military-grade encryption and anti-jamming to hold control when the target area tries to sever it
- Represented and delivered only after classification and the end-user-certificate chain are confirmed
- Sustained in-region so the asset stays ready without dependence on an overseas line
Specifications
| Type | Penetrative strike asset |
| Controls | Classification & EUC-gated |
| Origin | Independent / non-aligned |
| Support | In-region sustainment |
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 under the applicable rules of engagement, so accountability for every engagement stays with the crew and the chain above them.
An independent origin means the capability is not conditional on a major power's policy of the day, which is the difference between owning a deterrent and borrowing one.
How it reaches you
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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 penetrative strike asset?
An unmanned system built to reach targets that are defended, rather than targets that merely happen to be far away. The Unmanned Systems Developer's asset operates under operator control and the applicable rules of engagement, with military-grade encryption and anti-jamming, and it is a fielded strike capability sustained in-region. It is delivered only after classification and end-user-certificate confirmation.
See: Control, communications and release conditionsAgainst KEMANKEŞ 2 and ANKA-III
What range does a stand-off strike system need?
It depends on where the defences begin, which is why published numbers only get you so far. For scale: Baykar publishes 150 km operational range and 80+ km communication range for KEMANKEŞ 2, and TUSAŞ publishes a 750 km air-to-ground combat radius for ANKA-III. We do not publish range or payload for our asset, so if the decision turns on those figures today, the Turkish numbers are the ones on the table.
Single-use missile or recoverable aircraft: which is cheaper?
Work out expected engagements per year and the answer follows. A cruise missile is a consumable, so the budget line is magazine depth; a recoverable aircraft costs far more up front, plus runway, crew and maintenance, then delivers repeated sorties. Below a certain engagement rate the missile wins on total cost, above it the aircraft does. A buyer who has not chosen between those two logics is not ready to run the tender.
See: Two ways to reach a defended targetLoitering munitions vs cruise missiles
Are penetrative strike systems export controlled?
Universally, and we gate our own. The Unmanned Systems Developer's penetrative strike asset is delivered only after classification and the end-user-certificate chain are confirmed, and no capability is marketed ahead of its governance. Neither Baykar nor TUSAŞ publishes release conditions for the comparable systems. The difference we offer is not the absence of conditions but the absence of a third capital setting them.
Strike system that can launch without a runway
Launch method drives basing, dispersal and survivability, so it belongs near the top of the requirement. Baykar publishes rocket-assisted take-off or vehicle-based launch for KEMANKEŞ 2 from sites without road or runway access, which is the most specific published answer here; ANKA-III is a runway aircraft sharing a ground segment with other TUSAŞ types. We do not publish our launch and basing method, and a tender should require it from all three of us.
What happens to a strike asset when GNSS is jammed over the target?
This is the question that separates brochures from weapons. Baykar publishes an EO terminal guidance option alongside GNSS for KEMANKEŞ 2 plus an anti-jamming system; TUSAŞ publishes laser, imaging-infrared and INS/GPS guided munitions on ANKA-III, which gives non-satellite options. Our systems use military-grade encryption and anti-jamming with operator-in-the-loop control. Demand a live demonstration under jamming from every bidder, in the last 10 km.
See: Guidance in a jammed environmentElectronic warfare and link resilience
Who authorises the strike, and can that be enforced technically?
Our strike systems are operator-in-the-loop under your rules of engagement, and that authority should be testable rather than declared. Require an abort after commit as part of acceptance, with the datalink degraded at the same moment, and require the vendor to document what the system does when authorisation cannot be obtained. A design that only describes the release path in prose will not survive a legal review after an incident.
Penetrative strike asset for a force that cannot sustain a large air fleet
The attraction of a smaller unmanned strike system is that it delivers effect without the runway, hangar, crew and fuel chain of a combat aircraft fleet. The trade is reach and payload, which is where the published Turkish figures are instructive: 20 kg on a 75 kg airframe against 1,600 kg on a 7,250 kg aircraft. Size the requirement against your target set rather than against the strongest brochure.
Is the asset recoverable or expended on the mission?
We do not publish whether our penetrative strike asset is recoverable or single-use, and that changes the cost model entirely, so ask us in a tender. Baykar's KEMANKEŞ 2 is a single-use cruise missile; ANKA-III is a recoverable aircraft that delivers munitions and returns. Whichever you buy, the recoverability answer determines whether your budget line is magazine depth or fleet sustainment.
Our target set is defended by modern air defence. How do we decide between a stand-off missile and a penetrating aircraft?
Count the engagements you expect and decide what you are willing to lose. A small, fast, expendable system solves the problem by being cheap enough to send into the threat envelope repeatedly. A survivable aircraft solves it by coming home with a large payload and being reused. The two also fail differently: one runs out of magazine, the other runs out of availability. Model both against a year of your actual tasking.
Can a non-aligned state acquire a penetrative strike capability without political conditions attached?
Not entirely, and any supplier claiming otherwise is not being straight with you. Strike systems are export-controlled everywhere and we gate ours: representation only after classification and the end-user-certificate chain are confirmed. The difference is that our conditions are ours rather than a major power's, and sustainment sits in-region, so the capability does not depend on a foreign renewal decision each year.
See: Release conditions and sustainment modelFirepower without strings attached
What should be in the acceptance test for a strike system, as distinct from the specification?
Four things a specification will not give you: an engagement under jamming with satellite navigation denied, an abort after commit, a cold start by your own crew without vendor assistance, and a spares request timed from raise to delivery. Every supplier's numbers look similar on paper. The acceptance test is where the differences appear, and where a contract can still be renegotiated.
How do strike, ISR and command systems need to fit together for a penetrative mission to work?
The strike asset is the last step of a chain that starts with finding and fixing the target. Doctrine pairs strike systems with ISR platforms that locate the target and with a command layer that carries the decision, plus training that builds crews who can fight the system rather than merely fly it. Because our observation, strike and command lines are built as one architecture, the handovers are designed rather than improvised.
See: Observation platforms that find and fixCommand layer carrying the decision
We are told a strike capability will be delivered, then find the licence is refused. How do we avoid that?
Ask when the export decision is taken, by whom, and what has already been approved before you spend money on the tender. Our sequence is stated: classification and the end-user-certificate chain are confirmed before a capability is represented to a market at all, so the gate is passed before the conversation, not after the contract. Require every bidder to state their approval sequence in the same terms and to name the authority involved.
What sustainment does a strike capability need that an ISR capability does not?
Munitions handling, storage, safety certification and a magazine that has to be replenished under conditions you may not control. Baykar publishes integrated logistics support including spares management and NATO codification across its lines, and TUSAŞ points to a common ground segment across its types. Our model is in-region sustainment by one accountable team, which matters most for the part of a strike programme that cannot be air-freighted at short notice.
Penetrative strike asset: questions
What is Penetrative strike asset?
Penetrative strike asset is Unstrat's Sky (Air Domain) capability: This penetrative strike asset is an unmanned system built to reach targets that sit behind an active defence, under operator control and the applicable rules of engagement. The point of the platform is to get through the layers that would stop a conventional approach and to keep the crew making the engagement decision the whole way in. Secure communications with military-grade encryption and anti-jamming hold that control when the target area is actively trying to sever it. For a buyer, the significant difference is not only the airframe but who owns the capability once it is fielded: an independent maker, with no foreign veto over how or when the asset is used and no external release authority sitting between the operator and the mission. Because a strike capability carries real obligations, the manufacturer represents it to a market only after classification and the end-user-certificate chain are confirmed, and sustains it in-region so the customer is not dependent on an overseas line to keep it ready.
How does Penetrative strike asset work?
Penetrative strike asset delivers its effect through penetrative strike asset built to reach targets that sit behind an active defence, Operator control aligned with the applicable rules of engagement, with the engagement decision held all the way in and Secure communications with military-grade encryption and anti-jamming to hold control when the target area tries to sever it, capabilities matched to the requirement and confirmed under briefing rather than published.
Who makes Penetrative strike asset?
Penetrative strike asset 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 Penetrative strike asset over a major-power alternative?
Penetrative strike asset 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 under the applicable rules of engagement, so accountability for every engagement stays with the crew and the chain above them and An independent origin means the capability is not conditional on a major power's policy of the day, which is the difference between owning a deterrent and borrowing one. The capability is accountable to you, not to a foreign vendor's government and its release schedule.
How is Penetrative strike asset procured, and where can it be exported?
A penetrative strike asset under your operators' control and your rules of engagement, from an independent maker, with no foreign veto on the capability and no external release authority standing between the operator and the mission. 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. Penetrative strike asset is then sustained in-region by one accountable team from briefing through long-term operation.