Perimeter
0 km
Anti-drone defence — technical presentation
MULTI-LAYER
COUNTER-UAS SHIELD
Radar, jamming and interceptor drones under one command system, with operator training — to detect, disrupt and physically destroy hostile drones. Delivered as a single contract, not a box of devices.
FALAK DEFENCE SYSTEMS · V01 · 2026 · CONFIDENTIAL
Scroll ▽ or use arrow keys
01 — The Threat
The drone — the cheapest weapon of the 21st century
In five years UAVs have moved from a tactical nuisance to the primary threat against critical infrastructure. Classical air defence was not designed for them.
CLASS · I
FPV / Quadcopters
Tactical segment — platforms at $300–1,500, range 5–15 km. Munition drops, kinetic self-guidance, swarming.
- Low altitude — hard for classical radars
- Analogue video plus digital control channels
- Scales fast — tens to hundreds per day
CLASS · II
Reconnaissance / Imagery
Commercial-grade — DJI Mavic, Autel, Anafi. Position reconnaissance, target lock, data relay.
- Altitude 100–500 m, 30+ min endurance
- HD/4K video and thermal in real time
- Off-the-shelf and easy to modify
CLASS · III
Loitering / Cruise
Long-range — Shahed-class, 500–2,000 km. Inertial navigation, loiter cruise, infrastructure strikes.
- Targets: refineries, ports, energy nodes, command posts
- Swarm attacks of 5–20 units
- Resilient to GNSS spoofing
100–6,000 MHz threat spectrum5 km – 2,000 km range band24/7 all-weather, all-light
02 — The Thesis
We don't sell devices.
We deliver a system.
Radar, RF intelligence, electronic warfare, interceptor drones, unified software, a command post, operator training and 24/7 support — all wired together, tuned to a specific site. The customer receives working defence, not a catalogue of devices.
03 — The System
Four layers of defence + a single command loop
Each layer neutralises part of the threat on its own. Together they form a kill chain without blind spots — from detection to engagement.
01
Detect
Find the drone early. Radar and radio sensors spot it 20–40 km away, long before it reaches the target.
02
Recon
Identify it. Read its signals to tell the drone type and how it is being controlled.
03
Jam
Block it. Electronic jamming (EW) cuts the drone's control, navigation and video links so it cannot be flown.
04
Defeat
Destroy it. Interceptor drones physically take down anything that ignores the jamming.
FALAK COMMAND · UNIFIED SOFTWARE LAYER
All layers, one operational loop — common picture, automatic target hand-off, engagement authorisation from a single workstation.
04 — The Kill-Chain
The kill chain, live
A contact crosses the detect line, is classified by recon, jammed at the inner ring, and intercepted before it reaches the asset — a kill chain without blind spots.
DETECT · 40 kmRadar + RF cue the track in real time
RECON · 25 kmRF intelligence classifies type and intent
JAM · 20 kmElectronic jamming cuts control, navigation, video
INTERCEPT · 15 kmTI-50 kinetic kill at the inner ring
Automatic where rules allow; operator-authorised at the kinetic threshold. Hand-off between layers is invisible to the threat — and to the operator.
05 — The Complex
The base unit of deployment
An integrated complex bundles sensing, jamming, kinetic action and networking at a single point. Dozens of complexes stitch into a perimeter.
LAYER 01
Sensor
RX-Perimeter radar (detection), DT-1 detector (RF intelligence, 300–6,500 MHz), EO/IR for visual identification.
LAYER 02
Electronic warfare (jamming)
Directional (AX) plus omnidirectional (DR) emitters. 100–6,000 MHz, up to 12 channels per node.
LAYER 03
Kinetic (interceptor drones)
TI-50 interceptor wing — 50 drones with a ground control station. Against EW-resistant targets.
LAYER 04
Network & power
Redundant comms (fibre / RF / satellite), hybrid power with solar backup for autonomous operation.
LAYER 05
Software — the on-site brain
Local compute loop: sensor fusion, false-target filtering, authorisation to jam and intercept.
ONE COMPLEX
Sensing, jamming, kinetic action and networking fused at a single point — the repeatable building block of the perimeter.
06 — Portfolio
One family — ten platforms
Every product is built as a system module: shared interfaces, shared software, shared maintenance logic. Swap, scale, combine.
You don't need to read the specifications. The point is simple — one complete, modular product line, all built to the same system standard. The detailed figures below are there for your technical team.
| Code | Type | Family | Channels | Range | Platform |
|---|---|---|---|---|---|
| AX-2 / 5 / 7 | Directional EW, stationary | AX · Directional | 2 / 5 / 7 | up to 5 km | Tripod · mast |
| DR-1 / M / 3 | Omnidirectional EW, dome | DR · Omni-dome | up to 8 / 8 / 12 | 1.5–3 km | Vehicle · roof · mast |
| HX-5 / P / 3 | Portable RF jammer | HX · Handheld | 5 / 5 / 3 | 0.5–1.5 km | Backpack · rifle · tripod |
| CX-M | Multi-channel combined complex | CX · Combined | up to 30 emitters | 3–5 km | Fixed · rooftop |
| SX-8 | Auto-tracking, remote system | SX · Sentry | up to 8 | 5–8 km | Pan-tilt mast |
| MX-12 | Mobile platform on trailer | MX · Mobile | up to 12 | up to 10 km | Trailer · container |
| DT-1 | RF detector / SIGINT | DT · Detector | 300–6,500 MHz | up to 1 km | Vehicle · mast |
| RX-PER | Air-target detection radar | RX · Radar | X / Ka-band | 20–40 km | Mast · truss |
| TI-50 | Interceptor drone wing | TI · Interceptor | 50 craft + GCS | 15 km / 20 min | Container |
| FALAK COMMAND | Software: fusion, C2, analytics | SW · Software | — | — | Server · workstations |
07 — Command & Control
FALAK COMMAND — one screen for the whole perimeter
Software is what turns devices into a system. FALAK COMMAND — the command-and-control (C2) software — fuses every radar, RF sensor and effector into one real-time picture: detect → classify → authorise → jam → intercept — all from one workstation.
TRK-0427 · 142 kt · 1,240 m · HOSTILE
FALAK C2 · common operating picture · 2D / 3D · globe & Mercator
01
Sensor fusion
Radar, RF intelligence, EO/IR and data from adjacent nodes merge into a single track. False targets filtered, real ones classified automatically.
02
Automatic hand-off
Targets from the radar are routed to the nearest EW node or to the TI-50 wing — without operator intervention.
03
Operator approval
Rules of engagement live in the system. The operator confirms — they don't compute coordinates or frequencies by hand.
04
Cyber security
Role-based access, encrypted links, fully on-prem operation — no dependency on cloud or external servers.
FALAK-CMD · hardened console · web & multi-userRESTRICTED ZONES
Automatic engagement-inhibit inside no-fly areas.
OBJECTIVE CONTROL
Record, replay & export every engagement to video.
BUILT-IN SIMULATOR
Rehearse intercepts; train & validate readiness.
LIVE TELEMETRY
Real-time feedback from every effector.
08 — Battle-Proven
Engineered and tested in combat
Every module has been through a real combat cycle. This is not a lab solution adapted for defence — it is defence proven under fire.
0
Years in EW
Electronic warfare and radio suppression — a team of engineers, operators, radar and integration specialists.
0%
Neutralisation rate
In the specified frequency bands, across field testing and confirmed operational use.
0%
Domestic production
In-house electronics, firmware and antenna feeds — independence from adversary-controlled supply chains.
A daily contest against UAV evolution — new frequencies, new protocols, new tactics. The product line moves at the speed of the threat.
09 — Adaptability
One product — three landscapes
Desert, urban, coastal — three RF propagation regimes and three risk profiles. Each configuration is dialled in per site after survey.
01 · DESERT / ARID
High heat, dust, salt aerosol
- Operating up to +45 °C, active air cooling
- IP55–IP65 against dust and sandstorms
- Anti-corrosion coatings for coastal salt flats
- Solar backup power for remote positions
02 · URBAN BUILT-UP
High-rises, multipath reflections
- Directional antennas — minimal civilian RF impact
- Selective jamming inside defined zones
- Low-signature rooftop placement
- Rules-of-engagement (ROE) profiles for dense districts
03 · COAST / OPEN WATER
Linear perimeter, sea horizon
- Node density ~1 per 2 km of coastline
- Elevated masts extend the radio horizon
- Shipborne variants on patrol craft
- Protects refineries, ports and oil-and-gas
10 — Delivery
Capability, not crates
Operator courses, joint exercises, a 24/7 technical line, warranty and upgrade programmes — part of the contract, not an add-on.
01
Operator training
Basic course (5 days) + advanced course (10 days) + certification. FALAK COMMAND simulators plus field drills.
02
Joint exercises
Our instructors deploy into the field with your unit — doctrine transfer, not just hardware.
03
24/7 technical line
Helpdesk, remote diagnostics over a secure channel, on-site teams. Guaranteed SLA on critical failures.
04
Firmware & threat profiles
Regular updates for new frequencies, protocols and tactics. The customer always runs the latest threat library.
05
Spares & local repair
Regional spares depot, technology transfer to local contractors via offset programmes.
11 — Deployment Scales
From a single asset to a regional perimeter
The system is modular: start with one refinery or port, grow to a city perimeter, then to a coastal line. Numbers below are illustrative; final configuration is fixed after engineering survey.
S · POINT DEFENCE
Single asset
A critical point: a single refinery, terminal, command post, VIP residence or storage site.
Perimeter5–15 km
Complexes3–6 units
Radar1× RX-PER
Interceptoroptional
Deployment90 days
Budget$8–15M
M · CITY / FACILITY GROUP
Urban or industrial hub
An agglomeration: refinery group, port infrastructure with approaches, central districts, airport.
Perimeter40–80 km
Complexes20–40 units
Radar3–6× RX-PER
Interceptor1× TI-50
Deployment240 days
Budget$30–60M
L · REGIONAL SHIELD
Coastal or regional line
An integrated shield 200+ km long: coastline, energy infrastructure, transport corridors, national borders.
Perimeter200+ km
Complexes100+ units
Radar10+× RX-PER
Interceptor3–5× TI-50
Deployment360 days
Budget$140M+
Illustrative scaling examples. Actual parameters are fixed after site survey, terrain analysis, threat assessment and density validation.
12 — Deployment Concept
200 km of coastline — 100 integrated nodes — one perimeter
A worked example of the L-scale regional shield: ~100 complexes spaced ~2 km along the coast, four priority sectors, one command picture — every threat intercepted before the asset.
SCANNING
Nodes
0
Spacing
~2 km
Engagement
3–20 km
Spectrum
100–6000 MHz
13 — Timeline
Working defence in 30 days — full perimeter in 360
Capability grows every 30 days. The first pilot sector goes on combat duty on day 30; full readiness at 360 days.
30
Initial Capability
Mobilisation and team standup; site survey and geo-planning; FALAK COMMAND post stood up; pilot sector enters combat duty.
90
Extended Coverage
Active software integration between nodes; priority arc covered; first operator cohort graduates; 24/7 helpdesk in beta.
240
Network Integration
~20% of complexes installed; inter-sector target hand-off rehearsed; service and repair team activated; SOPs locked.
360
Full Perimeter
100% installed; the integrated architecture operates as one; acceptance trials complete; hand-over to standard 24/7 support.
CADENCE Capability grows every 30 days — the customer is defended before full handover.
14 — Commercial
A transparent structure of delivery and payment
One Purchase Order. Five stages. Stage payments tied to accepted deliverables — no hidden costs, all parameters confirmed after engineering survey.
Purchase Order — five stages
- Consulting and engineering design
- Manufacturing and configuration
- Integration and delivery
- Commissioning
- Technical support and maintenance
Payment & reporting
- ⅓ of services value at signing
- 50% of equipment value at signing
- Remainder against deliverables, by stage
- Monthly invoices
- Monthly status reports + quarterly review
- Fixed service fee, tied to SLA
FIXED AFTER SITE SURVEY
- Cost per km of coverage against FPV / commercial drones
- Cost per km of coverage against long-range loitering drones
- Counter-UAS and radar perimeter parameters
- Monthly service fee per agreed SLA level
- Offset programme and localisation share
Indicative figures throughout are illustrative; final pricing is fixed after the engineering survey.
FD
15 — Next Steps
Defence is a system — let's talk
Site surveyAgree coverage sectorsConfirm threat structureApprove equipment listMobilise the forward team
falakdefence@proton.me · falak-defence.com
Product imagery in this document is AI-generated and stylised for operational security. Actual hardware appearance and full technical specifications are disclosed under NDA.