SAMT · UNIT C · DIRECTIONAL SOFT-KILL EFFECTOR

Silence,
on command.

A planned precision RF jammer and GNSS spoofer being engineered to cut a hostile drone's link, guide it into a safe capture zone, and hand back control — with the operator in the loop, always.

— STEP 01

DETECT

HARAS confirms track, classifies threat, hands SAMT a bearing and a frequency profile.

→

— STEP 02

CUT

Directional array projects a narrow RF null on the drone's control link only. No wide-area interference.

→

— STEP 03

LAND

GNSS spoofing shepherds the drone into a pre-designated capture zone for forensic exploitation.

§ 01— Four Bands, One Beam

Four RF layers,
one directional beam.

— 2.4 & 5.8 GHz

Consumer & hobbyist control links.

Design goal: cut DJI, Autel, ELRS and generic 2.4/5.8 GHz control channels — the workhorse frequencies of the current threat set.

TARGET · < 400 ms LINK-LOSS

— CELLULAR

4G / 5G tethered drones.

Design goal: deny the LTE and 5G control channels used by increasingly common tethered-network drones — without disrupting civilian handsets outside the beam.

TARGET · SUB-1° BEAMWIDTH

— GNSS SPOOFING

Guide, don't just crash.

Design goal: emit a synthetic GNSS constellation intended to convince the drone it is somewhere it is not — shepherding it toward a designated capture zone rather than the ground.

TARGET · L1 · L2 · GALILEO E1

— DIRECTIONAL ARRAY

Surgical, not scattered.

Design goal: three phased directional paddles project a narrow null on the target's bearing only. No wide-area denial. No jamming of airports, air-traffic, or civilian GNSS outside the beam.

TARGET · 3-PADDLE STEERED ARRAY

§ 02— Key Specifications

Precision, and
nothing but.

Every value below is a design target. UAE TDRA spectrum licensing and operator ROE will govern any live emission.

Emission bands	2.4 · 5.8 GHz · LTE/5G · GNSS TARGET
Antenna configuration	3-paddle phased array TARGET · STEERED
Effective beamwidth	≤ 3° TARGET · MAIN LOBE
Effective range	Up to 5 km TARGET · LINE OF SIGHT
Pan / tilt	±180° / ±60° TARGET · DUAL-AXIS
Authority model	Human-in-the-loop DESIGN INTENT · ROE-CONFIGURABLE
Cueing interface	HARAS over Open C-UAS API TARGET
Standards	MIL-STD-810H / 461G TARGET · NOT YET TESTED
Spectrum licence	UAE TDRA SUBJECT TO OPERATOR AUTHORISATION

Why SAMT is designed
to be the first choice.

— MINIMAL COLLATERAL

A narrow steered beam means no jamming of civilian GNSS, no interference with air traffic, no disruption of the airport you are protecting.

— NON-DESTRUCTIVE

The drone lands intact — recoverable for forensic exploitation, signals analysis, and evidence in prosecution. Every SAMT engagement is intelligence.

— ROE-FIRST

No autonomous fire. Every emission requires operator authority, every engagement logged, every log immutable — designed for accountable use.

§ 03— Integration

Cued by HARAS.
Authorised by you.

SAMT is being designed as a HARAS-cued effector: no autonomous fire, no wide-area denial. When HARAS confirms a hostile track, it passes the bearing to SAMT; when the operator authorises, SAMT projects a narrow null onto the target for the minimum time required to break its link. All emissions are logged, timestamped, and cryptographically signed for post-incident audit. Partner-integration paths are also being explored for jurisdictions where a third-party effector is preferred.

Silence,on command.

DETECT

CUT

LAND

Four RF layers,one directional beam.

Consumer & hobbyist control links.

4G / 5G tethered drones.

Guide, don't just crash.

Surgical, not scattered.

Precision, andnothing but.

Why SAMT is designedto be the first choice.

Cued by HARAS.Authorised by you.

SAMT is the first response.The rest of the family follows.

Silence,
on command.

Four RF layers,
one directional beam.

Precision, and
nothing but.

Why SAMT is designed
to be the first choice.

Cued by HARAS.
Authorised by you.

SAMT is the first response.
The rest of the family follows.