Counter-Drone and Counter-RCIED RF Inhibitors

RF Inhibitors Enable Force Protection and Drone Find, Fix, Finish Chain

Remotely Controlled Improvised Explosive Devices (RCIED) continue to be a threat to military operations and VIP security-countermeasures are critical to neutralise these threats. Drone proliferation drives the requirement to detect, locate, track, and defeat drone threats during military and security operations.

KEY BENEFITS/FEATURES

Counter-RCIED Solutions for Every Application

Enabling military convoy, security vehicle maneuvering and VIP protection.

Field-Proven Five-Band Directional Drone RF Inhibitor

Puts RF energy directly on target to jam GNSS, command, control, and telemetry signals.

Software Defined Radios (SDR) Provide “Clean” Defeat

The ECS SDR is mission-designed to minimise “collateral” jamming of friendly signals.

Complete Frequency and Power Control / Customisation

Jam one or more signals simultaneously at controllable power levels, customisable frequency ranges for non-standard drones.

Maximise CONOPS Flexibility

Fixed, Mobile, Shipboard, Transportable, Man-Portable and Manpack solutions.

ECS Claw System and Directional Inhibitor Units

Custom System Design

RF Inhibition designed to focus specifically on the UAS threat and the C2 links used by UAS.
Designed for Military, Security and Critical National Infrastructure (CNI) operational environment.
Designed for integration into multi-element detect, track and defeat systems.

Directionality and Waveform Polarisation

A directional, not omni-directional, effect.
Addresses a target detected by any sensor type (Radar, RF, Optical).
Inhibition waveform attributes optimised for UAS C2 defeat.
Software Defined Radio (SDR) source.
Waveform polarisation optimised to defeat agile airborne platforms.
Inhibition effect delivered at range (at a low power consumption).

Frequency Selectivity and Spectral Cleanliness

Specifically targets the operational frequency of the UAS C2 system.
Selectable in discrete or operated simultaneously on all bands.
Precise band occupancy with minimal detrimental harmonic effect.

Power Control and Duration

Low power consumption whilst still delivering extended range performance Inhibition initiated only when required and for minimum necessary duration so is not ‘always-on’.
Designed with precision feedback to enable highly repeatable, stable output across extremes of temperature.
Dynamic power control feature.