Products

EMTS-MULTI-SENSOR-COUNTER-UAS-DETECTION

Multi-Sensor Counter-UAS Detection

MR-T35-24W70 24dBm N78 3300-3800MHz TDD 5G Mini Repeater

n78 3500MHz 24dBm 5G Mini Repeater

HPR-450-40W90 LTE – WCDMA Band 31 High Power Repeater

n78 3500MHz 33dBm 5G Digital Power Repeater

DHPR-T35-40W90 40dBm N78 3300-3800MHz TDD 5G Digital High Power Repeater

n78 3500MHz 40dBm 5G Digital High Power Repeater

MRD-4500-20W70 High Reliability 23dBm Digital RF Mini Repeater

n79 4500MHz 20dBm 5G Mini Repeater

PR-GR-900-43W95 GSM-R Band Selective 43dBm High-Power Repeater

n79 4500MHz 33dBm 5G RF Repeater

Patron-P10 Command & Communication System Rapid Deployment TD-LTE Private Network

Patron-P10 Command & Communication System Rapid Deployment TD-LTE Private Network

FDS-458535-MIMO Triple Band Fiber Optic DAS 4G/5G MIMO at B31, B26, n78

Quad Band Fiber Optic DAS 4G/5G MIMO at B31, B26, n78, n79

MU-9182126-4M Quad-Band Fiber Optic Repeater Master Unit

Quad-Band Fiber Optic Repeater Master Unit

PR-85S-30W80 SMR 850MHz Bi Directional Amplifier

SMR 850MHz Bi Directional Amplifier

FRU-400-40W55 TETRA/DMR/P25 Fiber Optic DAS High Power Remote Unit (RU)

TETRA/DMR/P25 Fiber Optic DAS High Power Remote Unit (RU)

RU-91821-43W50 Tri-Band High Power Fiber Optic Remote Unit

Tri-Band High Power Fiber Optic Remote Unit

RU-1821-43W50-M Tri-Band High Power Fiber Optic Remote Unit

Tri-Band High Power Fiber Optic Remote Unit

FDS-458535-MIMO Triple Band Fiber Optic DAS 4G/5G MIMO at B31, B26, n78

Triple Band Fiber Optic DAS 4G/5G MIMO at B31, B26, n78

HPR-GR-900-37W90 High Selectivity Band /Channel Selective

Tunable Bandwidth High Power Repeater (BDA)

Multi-Sensor Counter-UAS Detection

Download Datasheet (PDF)

This document specifies a vendor-agnostic reference design for a distributed, multi-sensor Counter-Unmanned Aircraft System (C-UAS) detection network built on three complementary passive sensing modalities: radio-frequency control-link detection, cellular network monitoring, and acoustic sensor arrays. It defines sensor node architectures, frequency coverage, array geometry, data fusion, tracking and classification, backhaul and timing distribution, power, siting and verification methods.

The specification covers the RF detection subsystem and its band plan across ITU Regions 1, 2 and 3; the LTE and cellular monitoring subsystem for cellular-piloted aircraft; the acoustic sensor array and its rotor-signature signal processing chain; multi-sensor data fusion, tracking and classification; and the network, timing, power and site engineering that support them.

This is a detection, classification and tracking system only. Mitigation of any kind - RF jamming, protocol takeover, GNSS denial, directed energy, kinetic interception or net capture - is explicitly outside its scope and is legally restricted in most jurisdictions.

The complete 111-page technical specification, including the full requirement matrix and verification methods, is available in the datasheet above.

Key Features

  • Three passive sensing modalities in one fused picture: RF control-link detection, cellular network monitoring and acoustic arrays
  • Vendor-agnostic reference design intended for engineering, procurement and systems-integration review
  • Band plan covering ITU Regions 1, 2 and 3
  • LTE and cellular monitoring for cellular-piloted aircraft that carry no conventional control link
  • Acoustic array with rotor-signature DSP for short-range confirmation
  • Multi-sensor data fusion with tracking and classification, backhaul and timing distribution defined end to end
  • Detection only - no mitigation, keeping deployments inside regulatory limits