Solid State Navigation RADAR HLD-RADAR 900S-Highlander

Product Overview

Fully Automatic Working Radar Auxiliary Collision Avoidance Radar, complying with the following normative standards:

IEC 60945 (2002) incl.Corrigendum 1 (2008) IEC 61162-2 (2024)

IEC 61162-1 (2024) IEC 61162-450 (2018) IEC 62288 (2021) IACS UR E27 (Rev.1)

IEC 62923-1 (2018 ) IEC 62923-2 (2018) IEC 62388: (2013) /COR1:2014

Product Features

Longer Detection Range

The solid-state radar adopts low-power transmission, large signal bandwidth and pulse compression technology. The new signal form and processing architecture greatly improve the target detection capability, especially the capability to detect long-range targets. It can achieve more than the detection power of traditional radar with only 1/100 of the transmission power.

Higher Distance Resolution

The solid-state radar achieves narrower equivalent pulse width through pulse compression technology, improving distance resolution and resolving the contradiction between traditional radar's distance resolution and long-range detection capability.

Faster target early warning capability

The solid-state radar adopts Doppler processing technology to calculate target speeds in real time, marks dangerous targets approaching the ship in red, and achieves more rapid target early warning.

High Reliability, Easy Maintenance

High Reliability: Gallium Nitride (GaN) amplifier module, Low Life-cycle Cost. Easy Maintenance: Modular design integrating frequency conversion and digital functions. Operational Safety: Low-voltage system design for enhanced safety.

Intelligent Collision Avoidance Assistance

The solid-state radar integrates Doppler technology, target plotting, AIS (Automatic Identification System) and other technologies to achieve accurate perception of target dynamic information such as position, speed and bearing. Its intelligent collision avoidance algorithm processes and evaluates the target dynamic information, predicts potential collision risks, and provides reasonable operational recommendations.

Radar Health Management

Real-Time Monitoring: Built-in Test Equipment (BITE) tracks system status via visual interface. Fault Management: Auto-alarm with location pinpointing, severity indication, and maintenance guidance. Mobile Reporting: QR code scanning enables quick fault reporting through mobile devices. Cloud Maintenance: Automated data synchronization generates maintenance plans to ensure reliability.

Enhanced anti-interference capability

The solid-state radar adopts a variety of advanced technologies such as fully coherent pulse compression processing, superheterodyne reception, and pulse repetition frequency (PRF) dithering, boasting stronger anti-co-channel interference capability. It can maintain stable operation more effectively, especially under complex electromagnetic environment conditions.

No tuning, No preheating

Solid-state radar has stable signal frequency and is capable of precise frequency control without the need for tuning.Solid-state radar is ready to use immediately, without the need for preheating.

Product Configuration

HLD-RADAR 900S-X (X-BAND) Configuration

Antenna:

HLD-AT104/106/108

Transceiver Unit:

HLD-TU220/230

Display Unit:

HLD-DU162/163/165

HLD-DU133/134/138

Random Cable:

HLD-NIK

HMI Unit:

HLD-IU600/IU600R

Main Control Unit:

HLD-MCU770S

Power Conversion Unit:

HLD-PCU600

Optional HLD-RADAR 900S-X (X-BAND) Configuration

ECDIS Key HLD-LIC900

Console (shading plate)

Tabletop Stand

De-icing Device HLD-DH900-X

HLD-RADAR 900S-S (S-BAND) Configuration

Antenna:

HLD-AT112

Transceiver Unit:

HLD-TU225

Display Unit:

HLD-DU133/134/138

HLD-DU162/163/165

Random Cable:

HLD-NIK

HMI Unit:

HLD-IU600/IU600R

Main Control Unit:

HLD-MCU770S

Power Conversion Unit:

HLD-PCU600

Optional HLD-RADAR 900S-S (S-BAND) Configuration

ECDIS Key HLD-LIC900

Console (shading plater)

Tabletop Stand

De-icing Device HLD-DH900-S

Product System Diagram

Dimension Diagram