ART PAR HMI

Perform safe approach operations with high performance

ART PAR HMI is a robust software solution designed to manage and display data from precision approach radar (PAR) systems. It simplifies air traffic controllers in guiding aircraft during landing approaches, especially under low visibility conditions. This software integrates seamlessly with existing radar hardware, providing real-time data processing, advanced visualization, and comprehensive control features.

The Precision Approach Radar Control and Visualization Software represents a state-of-the-art solution for air traffic management, ensuring high levels of safety, efficiency, and reliability. Designed to meet the rigorous demands of both civilian and military aviation, this software is an essential tool for any organization relying on precision approach radar systems.

ULTRA-SMOOTH REFRESH RATE (60 FPS)

Ensures fluid display with rapid updates for real-time, high-precision guidance.

HIGH-PERFORMANCE GRAPHICS ENGINE

Provides seamless zoom, multiple visualization modes, and an intuitive interface for optimal control.

DUAL VIDEO STREAM

Displays both visible and thermal video feeds simultaneously for enhanced situational awareness.

DO-278 COMPLIANCE

Adheres to rigorous software development standards for ground-based aviation systems, enhancing safety, reliability, and regulatory acceptance in critical air traffic management environments.

Highlights

Focus on what is important

ART PAR HMI centers on the active approach track, ensuring operators maintain precise focus on the aircraft's current maneuver. This minimizes workload and enhances situational awareness, reducing the risk of missed adjustments during critical landing phases.

Reduce risk with safety tools

The system provides real-time assessment of distances between aircraft and potential obstacles. With integrated thermal and visible video feeds, operators gain a complete view of the airspace, improving safety and operational accuracy under any conditions.

Useful navigation tools

Quickly utilize essential features like the Electronic Bearing Line (EBL) and Variable Range Marker (VRM) to assist with precision during the approach. These tools ensure fast and accurate positioning adjustments, making landing procedures smoother and more efficient.

Audit the operations

The system automatically records all tracks, operator interactions, and video streams, allowing for thorough post-mission analysis. This facilitates compliance with aviation regulations, supports training efforts, and provides valuable data for continuous operational improvement.

Applications

Approach and landing operations

Technical info

Graphic engine	State-of-the-art high-performance graphics engine. Zoomable Azimuth/Elevation views display. Multiple layer structure
Tools/Guides	Aircraft approach paths. Electronic Range Line (EBL). Variable Range Marker (VRM). Visualization of tracks trails. Selection of pre-defined trajectories
Relative data	Provides relative detection information regarding obstacle lines or others tracks
Radar support	Multi-radar track to track fusion. Health alarms and self-diagnosis for maintenance
PTZ cameras & optronics	Automatic slew-to-cue. Joystick and on-map control. Automatic zoom and tilt correction based on distance. Pelco-D, Onvif or third-party protocols
Weather overlay	Integration with meteorological data to provide weather condition overlays on the display
Database	Continuous persistent recording: - threats and sensor historical data - logs (operator actions, alarms and events) - device status and configuration Connectors for data analytics and deep learning models

Technologies

Flexibility: Scalable and fully customizable to meet specific project requirements and adapt to diverse threat scenarios.
Configure easily glide paths, obstacle marks, measure units or any other approaching parameter.
Real time situational awareness.
Integrate optronic sensor to get a better understanding of the approaching scenery.

ART R&D team has a broad scope of research and engineering background that results in an extensive range of cutting edge capabilities.