Description
System Overview & Engineering Architecture
The Highlander HLD-VDR 600 represents the culmination of nearly two decades of dedicated development in the demanding field of maritime recording systems. This Voyage Data Recorder (VDR) and Simplified VDR (SVDR) solution has been deployed across thousands of seagoing vessels worldwide, accumulating extensive operational experience that directly informs its robust design and reliable performance.
The HLD-VDR 600 system architecture consists of multiple interconnected modules, each built on embedded Linux operating systems to ensure long-term operational stability. The modular design allows for flexible configuration based on specific vessel requirements, reducing overall system costs while maintaining comprehensive data recording capabilities. The system supports both standard and non-standard data acquisition modules, accommodating a wide range of signal input requirements across diverse vessel types.
Core Features & Operational Advantages
High Reliability
All system modules utilize embedded Linux operating systems, providing exceptional stability for continuous long-term operation in the harsh marine environment. This foundation ensures minimal downtime and consistent data recording performance throughout extended voyages.
Easy Installation
The compact form factor and lightweight construction make the HLD-VDR 600 suitable for installation on various vessel types, from small commercial craft to large ocean-going vessels. The embedded mounting method further simplifies integration into existing bridge layouts.
Flexible Configuration
Independent image, serial data, and non-standard data acquisition modules can be configured as needed, allowing operators to tailor the system to their specific recording requirements while optimizing cost efficiency.
Strong Adaptability
The system supports multiple data acquisition modules with extensive signal input capabilities, meeting the recording demands of various vessel configurations and operational profiles.
Advanced Interfaces
Network-based acquisition capabilities enable seamless integration with modern radar systems and electronic chart display and information systems (ECDIS), capturing critical navigation data including radar images and electronic chart displays.
Data Security
Multiple encryption and protection mechanisms safeguard recorded data against unauthorized deletion or tampering, ensuring data integrity for accident investigation and compliance purposes.
Component Breakdown & Technical Specifications
The HLD-VDR 600 system comprises several specialized modules:
Main Unit (HLD-MU600)
- Power Supply: AC 110/220V, 50-60Hz; DC 24V
- Power Consumption: [Not specified in OEM data]
- Operating Temperature: -15°C ~ 55°C
- IP Protection: IP22
- Display: 800×480 high-resolution touch LCD screen
- Functions: Displays faults and alarms, user-friendly HMI, supports data backup operations
- Dimensions: 166×164×70 mm
- Weight: 0.5 kg
- Mounting: Embedded
- IP Protection: IP22
- Operating Temperature: -15°C ~ 55°C
- Storage Capacity: 512 GB
- Operating System: Embedded Linux
- Data Interface: 100M network interface
- Operating Temperature: -15°C ~ 55°C
- Storage Time: No less than 48 hours
- Storage Capacity: 32 GB
- Operating System: Embedded Linux
- Protective Requirements: Meets IEC 61996-2 special requirements for protective capsules
- Release Function: Meets IMO A.662(16); automatically released when submerged to 4 meters
- EPIRB Compliance: Meets IEC 61097-2, IMO A.810(19), and ITU-R M.633-3:2004
- Water Resistance: Watertight for at least 5 minutes at 10 meters underwater
- Buoyancy: Capable of floating in any seawater; can float upright in calm seawater
- Impact Resistance: Undamaged after dropping into seawater from 20 meters height
- Operating Temperature: -15°C ~ 70°C
- Storage Time: No less than 48 hours
- Storage Capacity: 32 GB
- Operating System: Embedded Linux
- Protective Requirements: Meets IEC 61996-1 special requirements for protective bodies
- Dimensions: Φ180×240 mm (Diameter × Height)
- Weight: 17 kg
- Operating Temperature: -25°C ~ 70°C
- Channels: Supports up to 4-channel image acquisition, VGA format
- Resolution: Supports up to 1920×1200×60Hz
- Installation: Can be installed near the image source
- Dimensions: 360×260×150 mm
- Weight: 8 kg
- IP Protection: IP22
- Operating Temperature: -15°C ~ 55°C
- Signal Input: Supports up to 24-channel IEC 61162 format signal input
- Configuration: Baud rate configurable; provides signal status indicator
- Dimensions: 360×260×150 mm
- Weight: 8 kg
- IP Protection: IP22
- Operating Temperature: -15°C ~ 55°C
- Signal Input: Supports 8-channel analog voltage or current signal acquisition
- Switch Input: Supports 64-channel switch signal acquisition (8 channels configurable as active or passive contact)
- Dimensions: 360×260×150 mm
- Weight: 8 kg
- IP Protection: IP22
- Operating Temperature: -15°C ~ 55°C
- Pickup Range: 100Hz–12kHz
- Indoor Unit: Embedded IP22; Dimensions: 115×67×33.7 mm; Weight: 0.4 kg
- Outdoor Unit: Wall-mounted IP56; Dimensions: 139×81×64 mm; Weight: 0.5 kg
- Features: Integrated microphone self-test function; specially designed sound chamber for improved recording quality
- Operating Temperature: -15°C ~ 55°C
- IMO A.861(20): International Maritime Organization standards for voyage data recorders
- MSC.333(90): Maritime Safety Committee resolution on VDR performance standards
- MSC.163(78): Revised standards for VDR systems
- IEC 61996-1:2013: International Electrotechnical Commission standard for VDRs
- IEC 61996-2: Protective capsule requirements for float-free data storage
- IMO MSC.494(104): Updated VDR performance standards
- IMO MSC.493(104): Related VDR implementation guidelines
- IEC 60945: Maritime navigation and radio communication equipment standards
- Highlander HLD-RADAR 300
- Highlander HLD-RADAR 900-S S-band RADAR
- Highlander HLD-RADAR 900-X X-band RADAR
- Highlander HLD-RAIS 100 Rudder Angle Indication System
- Electronic Chart Display and Information System HLD-ECDIS 600
- Voyage Data Recorder Ship Data Integration Platform HLD-VDR 700
- Highlander Solid State RADAR HLD-RADAR 900S
Operation Unit (HLD-OPU600)
Long-term Data Storage Unit
Self-floating Data Storage Unit (HLD-FFC600A/HLD-FFC660A/HLD-FFC680A)
Fixed Protective Data Recording Capsule (HLD-PDC600)
Image Acquisition Unit (HLD-VAU600)
Serial Data Acquisition Unit (HLD-DAU600)
Non-standard Data Acquisition Unit (HLD-NAU600)
Microphone Assembly
SOLAS, IMO, IEC & Classification Society Compliance
The HLD-VDR 600 maintains full compliance with the latest international maritime standards:
The system has obtained multiple classification society certifications including DNV-GL, RS, and CCS, ensuring acceptance across global shipping registries and port state control jurisdictions.
Onboard Maintenance & Inspection Standards
The HLD-VDR 600 is designed for minimal maintenance requirements. Regular inspection intervals should follow classification society requirements and manufacturer recommendations. The embedded operating system architecture reduces component wear and failure rates. The self-test functions integrated into the microphone assembly and system diagnostics facilitate proactive maintenance planning. Annual performance testing and five-year overhauls should be conducted in accordance with VDR/S-VDR Annual Performance Test (APT) & Class Certification services offered by Seanav Marine.
For vessels operating in UAE waters and calling at major ports including Jebel Ali, Khalifa Port, and Port of Fujairah, Seanav Marine provides comprehensive marine electronics service and spare parts support.
Technical Support & Port Delivery
Seanav Marine provides end-to-end support for the Highlander HLD-VDR 600, including installation, commissioning, training, maintenance, and spare parts supply. Our technical team supports vessels across major global ports including Jeddah, Yanbu, Doha, Houston, and Port Said.
For comprehensive marine services and spare parts, contact our technical team at Contact Seanav Marine Technical Team.
Related Highlander Navigation Products
Frequently Asked Questions
Q1: What standards does the Highlander HLD-VDR 600 comply with?
A: The HLD-VDR 600 fully complies with IMO A.861(20), MSC.333(90), MSC.163(78), IEC 61996-1:2013, IEC 61996-2, IMO MSC.494(104), IMO MSC.493(104), and IEC 60945 standards.
Q2: Which classification societies have certified the HLD-VDR 600?
A: The system has obtained certifications from DNV-GL, RS, and CCS classification societies.
Q3: What is the storage capacity of the HLD-VDR 600?
A: The long-term data storage unit has a capacity of 512 GB, while both the self-floating and fixed protective data recording capsules have 32 GB storage capacity each.
Q4: How long can the HLD-VDR 600 record data?
A: Both the self-floating data storage unit and the fixed protective data recording capsule provide no less than 48 hours of continuous data storage.
Q5: What operating system does the HLD-VDR 600 use?
A: All modules of the HLD-VDR 600 are based on embedded Linux operating systems, ensuring high reliability and stability.
Q6: What are the power supply options for the main unit?
A: The main unit supports AC 110/220V at 50-60Hz and DC 24V power supply options.
Q7: Can the HLD-VDR 600 capture radar and ECDIS images?
A: Yes, the system supports network-based acquisition of radar images, electronic chart images, and related information through its advanced interfaces.
Q8: What are the module components of the HLD-VDR 600 system?
A: The system includes the Main Unit (HLD-MU600), Operation Unit (HLD-OPU600), Fixed Protective Data Recording Capsule (HLD-PDC600), Float-free Data Recording Capsules (HLD-FFC600A/660A/680A), Storage Unit Adapter Box (HLD-CJB600), Video Acquisition Unit (HLD-VAU600), Serial Data Acquisition Unit (HLD-DAU600), Non-Standard Data Acquisition Unit (HLD-NAU600), Indoor Microphone (HLD-MIC600), Outdoor Microphone (HLD-MIC610), and Playback Software.
Q9: What data acquisition capabilities does the HLD-VDR 600 offer?
A: The system supports up to 4-channel image acquisition (VGA format, up to 1920×1200×60Hz), up to 24-channel IEC 61162 serial data input, 8-channel analog voltage/current signals, and 64-channel switch signal acquisition.
Q10: Does the self-floating data capsule meet international requirements?
A: Yes, it meets the special requirements of IEC 61996-2 for protective capsules, releases automatically at 4 meters depth per IMO A.662(16), and the EPIRB meets IEC 61097-2, IMO A.810(19), and ITU-R M.633-3:2004 requirements.
Manufacturer documentation and compatibility
Select the exact model, hardware generation and document revision. Before ordering, confirm the equipment interfaces, power requirements, required approvals and included accessories against the applicable manufacturer documentation. Send nameplate photographs, the installed equipment details, vessel name, port and ETA with your enquiry.
