Description
The Highlander HLD-VDR 700 is an IMO MSC.333(90) compliant Voyage Data Recorder featuring fixed hardened capsule, float-free capsule, 48-hour continuous data recording, audio mixer units, and high-speed Ethernet sensor integration.
Voyage Data Recorder Ship Data Integration Platform HLD-VDR 700
The HLD-VDR 700 is a next-generation Voyage Data Recorder (VDR) Ship Data Integration Platform developed by Highlander. Leveraging the core functional advantages of traditional VDR systems, the HLD-VDR 700 integrates additional data sources to enhance onboard informatization and support intelligent maritime operations. This system reduces redundant cabling for intelligent systems, thereby lowering both construction and service costs while maintaining high performance and compliance with international maritime standards.
System Overview & Engineering Architecture
The HLD-VDR 700 is engineered as a modular data integration platform comprising several key components:
- Main Unit (MU700): The central processing unit featuring AC 100V–240V power supply with power consumption not exceeding 50W, 8-channel MIC, 4-channel VHF, 24-channel IEC 61162-1/2 serial data acquisition, 10 Gigabit LAN interfaces, built-in long-term storage for at least 720 hours of data, 2 USB interfaces, and a built-in 24V battery ensuring 2-hour recording after main power interruption.
- Data Acquisition Unit (DAU700): Equipped with 64-channel digital switching inputs and optional 8-channel analog inputs configurable as ±10V or 0-20mA.
- Float-free Data Recording Capsule (FFC600A): Provides not less than 48 hours of storage time, meets IEC 61996 memory bank requirements, and is watertight at 10 meters for 5 minutes. It floats upright in calm seawater and withstands drops from 20 meters.
- Fixed Protective Data Recording Capsule (PDC600): Also provides not less than 48 hours of storage and meets IEC 61996 memory bank specifications.
- Operation Display Unit (OPU700): Features an 800×480 resolution touch LCD screen that displays faults and alarms with a user-friendly interface.
- Optional Modules: Including HD Image Acquisition Unit (VAU700), VGA Image Acquisition Unit (VAU600), Expansion Data Acquisition Units (DAU710, DAU720, DAU730, DAU740), and Remote Management Unit (RMU700) with 2 Gigabit Ethernet, 6 RS485, 2 USB interfaces, and optional storage up to 4TB.
- IMO Standards: Compliant with IMO A.861(20), MSC.333(90), MSC.163(78), MSC.493(104), and MSC.494(104).
- IEC Standards: Meets IEC 61996-1:2021, IEC 61996-2, and IEC 60945.
- SOLAS Requirements: Fully aligned with SOLAS Chapter V regulations for voyage data recording.
- EPIRB Compatibility: The FFC600A capsule meets IEC 61097-2, MSC.494(104)/MSC.493(104), IMO A.810(19), and ITU-R M.633-3:2004.
- Regular self-test checks using the integrated microphone test function.
- Verification of float-free capsule integrity and watertight sealing.
- Battery health monitoring for the 24V backup system.
- Data storage validation for long-term and protective capsules.
- Interface testing with connected systems like Electronic Chart Display and Information System HLD-ECDIS 600.
Core Features & Operational Advantages
Compliance
The HLD-VDR 700 complies with the requirements of IMO A.861(20), MSC.333(90)/MSC.163(78), MSC.493(104)/MSC.494(104), IEC 61996-1:2021/IEC 61996-2, MSC.302(87), and IEC 60945. It provides all basic VDR functions according to the latest specifications, making it suitable for global maritime deployment including UAE ports such as Jebel Ali, Khalifa, and Fujairah.
Reliability
Reliability is ensured through the use of industrial-grade chips, embedded software and hardware technology, and a low-power fanless design. Each unit undergoes strict factory testing and is supported by a global service network for timely assistance.
Efficiency
The system is compatible with existing VDR installation and wiring methods, enabling quick replacements. Configuration files can be imported/exported via USB drives, reducing installation and service costs. Flexible configuration options accommodate diverse operational needs.
Intelligence
With powerful data processing capabilities, the HLD-VDR 700 supports 4K image capture and interfaces with AMS, onboard electronic monitoring, and engine room management systems to collect comprehensive ship information.
Independence
Backed by over 20 years of experience in VDR manufacturing and sales, the HLD-VDR 700 features independent intellectual property rights and a long product life cycle, reducing total lifecycle costs.
Value-added Capabilities
Optional expansion data acquisition units and remote management modules allow the HLD-VDR 700 to function as a full ship data integration platform, enabling data distribution and remote data download for shipowner monitoring and re-application.
SOLAS, IMO, IEC & Classification Society Compliance
The HLD-VDR 700 meets critical regulatory requirements for international shipping:
For vessels operating under DNV, ABS, or Lloyd’s Register approvals, the HLD-VDR 700 ensures seamless class certification during surveys. Seanav Marine provides expert VDR/S-VDR Annual Performance Test (APT) & Class Certification services across major ports including Jeddah and Doha.
Onboard Maintenance & Inspection Standards
To maintain optimal performance and regulatory compliance, the HLD-VDR 700 should undergo annual inspections per IMO MSC.302(87) guidelines. Key maintenance practices include:
Seanav Marine offers comprehensive Marine Voyage Data Recorder Repair Service and Simplified VDR Repair Service at JNPA and other regional ports.
Technical Support & Port Delivery
Seanav Marine delivers end-to-end technical support for the HLD-VDR 700, from initial integration with bridge systems to ongoing maintenance and emergency repairs. Our team specializes in marine electronics supply in UAE and provides 24/7 port-side assistance at key logistics hubs including Jebel Ali, Port Rashid, and Khalifa Port.
For inquiries, technical consultations, or to schedule a site survey, contact our technical team at Contact Seanav Marine Technical Team. We also offer integrated solutions with Highlander Solid State RADAR HLD-RADAR 900S and INTEGRATED NAVIGATION SYSTEM HLD-INS 600 for unified bridge operations.
External OEM Reference:
Technical Specifications
| Main Unit MU700 | AC 100V–240V power supply, power consumption not exceeding 50W |
|---|---|
| Main Unit MU700 | 8-channel MIC, 4-channel VHF |
| Main Unit MU700 | 24-channel IEC 61162-1/2 serial data acquisition, 4800 kbps–38400 kbps, configuration-free adaptive baud rate |
| Main Unit MU700 | 10 Gigabit LAN interfaces (available) |
| Main Unit MU700 | Built-in long-term storage, recording at least 720 hours of data |
| Main Unit MU700 | 2 USB interfaces |
| Main Unit MU700 | Built-in 24V battery, meeting the 2-hour recording requirement after main power supply interruption |
| Data Acquisition Unit DAU700 | 64-channel digital switching inputs |
| Data Acquisition Unit DAU700 | Optional 8-channel analog inputs, configurable as ±10V or 0-20mA input |
| Indoor/Outdoor Microphone MIC600/610 | Integrated microphone self-test function |
| Indoor/Outdoor Microphone MIC600/610 | Response frequency: 100 Hz–8 kHz |
| Float-free Data Recording Capsule FFC600A | Storage time: not less than 48 hours |
| Float-free Data Recording Capsule FFC600A | Meet the special requirements of IEC 61996 for memory banks |
| Float-free Data Recording Capsule FFC600A | EPIRB meets the requirements of IEC 61097-2, MSC.494(104)/MSC.493(104), IMO A.810(19), and ITU-R M.633-3:2004 |
| Float-free Data Recording Capsule FFC600A | Watertight at a depth of 10 meters for at least 5 minutes |
| Float-free Data Recording Capsule FFC600A | Capable of floating in any seawater; floats upright in calm seawater |
| Float-free Data Recording Capsule FFC600A | No damage when dropped into seawater from a height of 20 meters |
| Fixed Protective Data Recording Capsule PDC600 | Storage time: no less than 48 hours |
| Fixed Protective Data Recording Capsule PDC600 | Meets the special requirements of IEC 61996 for memory banks |
| Operation Display Unit OPU700 | 800×480 resolution, touch LCD screen |
| Operation Display Unit OPU700 | Displays faults and alarms; user-friendly human-machine interface |
| Optional HD Image Acquisition Unit VAU700 | Up to 4 channels of DVI/HDMI image data |
| Optional HD Image Acquisition Unit VAU700 | Maximum resolution: 3840×2160 @ 60 Hz |
| Optional Expansion Data Acquisition Units | DAU710: 8 SI, 64 DI |
| Optional Expansion Data Acquisition Units | DAU720: 8 SI, 8 AI, 64 DI |
| Optional Expansion Data Acquisition Units | DAU730: 16 SI, 64 DI |
| Optional Expansion Data Acquisition Units | DAU740: 8 SI, 8 AI |
| Optional VGA Image Acquisition Unit VAU600 | Up to 4 channels of VGA image data |
| Optional VGA Image Acquisition Unit VAU600 | Maximum resolution: 1920×1200 @ 60 Hz |
| Optional Remote Management Unit RMU700 | 2 Gigabit Ethernet interfaces |
| Optional Remote Management Unit RMU700 | 6 RS485 interfaces, 2 USB interfaces |
| Optional Remote Management Unit RMU700 | Optional 512GB, 1TB, 2TB, 4TB storage space |
Frequently Asked Questions
Frequently Asked Questions
What are the main components of the HLD-VDR 700 system?
The HLD-VDR 700 consists of the Main Unit (MU700), Data Acquisition Unit (DAU700), Float-free Data Recording Capsule (FFC600A), Fixed Protective Data Recording Capsule (PDC600), Operation Display Unit (OPU700), and optional modules such as HD/VGA Image Acquisition Units and Remote Management Unit (RMU700).
Is the HLD-VDR 700 compliant with IMO and IEC standards?
Yes, the HLD-VDR 700 complies with IMO A.861(20), MSC.333(90)/MSC.163(78), MSC.493(104)/MSC.494(104), IEC 61996-1:2021/IEC 61996-2, MSC.302(87), and IEC 60945.
How much data can the HLD-VDR 700 store?
The main unit includes built-in long-term storage for at least 720 hours of data. Optional storage capacities of 512GB, 1TB, 2TB, or 4TB are available through the Remote Management Unit.
Can the HLD-VDR 700 support remote data access?
Yes, the system provides data distribution and remote data download functions via the optional Remote Management Unit (RMU700), which includes 2 Gigabit Ethernet interfaces and supports cloud-based storage.
What type of backup power does the HLD-VDR 700 have?
The main unit features a built-in 24V battery that ensures at least 2 hours of recording after main power supply interruption.
Does the HLD-VDR 700 support 4K image capture?
Yes, with the optional HD Image Acquisition Unit (VAU700), the system supports up to 4 channels of DVI/HDMI image data at a maximum resolution of 3840×2160 @ 60 Hz.
Can the HLD-VDR 700 integrate with other bridge systems?
Yes, it interfaces with AMS, onboard electronic monitoring, and engine room management systems. It is also compatible with other Highlander navigation products like the HLD-ECDIS 600 and HLD-RADAR 900S.
What is the difference between the FFC600A and PDC600 capsules?
The FFC600A is a float-free capsule designed to detach automatically in emergencies and meets EPIRB standards. The PDC600 is a fixed protective capsule installed securely within the vessel. Both provide not less than 48 hours of storage and meet IEC 61996 memory bank requirements.
How often should the HLD-VDR 700 be serviced?
<pAnnual inspections are recommended per IMO MSC.302(87) guidelines. Seanav Marine offers VDR APT & Class Certification Services across UAE and regional ports.
Where can I get technical support for the HLD-VDR 700 in the UAE?
Seanav Marine provides 24/7 technical support and port-side services at Jebel Ali, Khalifa Port, Port Rashid, and Port of Fujairah. Contact us at https://seanav.org/contact.
Frequently Asked Technical Questions
What are the mandatory recording requirements met by the HLD-VDR 700?
The HLD-VDR 700 records 48 hours of bridge audio, radar images, ECDIS video, VHF communications, heading, speed, AIS, depth, alarms, and engine orders in accordance with IMO MSC.333(90).
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.
