Maretron VDR100 Vessel Data Recorder

Maretron VDR100 Vessel Data Recorder

The Maretron VDR100 Vessel Data Recorder is used to record messages transmitted from every product interconnected on the vessel's NMEA 2000 network. Each message is stored using solid-state memory technology with simple data retrieval via a removable USB flash drive (purchased separately). Depending on the chosen USB flash drive memory size, a year or more of data can be stored. And you never have to worry about losing the most recent data because the Maretron VDR100 uses a circular buffer where the oldest data is overwritten only after the entire memory is filled.

Recorded vessel data can be used in many ways including performance analysis, vessel tracking, preventative maintenance, network diagnostics, warranty incident, and accident investigation, all in an effort to reduce operating cost and improve safety. As an example of how the recorded data might be used, consider an NMEA 2000 fuel flow monitor plugged into the network, which will provide a complete record of how much fuel was used and how fast it was used. With a GPS antenna/receiver plugged into the NMEA 2000 network, you will have a complete record of where the vessel has been including its speed and course over ground.



More Features and Specifications

Price: $709.99
Model
TD Code
DescriptionLoad Equivalence # (LEN)CompatibilityPrice
VDR100-00
MRE-0108
Vessel Data Recorder4PC/Mac$709.99 USD

The Maretron VDR100 Vessel Data Recorder is used to record messages transmitted from every product interconnected on the vessel's NMEA 2000 network. Each message is stored using solid-state memory technology with simple data retrieval via a removable USB flash drive (purchased separately). Depending on the chosen USB flash drive memory size, a year or more of data can be stored. And you never have to worry about losing the most recent data because the Maretron VDR100 uses a circular buffer where the oldest data is overwritten only after the entire memory is filled.

Recorded vessel data can be used in many ways including performance analysis, vessel tracking, preventative maintenance, network diagnostics, warranty incident, and accident investigation, all in an effort to reduce operating cost and improve safety. As an example of how the recorded data might be used, consider an NMEA 2000 fuel flow monitor plugged into the network, which will provide a complete record of how much fuel was used and how fast it was used. With a GPS antenna/receiver plugged into the NMEA 2000 network, you will have a complete record of where the vessel has been including its speed and course over ground.



More Features and Specifications

Maretron VDR100 Vessel Data Recorder additional information:

Analyzing and graphing recorded data is done using a spreadsheet program like Microsoft Excel. Simply remove the USB flash drive and plug it into a PC or Mac and run Maretron's free extraction software (N2KExtractor). Choose any or all of the recorded data including the associated dates and times and the program will create a comma delimited file (.csv) that can be read into a spreadsheet for graphing or any other type of data analysis.

With the Maretron VDR100 Vessel Data Recorder, you have a complete record of all the information produced by NMEA 2000 products connected to the vessel's network. And because the VDR100 Vessel Data Recorder is engineered and manufactured to the highest standards (IEC 60945 Maritime Navigation and Radio Communication Equipment), your data is safely protected in a compact waterproof housing.

Maretron VDR100 Vessel Data Recorder features:

  • Data Recorded on Solid State Memory via Removable USB Flash Drive
  • Circular Buffer Preserves Latest Recorded Data while Oldest Data Overwritten when Memory is Full
  • Recorded Data Available for Performance Analysis, Vessel Tracking, Preventive Maintenance, and More
  • Optional Waterproof USB Flash Drive Cover
  • Free Data Extraction Software (N2KExtractor) builds Comma Delimited Files for Data Analysis

USB Flash Drives
The USB Flash Drives are supplied by the user. Depending on how much data you wish to record without overwriting older data, the following table can be used to determine the capacity of the USB Flash Drive you need. These figures are estimated assuming a 25% loaded system (approx 463 frames/second).

Recording Period/Media Storage Capacity
1 second - 7862 bytes
1 minute - 471,750 bytes
1 hour - 29 MB
1 day - 680 MB
1 week - 5 GB
1 month (30 days) - 21 GB
1 year (365.25 days) - 248 GB
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