USV RSV (Marine Tech)

The RSV (Remote Survey Vehicle) is an unmanned surface vehicle developed by the founders of Marine Tech SAS since 2008.

RSV Orca in transit to a survey area, France, April 2016
RSV (Remote Survey Vehicle)
Class overview
BuildersMarine Tech SAS
In service2008–present
General characteristics
TypeInflatable - Semi-rigid platform
Length2 to 4.2 m
Beam1.2 to 2.1 m
Draft0.4-0.5 m
Propulsion2 electric engines
Speedup to 12 kt
Capacity25 to 200 kg payload
ComplementRemote or autopilot, air-transportable
Sensors and
processing systems		DGPS-RTK MBES, Lidar, Sub-bottom profiler, Side Scan sonar, Motion sensor, HD video, ROV

Features

Engineered and designed as an autonomous and robust marine surface platform, the RSV can operate several oceanographic sensors simultaneously to achieve measurements, exploration of aquatic environment and hydrographic survey.[1]

Fitted with a high resolution infrared camera, the RSV can also be considered as an autonomous platform for surveillance and security of sensitive areas (ports protection, specific areas monitoring or observation of unsafe events for humans).[2]

With an autonomy varying from 4h to 48h, the RSV is a size-optimized and user-friendly USV, remotely controlled or autopiloted. Data measured are transmitted and visualized/controlled in real time by the distant operator.

The range of RSV allows operating:

  • in difficult access areas (dams, rivers, shallow water, canals, etc.),
  • offshore.[3]

The RSV allows ROV deployment for subsea observation and monitoring.

RSV are manufactured and produced in France by Marine Tech SAS.[4]

References
  1. "Unmanned Surface Vehicle RSV". Marine Tech. 10 January 2017.
  2. "RSV, security and surveillance applications". Marine Tech. 10 January 2017.
  3. "Naval Drones, Remote Survey Vehicle USV". Naval Drones. Retrieved 10 January 2017.
  4. "Marine Tech SAS". Marine Tech. 10 January 2017.
This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.