Navigation

  • Skip to Content
NTNU Home

Aur-lab

  • Studies
    • Master's programmes in English
    • For exchange students
    • PhD opportunities
    • All programmes of study
    • Courses
    • Financing
    • Language requirements
    • Application process
    • Academic calendar
    • FAQ
  • Research and innovation
    • NTNU research
    • Research excellence
    • Strategic research areas
    • Innovation resources
    • PhD opportunities
  • Life and housing
    • Student in Trondheim
    • Student in Gjøvik
    • Student in Ålesund
    • For researchers
    • Life and housing
  • About NTNU
    • Contact us
    • Faculties and departments
    • Libraries
    • International researcher support
    • Vacancies
    • About NTNU
    • Maps
  1. AURLab
  2. Vehicles
  3. AUV Remus 100

AUV Remus 100

×
  • Home
  • Vehicles
    • ROV 30K
    • ROV MINERVA
    • AUV Remus 100
    • LAUV Fridtjof
    • LAUV Harald
    • LAUV Thor
    • LAUV Roald
    • ASV Autonaut
    • ROV Blueye
    • USV Grethe
    • NTNU Flyer
    • ROV/AUV Eely
    • ITO-AZFP
  • Press articles
  • Research
  • Recent publications
  • Contact
MENU

AUV Remus 100 karusell

  • Equipment

  • Equipment

AUV Remus 100 description

AUV Remus 100

The workhorse of our submarine platforms has a large history of development. This makes it a robust, highly reliable instrument.

The Remus 100 has its own software for mission planning. Its modularity enables it to include new instruments on board. The vehicle is heavy for a person to carry it. A metallic frame is thus necessary to set it in the water.

TECHNICAL SPECIFICATIONS

Max operational depth: 100m

Battery: Lithium Ion 

Sensors

  1. Aanderaa Optode 4831 Oxygen sensor
  2. NBOSI Conductivity-temperature (CT) sensor
  3. ECO sensor WetLabs Triplet
  4. Long Base-line (LBL) High Frequency Transducer
  5. Inertial Measurement Unit (IMU) HG1700AG58
  6. 1200 kHz Explorer R100 Doppler Velocity Log (DVL)
  7. MSTL 900 kHz Sidescan sonar
  8. Global positioning system (GPS)
  9. Honeywell depth sensor
  10. Systron Donner gyro chip (not North-seeking)
  11. Magnetic compass
  12. DeltaT Multibeam Echosounder (MBES)
  13.  

Consider it for

bathimetric mapping

water column characterization, 

substrate identification

environmental monitoring

biomass assesments 

 

 

 

NTNU
Studies
  • Master's programmes in English
  • For exchange students
  • PhD opportunities
  • Courses
  • Career development
  • Continuing education
  • Application process
Contact
  • Contact NTNU
  • Employees
  • For alumni
  • Press contacts
  • Researcher support
Discover NTNU
  • Experts
  • Vacancies
  • Pictures from NTNU
  • Innovation resources
  • NTNU in Gjøvik
  • NTNU in Trondheim
  • NTNU in Ålesund
  • Maps
About NTNU
  • NTNU's strategy
  • Research excellence
  • Strategic research areas
  • Organizational chart
  • Libraries
  • About the university
Services
  • For employees
  • For students
  • Blackboard
  • Intranet

Norwegian University of Science and Technology

Use of cookies
Accessibility statement (in Norwegian)
Privacy policy
Editoral responsibility
Sign In