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Marine Autonomous and Robotic Systems Facility at NOC David White 20 th March 2015 1

Marine Autonomous and Robotic Systems Facility at NOC...Marine Autonomous and Robotic Systems Facility at NOC David White 20th March 2015 1 • Teledyne Webb Slocum (1000m) x 12 •

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Page 1: Marine Autonomous and Robotic Systems Facility at NOC...Marine Autonomous and Robotic Systems Facility at NOC David White 20th March 2015 1 • Teledyne Webb Slocum (1000m) x 12 •

Marine Autonomous and Robotic Systems

Facility at NOC

David White 20th March 2015

1

Page 2: Marine Autonomous and Robotic Systems Facility at NOC...Marine Autonomous and Robotic Systems Facility at NOC David White 20th March 2015 1 • Teledyne Webb Slocum (1000m) x 12 •

• Teledyne Webb Slocum (1000m) x 12

• Teledyne Webb Slocum (200m) x 11

• Kongsberg Seagliders x 9

Underwater Gliders Tethered Systems

• Isis ROV

• HyBIS

• TOBI

AUVs

In-house developed:

• Autosub 3

• Autosub6000

• Autosub Long Range x 3

USVs STAFF 24 with a mix of:

• Mechanical

• Electronics

• Software

• Systems

All vehicles can be

adapted for individual

science needs

Page 3: Marine Autonomous and Robotic Systems Facility at NOC...Marine Autonomous and Robotic Systems Facility at NOC David White 20th March 2015 1 • Teledyne Webb Slocum (1000m) x 12 •

Collision Avoidance

System

Multibeam Sonar – EM2000

200kHz, 400 m, 2m

Sub Bottom Profiler– Edgetech

2 – 16 kHz

Dual Freq. SSS Edgetech 410 kHz: 250m swath , 0.2 m 120 kHz: 800 m swath 1m

Pumped, Dual CTD Also EH, DO, Turbidity

... + others

ADCP, 300 kHz

Current Profiler

Precision Navigation (FOG INS + DVL)

Drift <1 m per 1km

Acoustic Telemetry and

Tracking System Lithium Polymer Rechargeable Batteries. 28 hour, 150 km

AUTOSUB 6000

2 x High Resolution Colour Camera and Flash System

(forwards and downward facing) 15 m range in clear water

5.5 m, 0.9 m diameter 1800 kg.

Launch And Recovery System

Has been fitted to many ships from 18.5 m upwards

3 axis

Magnetometer

Page 4: Marine Autonomous and Robotic Systems Facility at NOC...Marine Autonomous and Robotic Systems Facility at NOC David White 20th March 2015 1 • Teledyne Webb Slocum (1000m) x 12 •

MARS Gliders

Page 5: Marine Autonomous and Robotic Systems Facility at NOC...Marine Autonomous and Robotic Systems Facility at NOC David White 20th March 2015 1 • Teledyne Webb Slocum (1000m) x 12 •

High Powered AUV’s Missions

5

Agadir Canyon Scours

Cruise JC027 [2008]

Altitude 50 – 100m

Bathymetric Surveys

Darwin Mounds (Rockall)

Cruise JC060 [2011]

Altitude 15 – 50 m Celtic Sea

Cruise DY008 [2014]

Altitude 2.2m

-81.73-81.728-81.726-81.724-81.722-81.72-81.718-81.716-81.714

18.54

18.542

18.544

18.546

18.548

18.55

18.552

18.554

Longitude [deg]

Latitu

de [

deg]

2.7

2.75

2.8

2.85

2.9

2.95

3

3.05

3.1

3.15

3.2

EH signal from JC44 Magnetometer total field

(normalised).

Sidescan Surveys Photographic Surveys

Sub bottom profiler data

Pelagia 2013 ADCP data

Pelagia 2013

Page 6: Marine Autonomous and Robotic Systems Facility at NOC...Marine Autonomous and Robotic Systems Facility at NOC David White 20th March 2015 1 • Teledyne Webb Slocum (1000m) x 12 •

Glider Missions

6

Page 7: Marine Autonomous and Robotic Systems Facility at NOC...Marine Autonomous and Robotic Systems Facility at NOC David White 20th March 2015 1 • Teledyne Webb Slocum (1000m) x 12 •

Innovate UK Marine Autonomous Systems Funding

Project 1 – Microsub

Partners:

Planet Ocean (lead)

ASV Global

University of Southampton

Project 2 – Autonomous Surface/

sub-surface survey system

Partners:

ASV Global (lead)

Sonardyne Ltd

Seebyte ltd

Project 3 – Pressure Tolerant

Li-S batteries for MAS

Partners:

Steatite Ltd (lead)

Oxis Energy

Msubs Ltd

Page 8: Marine Autonomous and Robotic Systems Facility at NOC...Marine Autonomous and Robotic Systems Facility at NOC David White 20th March 2015 1 • Teledyne Webb Slocum (1000m) x 12 •

MARS Innovation Centre (MARSIC)

Render of possible innovation centre layout

• New centre opening in NOC within

the next month or two.

• An innovation Centre to foster SME

engagement and collaboration with

MARS, Sea Systems & NOC

• create a bespoke glider servicing and

storage facility to deal with the

increased glider fleet

• host the £1M University of

Southampton's autonomous systems

reliability lab