ATLAS SeaFox Mk II ROV for Identification and Mine Disposal



Similar documents
NEW ROLES FOR UUVS IN INTELLIGENCE, SURVEILLANCE, AND RECONNAISSANCE

sonobot autonomous hydrographic survey vehicle product information guide

VEHICLE CONTROL TECHNOLOGIES

SONOBOT AUTONOMOUS HYDROGRAPHIC SURVEY VEHICLE PRODUCT INFORMATION GUIDE

Seapower Capability Systems is Raytheon Integrated Defense Systems business area dedicated to the development and delivery of critical seapower

Maritime Systems and Technology (MAST)

HIGHLY SOPHISTICATED MONITORING

Ready for Takeoff. TURBOVAC MAGiNTEGRA

MDM Lab Laboratory of Mechatronics and Dynamic Modelling. Dall Ingegneria Ferroviaria alla Robotica Subacquea

COMBATSS-21 Scalable combat management system for the world s navies

7 Lighting Technology

Survey Sensors Hydrofest Ross Leitch Project Surveyor

The Quality Connection. Underwater cables for Oceanography & Seismic Systems

How To Design A Low Cost Unmanned Vehicle

Sea Eagle FCCT. Naval Electro-Optical Fire Control System

Shallow Water Swath Bathymetry from Small Platforms. Advances in Seafloor Mapping Sonar, 30 Dec 2009 Systems Engineering & Assessment Ltd.

TANK FABRICATION. Automated Solutions for Your Tank Fabrication Project. Bug-o Systems

PreciTrack3D GmbH. PRECI 3D TRACK PRECI 3D GUN PRECI 3D SCAN PRECI 3D ROBOGUN PRECI 3D CONFOCAL PRECI 3D REF Tube Inspection & Measurements PRODUCTS

Low Voltage Switchboards The Best Technical Solution for Your Ship

Intelligent Surveillance & Security Systems

GEOScaN Remote Data Acquisition for Hydrographic, Topographic and GIS Surveying

A Measurement of 3-D Water Velocity Components During ROV Tether Simulations in a Test Tank Using Hydroacoustic Doppler Velocimeter

A new generation of 3D detection devices. Made in Germany

New England Defense Contracting Trends

Automating ROV Operations in aid of the Oil & Gas Offshore Industry

Continuous, remote monitoring and logging of electromagnetic fields

ELECTRIC SHIP EDUCATION. 9 May 2006

How To Use A Detector 2

MINE CLEARANCE DIVER. Get fit to apply

Towed Streamer Positioning System

I.S :2013 Fire Detection & Alarm Systems

Torpedo: A Historical Review. Admiralty Trilogy Seminar! Presented by:! Clash of Arms Games

AeroVironment, Inc. Unmanned Aircraft Systems Overview Background

Asset Management Made Easier SonarBell Passive Acoustic Marker Speaker : John Pepper

Thank you for inviting us to participate and the opportunity to give you a basic overview and specifics of the instrument for ballistic evidence

Tube Control Measurement, Sorting Modular System for Glass Tube

CAT VIII WORKING DRAFT

Wind Sensor W-RS485 with RS485 Interface

DAB+ / FM Tuner Model: TU-201

I.S :2013 Fire Detection & Alarm Systems

Design and manufacture of subsea and topside composite cables and connectors

The World Smallest Automatic Satellite Antenna

Application Example: Scanning down to the smallest Detail Optical Metrology supports the Building of full-scale Helicopter Mock-ups

ZEISS T-SCAN Automated / COMET Automated 3D Digitizing - Laserscanning / Fringe Projection Automated solutions for efficient 3D data capture

ROV Data Collection Results

for vehicle measuring

microdrone md Prepared for full automatic waypoint navigation Compatible with md4-200-payloads

Agila Ceiling Supply Unit Medical Supply Units

HV Submarine Cable Systems Design, Testing and Installation

Machine Tool Inspection & Analyzer solutions

WATCHKEEPER X UNMANNED AIRCRAFT SYSTEM (UAS)

Sonar Principles:- A typical specification sheet would look like this:-

DM2A3 Seehecht Torpedo Archived 2/2003

Lecture 17. Image formation Ray tracing Calculation. Lenses Convex Concave. Mirrors Convex Concave. Optical instruments

AERONAUTICAL AND ASTRONAUTICAL ENGINEER

Battery Powered Thermal Mass Flow Meters for Gases

LarsLap model C for cutting, milling grinding and lapping seats and flanges on globe, safety and control valves

Temperature. LumaSense Technologies, Inc. supplies a unique selection of very precise calibration

MSV FENNICA MSV FENNICA SHORT VESSEL DESCRIPTION VESSEL DETAILS

OPTICAL MEASURING MACHINES

Argos Thuraya Interception L-Band System

KS-70. Catheterization Table GENERAL

HYDRUS ULTRASONIC METER

PS1800 Centrifugal Pumping Systems

MANUAL D250S DUAL. Solar panel + Vehicle ground/solar panel

Mounting instruction Read instructions carefully!

Approval Sheet for. Li-ion Battery (Lithium Iron Phosphate) Model: LiR14505F-600mAh

ADVANCED DEGAUSSING SYSTEMS. Polyamp

PORTABLE MICROSCOPES PORTABLE MICROSCOPES PORTABLE MICROSCOPES PORTABLE MICROSCOPES PORTABLE MICROSCOPES PORTABLE MICROSCOPES

Product Information Sheet UH36 Hi Pot Tester

Dual Laser InfraRed (IR) Thermometer

Arm2. Arm Arm22. Articulated Arm. machines MEASURING. tridimensional measuring FRATELLI ROTONDI

1. UUV-AUV-ROV-USV 1.1. UUV ( Unmanned Underwater Vehicle )

EMR-300 Broadband RF Survey Meter

Aerospace Information Technology Topics for Internships and Bachelor s and Master s Theses

Current Challenges in UAS Research Intelligent Navigation and Sense & Avoid

MINIMAT-EC-Servo Screwdriver Spindles

The Potential of Light UAS for Police Applications

3D SCANNING SOLUTION FOR PIPELINE INTEGRIT Y ASSESSMENT!

CFD Modelling and Real-time testing of the Wave Surface Glider (WSG) Robot

CORONA E / FLYPPER ELECTRONIC METER MULTI-JET

irobot 510 PackBot Multi-mission flexibility Neutralize, detect and map HazMat materials, IEDs and other dangerous elements

TEST REPORT Pipe-abc Line Inspection Project

Havforskningsinstituttet

Portable digital microprocessor thermometers with interchangeable probes

Bar Code Reader Series BCL 20 A flexible reader for a variety of applications

VICKERS HARDNESS TESTER. HBS HBW Kc

Frequency selective monitoring and logging of environmental electromagnetic fields

Brake module AX5021. Documentation. Please read this document carefully before installing and commissioning the brake module!

Part 0 - Classification and Surveys Classification and Surveys I

Presentation of the BOFORS 3P and System Concept. BOFORS 40/57 mm 3P. - Remotely Controlled Turret System. - Bushmaster IV integration

Optical Digitizing by ATOS for Press Parts and Tools

2 Installation Explanation

VOLTAGE/CURRENT CALIBRATOR ISO-TECH ILC-421

Information regarding the Lockheed F-104 Starfighter F-104 LN-3. An article published in the Zipper Magazine #48. December Theo N.M.M.

RIEGL VZ Terrestrial Laser Scanning. 3D Very Long Range Terrestrial Laser Scanner with Online Waveform Processing

Pipe Inspection Carbon Steel Trials

Product sheet 8 p - Carl-Gustaf - eng - v. 3 sep 14

QFP910. Water detector. Building Technologies. CE1N2732en Synco living

Transcription:

ATLAS SeaFox Mk II ROV for Identification and Mine Disposal SeaFox Mine Warfare System ATLAS ELEKTRONIK A joint company of ThyssenKrupp and EADS

SeaFox Mine Disposal System Short mission time (typ. < 15 min) due to direct automated approach The SeaFox system is a mine disposal system based on the most advanced concept using the Expendable Mine Disposal Vehicle principle (EMDV). Mine disposal in situ with SeaFox s shaped charge Small, unmanned underwater drones are used for direct disposal of historical and most modern mine types; identical, reusable vehicles (without charge) are used for inspection, identification and training purposes. The system is effective against long and short tethered mines, proud ground mines and floating mines. The SeaFox system mainly comprises a console, a launcher and the SeaFox vehicles. The system can be delivered as a stand-alone or a fully integrated version. In case of stand-alone the console contains all electronics, software, displays and operating elements to guide the vehicle automatically or manually towards the target and to relocate, identify and destroy it. In the fully integrated version, a Multi Function Console or any existing console can be used. The two different vehicles ensure quick disposal of mines during operation with the combat vehicle (SeaFox C) as well as cost-saving identification with the reusable identification version (SeaFox I). Easy handling due to small size: length 1.3 m, weight approx. 40 kg The communication between the console and the SeaFox vehicle s sensors, such as high frequency relocation sonar, echo sounder and CCTV camera, is implemented via a thin fibre optic cable. The four independent, reversible motors plus one hover thruster ensure high manoeuvrability and exact positioning for firing the shaped charge.

Tactical Display Ground mine detected by SeaFox sonar CCTV image of MLO allows clear identification Mission Profile Waypoint 1 Waypoint 2 Waypoint 3 Run Out Transit Target Position Approach Final Target Approach SeaFox on programmed course towards MCMV sonar or underwater positioning system coverage sector. SeaFox tracked by MCMV sonar or underwater positioning system. Guided to a point downstream of mine. SeaFox on pursuit course to mine relocation with own sonar. Homing using SeaFox sonar. Identification by CCTV Manual or impact firing.

SeaFox Delivers Rapid Disposal Effective Neutralisation Precision Reliable Mission Sucess Low Shipfitting Impact Low Life Cycle Cost Qualification In Service Expendable SeaFox vehicle considerably reduces mission time compared to other systems. Typically SeaFox achieves mine disposal four times faster than recoverable ROV methods. Shaped charge warhead destroys all known mine types including those containing insensitive explosives, mainly by sympathetic detonation. Positive identification via high resolution sonar and optical sensors, accurate positioning using 4 propellers and 1 thruster. Shaped charge warhead achieves reliable mine destruction against all known mine types. Unintentional mine detonation constitutes mission success. SeaFox can approach mine without restriction. Minimal storage requirements because of small size and low explosive content. Control from stand-alone operator console or integrated into existing MCMV displays. Low Life Cycle Cost due to wooden round concept of the combat vehicle and low maintenance effort for the reusable inspection vehicle. Fully qualified by German Navy and other NATO authorities. SeaFox system is in service with 10 Navies on more than 70 platforms.

Main Components SeaFox aboard a German minehunter Crane-based launcher Control console (example) Modulare Mobile Control Unit Thin fibre optic cable SeaFox C Combat vehicle SeaFox I Inspection and Training vehicle, fully reusable Weapon storage (example)

Technical Specification Operational Mine Types: Location: ground mine, short tethered mine, long tethered mine, drifting mines sea bed, sea volume, sea surface Sea State: up to 5 Operation depth: 0 m down to 300 m SeaFox C Vehicle Length: approx. 1300 mm Diameter: approx. 200 mm body /390 mm across fins Weight in air: approx. 40 kg Slightly negative bouyant Propulsion 4 horizontal propellers and 1 vertical thruster (battery powered, reversible) Max Speed: > 5 knots Min Speed: full automatic hover capability Range: > 1200 m depending on current and acoustic conditions Guidance and Control Auto/manual guidance system for waypoint navigation and homing. Guidance calculation in control console. Attitude sensors in vehicle. Relocation Sonar High frequency scanning active sonar with adjustable resolution. 360 scan, selectable Echo Sounder Allows SeaFox operation close to sea bed. CCTV Camera Real time CCTV imaging system. High intensity searchlight illumination. Communications Optical Fibre cable to shipboard equipment (up to 3000 m length). Warhead Fully qualified shaped charge and SAU (Safety and Arming Unit). NEM 1.5 kg Demonstrated effectiveness against insensitive explosives. Magnetic Signature Meets signature requirements for MCMV equipment. SeaFox vehicle signature at mine not applicable - unintentional mine triggering is rated as mission success. SeaFox I Vehicle Dimensions as SeaFox C, slightly positive boyant. Training and mine identification version of SeaFox vehicle, recoverable and reusable. No warhead, rechargeable batteries, reusable cable, no expendable parts. Control Console (stand-alone) Mission control by single operator. Flat panel displays. Mission display - position data Sonar display - homing CCTV image - identification Operator input by panel Data Interface to MCMV SeaFox Server To enable use of existing MCMV consoles. Launcher Crane-based system. Portable Control Unit Provides guidance from manoeuvre deck during SeaFox I recovery. Recovery Net Optional Supports SeaFox I recovery Main Accessories Battery charger, Acoustic Tracking System MIPS EOD Tool COBRA

References 5x Class MJ 333 5x Class HL 352 5x Class MJ 332 5x Visby Class 5x Landsort Class 10x Alkmaar Class 6x Flower Class 6x MH 53 3x Avenger Class 10x Mobile EOD units 2x Sandown (Temporary Gulf Fit) 8x Sandown 8x Hunt MHO Deep SeaFox 2x MCMV 3x Katanpää Class 2x AL Hasbah Class 2x Lat Ya Class 1x Mobile EOD units SeaFox SeaFox has destroyed hundreds mine targets up to now Fully qualified and certified Twelve years of reckonable service Demonstrated its effectiveness against conventional and insensitive explosives on many occasions Combat-proven US Navy: AMNS Program Airborne Mine Neutralisation System Integration into helicopter

Contact ATLAS ELEKTRONIK GmbH Sebaldsbruecker Heerstrasse 235 28309 Bremen Germany Phone: +49 421 457-02 Fax: +49 421 457-3699 www.atlas-elektronik.com SeaFox Mine Warfare System Printed in Germany Technical alterations reserved ATLAS ELEKTRONIK GMBH 005 08.2013 ATLAS ELEKTRONIK A joint company of ThyssenKrupp and EADS