teledyne defense & security

Teledyne Marine offers a full spectrum of services and technologies for defense and security applications. Our field-proven products and development capabilities have been meeting the needs of international militaries for decades in applications that include:

• Mine Countermeasures (MCM)

• Intelligence, Surveillance, and Reconnaissance (ISR)

• Anti-submarine Warfare (ASW)

• Salvage and Diving Support

• Explosive Ordinance Disposal (EOD)

• Submarine Systems

• Rapid Environmental Assessment (REA)

• Terrain Mapping and Navigation

• Port and Harbor Security

• Hull and Maritime Infrastructure Support

• Salvage and Diving Support

• Search, Rescue, Recovery, and More..

Teledyne’s technology solutions include an array of compact subsea and surface vehicles, sensors, interconnect solutions, and visual and acoustic imaging tools for demanding defense and security applications. Browse our capabilities to learn more.

About TeledyneTeledyne Technologies has an innovative heritage that dates back to the 1960s. From the deep sea, where Teledyne provides navigation and imaging sonars, unmanned underwater vehicles, and high-power communications interconnect, to deep space, where Teledyne provides infrared imagers for space telescopes, hydrogen generators for space probes, and thermal tiles for the space shuttle, Teledyne delivers results. Teledyne successfully serves the diverse needs of military, government, and commercial customers with highly reliable, high performance products and services for demanding and specialized environments.

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Photo Courtesy BMT

Teledyne Defense & Security

Technologies

AG GeophysicalBoltGeophysicalReal Time Systems

Seismic

BenthosCormonOceanscienceTSS/CDLRD Instruments

Instruments

Imaging & InformationSystemsSensors

BowtechBlueViewRESONOdom Hydrographic

Imaging

BenthosGaviaOceanscienceSeaBotixWebb Research

Vehicles

ODIDGOImpulseImpulse-PDMCable Solutions

Interconnect

A wide range of acoustic and digital imaging systems from high-resolution underwater cameras to advanced multibeam echosounders and 2D/3D sonar solutions suited for terrain mapping, obstacle avoidance, mine counter measurements and diver detection.

Stand-alone or integrated subsea and surface sensors for defense and security applications including acoustic and inertial navigation, acoustic positioning and communications, and ocean current and wave measurement

Offering government and military customers a broad portfolio of field-proven, electrical, RF, and optical interconnect capabilities for mission-critical applications. Solutions include wet-mate, splash-mate, and dry-mate interconnect, pressure boundary penetrators, cable assemblies and terminations, and custom-engineered encapsulation and molding solutions.

Providing hydrophones and manufacturing services to many of the military towed array programs for submarines, surface ships and autonomous underwater vehicles.

From low logistics, modular unmanned underwater vehicles to remotely operated survey, search, and recovery vehicles, Teledyne provides a full suite of Gliders, Autonomous Underwater Vehicles (AUVs), Inspection Class ROVs, Remotely Operated and Autonomous Surface Vehicles (USVs), and Towed platforms that can be outfitted to meet changing mission requirements.

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Transducers and Hydrophones

Towed Arrays

Acoustic Communications and Acoustic Releases

Interconnect and Cable

Imaging and Scanning Sonar

Acoustic and Inertial Navigation

Multibeam Echosounders

Profiling Floats

Software for Imaging and Mission Planning

GlidersAdvanced Water Current Measurements

ROVs AUVsLIDAR

Underwater Cameras

Advantages• Best-in-class products, engineered solutions,

and services

• One-stop procurement options for innovative technology solutions

• Global frame agreements where desired

• On-time performance and security of supply

• Field-proven product/system reliability

• Continuous product and process improvements

• 24/7 service and support when and where you need us

Innovation and Product DevelopmentTeledyne Marine continues to lead advances in underwater defense and security technology leveraging its combined resources and broad range of technical expertise in imaging, interconnect and cabling solutions, instrumentation, and unmanned vehicle systems. Offering unique capabilities is Teledyne Scientific Corporation, a world class research laboratory and Teledyne Marine partner with the technical depth to resolve the many challenges presented by demanding underwater defense and security applications. Teledyne’s systems and components are designed with cost effective engineering solutions that keep equipment in the water and operational despite the harsh, corrosive environment.

Innovation and Performance at Every TRLFrom early stage concept and development through proof of concept, testing, and fleet deployment, Teledyne Marine can address key defense and security requirements through all Technology Readiness Levels.

Teledyne Brown

Teledyne Brown Engineering is a leader in providing innovative systems engineering, integration, and advanced manufacturing solutions for defense and marine applications. Teledyne has a wealth of experience with both large and small naval vessels to include design, analysis, assembly, logistics, testing and maintenance. Our open architecture platform and integration capabilities allow us to incorporate countless sensors, systems and hardware into various designs, configurations or vehicles. With over 300,000 square feet of manufacturing space accessible worldwide along with our vast design capabilities, we possesses the experience, resources and facilities to address needs from system concept to production.

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Development & Testing

TRL 4-6PROOF OF CONCEPT

Proven Systems

TRL 7-9FLEET DEPLOYMENT

Teledyne Scientific

Teledyne Scientific & Imaging is comprised of Teledyne Scientific Company and Teledyne Imaging Sensors, which includes Teledyne Judson Technologies.

As Teledyne’s Central Research Laboratory, Teledyne Scientific Company transitions technologies developed with contract R&D investments from U.S. Government R&D funding agencies into various Teledyne businesses. Teledyne Scientific is a technology leader in high performance compound semiconductor devices and integrated circuits, ceramic and functional materials, efficient real-time information processing algorithms, and optical sensors & assemblies.

Concept & Design

TRL 1-3EARLY PHASE DEVELOPMENT

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Key Defense Applications

Mine Counter Measures

REA/Mapping and Terrain Navigation

ISR/ASW

Submarine Systems

Gavia AUV with Survey Suite Modules

Gavia AUV with Survey Suite ModulesGeophysical Instruments Towed Arrays

SeaBotix ROV

· Bowtech Cameras and Lights

· Blueview 2D/3D Sonar

· Benthos Positioning

· Storm Application Specific Cables

AUV Sensors Including

· RD Instruments DVL

· BlueView Gap Fill Sonar

· Benthos Modem

Mine Hunting and Relocation ROV with


· RESON and BlueView Forward Looking Sonars

· TSS Mine Detection Sensor

· ODI/DGO Wet Mate to Dry Mate Assemblies for Portable Ship Control Systems (PSCS)

· TSS Gyrocompass

· RESON Forward Looking Sonar· Bowtech Cameras and Lights

· RD Instruments DVL and CTDs

· RESON Multibeam Echosounders

Mid-Tow Vehicle with

· RESON Sonars

· BlueView Sonars

Oceanscience USV

· Odom Multibeam Echosounder

Modular Ocean Floor Sensor Networks, Surveillance Sensor Arrays, and Seafloor Acoustic Positioning Nodes

· Benthos Positioning/Communication Nodes

· ODI Wet Configurable Electrical & Optical Assemblies

· Impulse Connectors and Assemblies

Gavia AUV with Survey Suite Modules

Environmental Monitoring with

· Webb Research Slocum Gliders

· RD Instruments ADCP

Environmental Monitoring with

· Webb Research Slocum Gliders


Navy Ship with

· RESON Multibeam Echosounder


· TSS INS and Motion Compensation System

Modular Ocean Floor Sensor Networks and Surveillance Sensor Arrays

· ODI Wet Configurable Electrical & Optical Assemblies

· DGO Connectors and Assemblies

· DGO and Impulse Connectors and Assemblies

· Storm Application Specific CablesAcoustic Communications and Positioning

· Benthos Modems/Positioning

· Benthos Glass Flotation

· Benthos Acoustic Releases

Seafloor Mapping

· Odom Mid-Tow vehicle, Benthos Deep Tow Vehicles

· RESON Multibeam Echosounders

· BlueView Sonars

· RESON Forward Looking Sonar

· ODI Wet Mate Hybrid Stab Assemblies for Next-Gen Submarine Payload Modules

· DGO Pressure Hull Penetrators and Outboard Cable Assembly

· RESON Hydrophones

ODI/DGO Wet Mate to Dry Mate Assemblies for Aft-Firing Countermeasures Systems

Geophysical Instruments Towed Array

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· Oceanscience SeaSpider Sensor Mount


· Benthos Acoustic Modem


Capabilities1. Acoustic Communication

2. Autonomous Underwater Gliders

3. Autonomous Underwater Vehicles (AUVs)

4. Towed Survey Vehicles

5. Acoustic Releases and Modems, Acoustic Doppler Current Profilers, and Flotation

6. Harsh Environment Interconnect

7. Long Range LIDAR

8. Multibeam Echosounders and Forward Looking Sonars

9. Profiling Floats

10. Remotely Operated Vehicles (ROVs)

11. Sub-Bottom Profilers

12. Subsea Data and Power Transmission

13. Subsea Navigation and Positioning

14. Modular Subsea Sensor and Surveillance Networks

15. Surface Positioning and Navigation

16. Air Deployable Profiling Floats and ROVs

17. Towed Arrays

18. Hull Penetrators, Cables, and Connectors

19. Cameras and Lights

20. Unmanned Surface Vehicles (USVs)

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Key Security Applications

SeaBotix ROV

· Bowtech Cameras and Lights· BlueView 2D /3D Sonars· Benthos Positioning Systems

SeaBotix ROV


· BlueView 2D Sonar

Diver Support Systems with

· Bowtech Cameras, Lights and Controllers

· Benthos Acoustic Modems

· RD Instruments DVLs

· SeaBotix ROV with Bowtech Cameras, and Lights, Blue View Sonars and Benthos Positioning

SeaBotix ROV for Bridge and Pier Inspection

· With BlueView 2D or 3D Sonar



SeaBotix vLBC for Ship Hull Inspection

· With Bowtech Cameras and Lights

· BlueView 2D Sonar


BlueView 3D Scanning Sonar

Asset Recovery· Benthos Locators· Benthos Acoustic Releases

Gavia AUV· Full Suite of Survey Modules




Seafloor Mapping

· Odom Mid-Tow Vehicle or Benthos Deep Tow Vehicle

· RESON Multibeam Sonars

· BlueView Sonars

Gavia AUV

· Full Suite of Survey Modules




Oceanscience USV with

· Odom Hydrographic Echosounder

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Port & Harbor Security

Hull and Maritime Infrastructure Support

Search, Rescue, and Recovery

First Responder and Diver Support


Capabilities1. Acoustic Communication

2. Towed Survey Vehicles

3. Autonomous Underwater Vehicles (AUVs)

4. Gateway Buoys

5. Diver Communication and Positioning systems

6. Diver Support Systems

7. Multibeam Echosounders

8. Remotely Operated Vehicles (ROVs)

9. Hull Inspection ROVs

10. 3D Multibeam Scanning Sonar

11. Subsea Navigation and Positioning

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Case Study

Littoral Battlespace Sensing-Gliders (LBS-G)The US Navy established Littoral Battlespace Sensing Gliders (LBSG) as a program of record in 2010 and has been using Slocum gliders operationally since 2012.

What do NAVOCEANO gliders measure?

• Temperature

• Conductivity (salinity)

• Optical beam attenuation (water clarity)

• Pressure (depth)

How are glider data used?NAVOCEANO provides warfighters with unique oceanographic products for operational and tactical decision making. Temperature and salinity profiles are assimilated into ocean models which provide regular forecasts, hindcasts and nowcasts of ocean conditions. Beam attenuation profiles are used to create tailored ocean visibility products in response to fleet request. Optics products support non-acoustical detection of (and by) systems, assets and people.

Why use gliders?Cost – each glider profile costs less than 1/100th of the cost of a ship based profile.

More data, faster – gliders can provide hundreds of profiles per month, compared to only dozens of ship-based profile per month. Multiple gliders provide persistent water column measurement capability with better temporal and spatial resolution as compared to other platforms.

Force multiplier – after being deployed from a ship, a glider can sample for months with no local ship presence. This frees the ship to perform other functions at the same time.

Case Study

Submarine AntennaChallenges:Pressure: 2,000 psig Stress: high G-force shockDurability: 15-year operating lifeReliability requirements: man-rated safety

Application constraints:

• Dielectric constant of glass to wire for RF performance

• Less than 0.5 dB insertion loss from DC to 18.5 GHz

• Less than 1.5 VSWR after hydrocycling

• Special low-loss cable not designed for underwater application required waterproofing modifications

• Minimal distortion under test - no phase angle change at pressure

Core technologies: Glass-to-metal sealing

Design contribution: Connector design Cable termination and molding

Teledyne DGO’s SolutionTeledyne DGO developed miniaturized, glass-sealed SMA and TNC plugs and receptacles capable of mating with special low-loss RF cables and withstanding high operating pressures. The entire connector/cable system was completely waterproof and achieved insertion loss of less than 0.5 dB and voltage standing wave ratio under 1.5.

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Case Study

Search and Salvage: Mapping the Site of the USCG Cutter Alexander Hamilton

ChallengeAfter detecting oil on the water in 2009, the Icelandic Coast Guard ordered a low-frequency multibeam investigation in Faxaflói (Faxa Bay). This found a contact, but due to the water depth the surface-mounted sonars only provided low-resolution images. It was impossible to tell if the contact was a ship or natural feature. The Icelandic Coast Guard needed a way to obtain higher resolution images of the contact they located to determine if it could be the source of the oil that was detected.

Core technologies: Teledyne Gavia AUV equipped with side scan sonar and swath bathymetry modules

Mission DetailsOn 19 August the Icelandic Coast Guard Cutter Ægir was tasked with further investigation, and Hafmynd ehf (now Teledyne Gavia) was invited to participate using a Gavia Autonomous Underwater Vehicle.

The modular Gavia AUV was transported by hand to the ship in a set of hard cases (max weight 30kg), and assembled on deck during the transit to the survey site. The survey mission took place on 31 August, 2009, in windy conditions and sea state 4 ‐5. The Gavia AUV was operated from a RIB launched from the ICG Cutter Ægir. Small boat operations in these conditions were quite challenging, as was the AUV launch and recovery due to the high swells and limited visibility.

The Gavia was sent on a lawn mower survey pattern at 15m altitude in 95m water depth, covering the wreck area and debris field in less than an hour, collecting simultaneous GeoSwath bathymetry and side scan data. The Gavia was equipped with a Marine Sonic 600 kHz Side Scan Sonar and a 500 kHz GeoSwath bathymetric mapping sonar.

For accurate, survey-grade positioning the AUV carried a DVL-aided Kearfott T24 Inertial Navigation System (INS).

The data was uploaded using WiFi to the processing computer onboard the Ægir, allowing rapid quality control of the data, generation of rough charts, and adjustment of mission parameters for a second, closer pass using the high frequency side scan. This data gave details of the attitude of the wreck, and details of the dimensions and running gear to allow positive identification.

ConclusionsThe Gavia AUV enabled the investigating team to obtain high resolution, high frequency mapping and imaging data from the survey site in a way not possible with a boat-mounted, towed, or ROV spread. The AUV could run a tight survey pattern over the target area at considerable depth, with a minimum of logistics required topside. The high accuracy INS/DVL navigation allowed precise positioning and mapping of the debris, which enabled subsequent ROV and diver visits to be planned in detail. This enabled the positive identification of the USCGC Alexander Hamilton.

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©Teledyne Marine 2016. Proprietary, all rights reserved. For reference only. Rev. 5/2016

Life Cycle Support

Teledyne provides full life cycle support for our programs, products and services. The support cycle starts as soon as a program begins, with multistage training that spans topics from basic operations and depot level repairs to advanced diagnostics. Operations and Maintenance plans are tuned to the customer’s operational tempo and long term Service Life Extension Plans (SLEP) are budgeted.

Teledyne’s experience with setting up and supporting different operational infrastructures enables our team to tailor a Life Cycle Support Plan that suits to the customer’s needs.

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Teledyne Marine Worldwide

Teledyne Marine is a growing group of surface and subsea technology companies that deliver innovative products and solutions to the offshore, oceanographic, and defense markets.

Headquarters Field Service Global Teledyne Marine Locations

teledyne defense & security

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