ANY NEED ANY TASK 9LV DECISION. 9LV CMS > The 9LV Concept

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1 9LV CMS

2 9LV CMS > The 9LV Concept ANY NEED ANY TASK The 9LV Concept: complete control for all weapons, sensors and communications Saab s 9LV family offers complete C4I for all types of naval platforms, including frigates, patrol vessels, larger vessels and submarines. 9LV provides the command team with outstanding operational capabilities, supporting all mission types from littorals to the open ocean. Options range from FCS solutions to complex Combat Management Systems with large numbers of interfaces and vast responsive decision support. The whole family uses open standards, and Saab can integrate any subsystem with a 9LV solution. Saab has more than 40 years of experience in naval weapon control systems. Our 9LV solutions have been provided to leading navies around the world, with deliveries being completed to more than 230 ships. Many of the Fire Control Systems we delivered years ago are still in operation. 9LV 9LV CMS 9LV FCS Compact 9LV SAT SITUATIONAL AWARENESS TACTICAL RESPONSE DECISION SUPERIORITY COMMUNICATIONS 2

3 9LV CMS > Introduction COMMAND THE BATTLESPACE The 9LV CMS ALLOWS Command teams TO MAKE CORRECT DECISIONS AND TAKE DECISIVE ACTION. By enabling flexible, effective operations, it increases mission capability. The system is modular and scalable, allowing unique software connectivity and interoperability. Its design means that it is quicker and more affordable to develop, upgrade and support. 9LV CMS solutions are built around Saab s battle-proven CEROS 200 and EOS 500 directors. The latest release of the system is Mk4, meaning 9LV CMS customers benefit from over 40 years of experience, development and innovation. The 9LV family is based on open architecture. This enables straightforward integration of any third-party module, and likewise enables any 9LV module to be integrated with equipment from other providers. This gives you complete freedom of choice and flexible technology which can be adapted to meet specific needs and requirements. 3

4 9LV CMS > Operational Capabilities OPERATIONAL CAPABILITIES The 9LV CMS puts you in total control of the local seas. It is built around a simple concept: use onboard and off-board sensors and effectors in the most efficient and effective way. The system leads the way in data fusion, real-time effects and integration. Over the course of its development, the 9LV CMS has taken into account evolving naval doctrines and the complex littoral environments which are increasingly becoming places of conflict. The level of power projection and defence capability previously restricted to large ships is now needed for all vessels, regardless of size. This allows forces to retain control in archipelagos or choke-points with extensive land cover. In practice, this creates a need for extremely short response times, a driving principle in the development of the 9LV CMS. Being first to act allows you to retain the tactical initiative. While taking care of the three dimensions of naval warfare air, surface and subsurface the 9LV CMS also supports the fourth dimension, the internal decision cycle. Its advanced decision-making tools provide maximum uptime, even in the toughest situations. In essence, the system provides a combination of power and flexibility which allows a 9LV CMS-equipped unit to participate in national and international operations, either alone or as part of a task force. PROTECT AND ENCOUNTER The 9LV CMS provides world-leading C4I and precision engagement capabilities, enabling you to control large areas and several dimensions at the same time. TOTAL CONTROL The system includes complete and fully integrated security concepts to provide total control. These are precisely tailored to your needs. 9LV supports: Naval doctrines Littoral operations Short response times Advanced decision support National and international operations Single ships or larger force tasks 4

5 9LV CMS > Operational Capabilities 5

6 9LV CMS > Operational Capabilities > Achieving your mission ACHIEVING YOUR MISSION Today s forces face an unprecedented range of missions and tactical situations. Operational flexibility is the key to effective response. At the heart of the combat system, the 9LV CMS is built with operational flexibility in mind, to support command across the entire range of possible missions and scenarios. It optimises the use of organic resources and addresses command, control and communications in a holistic approach. It offers effective task group command and efficient multi-tasking. These elements of its design produce a solution that is greater than the sum of its parts. Offensive operations Defensive operations Surface warfare Anti-air warfare Underwater warfare Electronic warfare Peace support operations Protection and escort Border control Maritime patrol and response Interdiction Anti-piracy Search and rescue Environmental control SECURING ALL DIMENSIONS 9LV supports the entire spectrum of naval operations 6

7 9LV CMS > Operational Capabilities > Creating the picture CREATING THE PICTURE Controlling larger areas requires more than just complex sensor systems. It also requires situational awareness in all naval dimensions. To achieve multi-dimensional awareness, the 9LV CMS provides a common situation picture. Operators are presented with a single, clear picture of the entire naval domain. This incorporates data from internal and external sensors, using data fusion to present combined land-sea pictures. Information is shared via multiple data links. By establishing and maintaining a coherent maritime picture, the 9LV CMS provides a basis for the operator to make informed situation assessments and tactical judgements, based on readiness and priority. ALLOCATION OF ROLES Key to mission success is effective distribution of work in the Combat Information Centre (CIC). This allows the commander to obtain the maximum capability and efficiency from the CIC team. The 9LV CMS provides functional-based allocation of roles and is configurable during runtime. This provides the basis for flexible and sustainable workload management. Any function may be used by any operator, at any console, at any time 7

8 9LV CMS > Operational Capabilities > Defending your unit DEFENDING YOUR UNIT The 9LV CMS provides a range of weapon and sensor control options, from manual to fully automatic. This allows the operator to optimise reaction times and weapon and sensor usage. The system supports command by going beyond the capability of traditional TEWA. It considers all available weapons and ammunition to calculate and recalculate optimal kill probability, assigning the right weapon to the right target, every time. The 9LV CMS reduces the operator s workload in critical conditions by automating the following tasks: threat evaluation: finding and prioritising threats, largely based on performance as well as ETA, using all known characteristics from the CMS intelligence library Engagement planning: evaluating weapon deployment alternatives and selecting the optimised solution. This is performed cyclically, adapting quickly to rapidly changing, unpredictable situations Execute control: sending engagement requests to the directors and weapons, and sending ship-heading recommendations for lowest RCS, supporting integration of softkill measures into the ship defence plan FEATURES: Coordinates all sensors and weapons (hardkill and softkill) Probability-based evaluation Cyclic re-evaluation and feedback loop Quick response to scenario changes Manual/semi-auto/full automatic options 8

9 9LV CMS > Operational Capabilities > Supporting the operator SUPPORTING THE OPERATOR There is a visible trend of depopulation in the battlespace. Battle assets are manned by fewer and fewer operators. This creates a greater need for multi-tasking and, in turn, a greater reliance on technology. The 9LV CMS is designed with this trend in mind. Its features allow small crews to handle multiple tasks by reducing manual workload and automating simple functions. Key features that support the operator include: Automation: automatic control of weapons and sensors at various levels, supporting the operator in critical conditions Anomaly detection: bringing unusual activity to the operator s attention, supporting normal operations and reducing human error in detection Ergonomic HMI: based on thorough studies, testing and user experience, allowing operation to be as intuitive as possible 9

10 9LV CMS > DIfferent Configurations Different CONFIGURATIONS 9LV CMS solutions can be provided in a large variety of configurations. The design also enables its modules to be simultaneously deployed in various ways. This reduces cost and maintenance burdens and ensures high quality in deliveries. 9LV technology is able to interface many subsystems and its architecture readily scales to large frigate or destroyer-type vessels. These solutions will typically support a large number of Multi-Function Consoles. They meet the demanding needs of battle resilience through extensive redundancy and physical separation of computer cabinets. Large configurations can provide multiple tactical data links and highly automated tactical responses to a range of simultaneous threats. They can also integrate with Command Support Systems to provide the ship with complete C4I capability. 2D/3D Radar/IFF Rr Director E/O Director Comms EW EW System UAV ROV UUV Decoy System Anti-sub Torpedo Comm. Internal Comm. External Data Links RDDS GYRO LOG GPS x 2 WIND SENSOR Multiple MFCs Nav System Gun SSMs CIWS/RWS AIS Helo Navigation Radar x2 10

11 9LV CMS > DIfferent Configurations 11

12 9LV CMS > C2 and data fusion C2 AND DATA FUSION The key to situational awareness is a single, coherent tactical picture. The 9LV CMS utilises all surveillance resources and merges sensor data with manual and platform data to provide a complete, correlated situational picture. The system achieves this through an integrated data fusion process. It generates the picture automatically from received data inputs. The operator is able to interact with the plot and can select different correlation processing modes, as well as inputting direct intervention and override commands. The 9LV CMS tactical decision support tools include: Track motion analysis Route handling Track history Track surveillance Tactical support functions Platform library OUR DATA FUSION TRACK RECORD Examples include: Multi-sensor tracking for ships Wide area fusion for disparate sensors Data fusion for fire control Data fusion from passive sources TRACK DATA FUSION ENGINE TDFE node Track data TDFE NETWORK Track data TDFE node Track data TDFE node Tracks (local sensor systems, data links, etc) Distributed Track Management Module (DTMM) Global situation picture Local tracks Track data Correlated/ fused track data Sensor data (plots, strobes, IFF, etc) Multi Sensor Tracker (MST) Track Correlation Fusion Module (TCFM) Manual/automatic commands 12

13 9LV CMS > Sensor and weapon control SENSOR AND WEAPON CONTROL OUR WEAPON AND SENSOR CONTROL TRACK RECORD Naval guns including: 40mm, 57mm, 76mm, 137mm The 9LV CMS integrates all onboard weapons and sensors, putting full control in the hands of the operator. All assets, and any CMS function, can be controlled by any operator at any console and adapted to changing roles in runtime. This provides an exceptionally high degree of operational flexibility. The system s architecture also makes it well suited to future upgrades and extensions with additional sensors and weapons. SAMs and SSMs including: Evolved Sea Sparrow Missile (ESSM) Exocet RBS15 Mk3 Harpoon Naval radars including: Sea GIRAFFE AMB SPS 49 Signaal LW and DA series SMART series CEAFAR active phased arrays 13

14 9LV CMS > Hybrid 9lv solutions HYBRID 9LV SOLUTIONs 9LV solutions can be readily integrated with systems from other providers and tailored to meet customer requirements. This diagram shows one example of how 9LV functionality can be combined in a hybrid system. Open Architecture Multi-Mission Core System Services Tactical Operations Engagement Manager Threat Ranking ID Fusion Open Architecture Data Fusion TEWA ESSM Engagement 57mm Gun Engage Sensor/Weapon I/F Control Display Framework Other Provider 9LV Mk4 ID Fusion/ Track Mgmt Threat Eval/ Engage Mgr Data Fusion Air Defence Coordination Sensor/Wpn Adaptation Open Arch Core Services Sensor/Wpn Adaptation HMI Base Generic 9LV System Sensor Adaptation Data Fusion Weapon Adaptation Sensor Adaptation Situational Awareness Threat Eval/ Engage Mgr AAW Engagement Coordination Weapon Adaptation Common System Services COTS Refresh ARCI/RCIP COTS Infrastructure Open Architecture Computing Linux OS DDS/CORBA MW C++/JAVA COTS Processors Gbit Ethernet NTP 14 Example of a hybrid 9lv system

15 9LV CMS > integration INTEGRATION The 9LV CMS supports a range of integration options, including point-to-point, legacy messagebased interfaces and newer Open Architecture interfaces. For integration of other C2 systems, for example a mission package for embarked army staff, 9LV CMS supports widely used Web Services standards. The 9LV CMS can also function as a service provider in a Service Oriented Architecture (SOA) concept. It can support either Windows or POSIX-compliant operating systems, as well as heterogeneous solutions with different operating systems in different nodes. Other supported standards include TCP/IP, XML, HLA, SNMP and NTP. The Touch Input Display, with its softkeys, can be used as a shared resource. It can control third-party equipment using either the Data Distribution Service (DDS) function or web services technology. It can also be accessed locally by hosted clients. The 9LV CMS can easily be integrated with any third-party subsystem. It provides a wide range of options for user interface integration, including hosted vendor clients, web services, thin clients or fully integrated HMIs. Saab can also supply specialised, highperformance subsystems or modules for integration with another vendor s C2 system. OPEN ARCHITECTURE Saab employs the principles of Naval Open Architecture (NOA) for the 9LV family. This increases opportunities for innovation and competition, as well as reducing burdens of cost and risk through life. NOA involves creating modular, interoperable systems that adopt open standards and have published interfaces. The benefits of this approach include: Reduction of system and lifecycle cost: Reduces development cycle time Enables reuse of components Reduces maintenance constraints Encourages innovation: Facilitates rapid technology insertion allows continued access to cuttingedge technologies from multiple suppliers, creating best-of-breed solutions Mitigates risks, avoiding: Technology obsolescence Unwanted ties with proprietary or vendor-unique technology Reliance on a single source of supply 15

16 9LV CMS > Interoperability INTEROPERABILITY The 9LV CMS provides fully integrated data links, allowing exchange of the compiled situational picture. It also facilitates the transmission and reception of orders, free text and status information. The communication process is largely automatic. This frees up the operator to focus their attention on other duties. The 9LV CMS also provides support for C4I functionality via a web service interface. This allows the C4I system to subscribe to the compiled situational picture. DATA LINK CAPABILITIES Examples include: Link 11 Link 16 Link Y Variable Message Format (VMF) National Data Links Asset Control Links (for unmanned vehicles) Sensor Links Multiple Link solutions 16

17 9LV CMS > Interoperability 17

18 9LV CMS > Onboard training and simulation 18

19 9LV CMS > Onboard training and simulation ONBOARD TRAINING AND SIMULATION The 9LV CMS features a simulation function which supports Command Team Training (CCT). It provides flexible game functions which support a wide variety of training exercises to be prepared and executed in a simulated environment. Sensors and weapons are simulated to provide realistic training for the whole chain, from detection to engagement. 9LV operators can create and save sequences involving simulated aircraft, missiles, submarines and surface ships moving along predefined trajectories. These are observed by simulated own-ship sensors and are engaged by the simulated weapon systems. Engagement results are evaluated to determine if a target would have been defeated. The simulation provides an experience which is almost identical to live operations with the exception that some functions are inhibited or reduced for maximum safety. LAND-BASED TRAINING SYSTEMS A range of system configurations have been delivered to support training, testing, experimentation and development at shore-based facilities. Examples range from full CMS equipment installations supporting immersive CTT to part task trainers and configurable emulators for an office environment. Examples of delivered and supported systems in Australia include: Command Team Trainer Royal Australian Navy, HMAS Watson and HMAS Stirling Emulator system for the classroom Royal Australian Navy, HMAS Watson and HMAS Stirling Combat System Integration Lab Defence Science and Technology Organisation Land-based Test and Development Site Saab Adelaide 19

20 9LV CMS > Multi-function console MULTI-FUNCTION CONSOLE The Multi-Function Console (MFC) has been developed with the operator in mind, with ergonomic excellence as a leading principle. An ultra-high resolution 30-inch screen display provides an extremely clear and distinct presentation. It is capable of displaying any combination of situational images, including tactical graphics, textual and graphical forms and S57 standard charts. It also displays digital TV/IR video in dedicated windows. The console includes a Touch Input Display (TID) used for operating the system. This comprises the following: Soft keys Two trackballs or a joystick A coffee-safe keyboard with numeric keypad a hard-key module, providing weapon safety switches and weapon-firing push buttons CONFIGURABLE CONSOLES Multi-Function Consoles have been continuously improved since the first generation. Variants and options are available to meet your requirements. Examples include: Various cooling techniques to suit your installation Physical user interface customisation, including: Integrated communications equipment Integrated key interlocks and control functions Joystick and other controllers Surface ship design Submarine design Display Graphics Input Hi-res 30" Photographic grade Soft/hard keys 20

21 9LV CMS > Cabinets and computer hardware CABINETS AND COMPUTER HARDWARE Military specification 19-inch cabinets house the majority of the 9LV CMS equipment. They also contain the computer units for directors and guns, including the power supply for the EOS 500. The cabinets are designed to withstand the harshest naval environments. Constructed from aluminium, they include anti-vibration shock mounts, EMI/EMC shielding, and cooling and anti-condensation arrangements. This ensures maximum reliability under any conditions. Under most circumstances, even large 9LV CMS configurations with high levels of redundancy require only two cabinets. All sensors and weapons will be connected directly to these cabinets, with no need for external junction boxes. The technology platform inside the 9LV CMS is the compact PCI family of singleboard computers. The cabinets and boards are designed for high availability with builtin redundancy, minimum footprint and straightforward maintenance. The system features high-end computer hardware with the capacity to exceed initial performance requirements. This provides the expansion capability to meet needs well into the future. DESIGNED FOR COMBAT READINESS The compact design of the physical components of the system means that a full-size 9LV CMS could be installed in a single cabinet including gun and director control. Alternatively it can be separated into two cabinets, supported by a dual-gigabit LAN, for maximum combat redundancy. This also provides significant capacity for future expansion. Technology Capability Maintenance PCI single board computers High-use telecoms standard Very straightforward 21

22 9LV CMS > Ceros 200 CEROS 200 The CEROS 200 is a fully stabilised radar and optronic tracking system, purpose-built for use on naval ships. Working in combination with missile and gun systems, it provides excellent defence against any threat, including advanced sea-skimming missiles and asymmetric surface threats in littoral environments. The CEROS 200 features world-class acquisition speed and tracking precision. It has the ability to track any target, including supersonic missiles and surface targets, in any weather conditions. It provides these capabilities over long distances as well as extremely close to the ship. The system features options for tracking multiple targets, including the facility for the operator to seamlessly switch designation of the primary target. It is available in a CWI configuration with the 9LV ESSM Missile Control Module. It provides an X-band channel for CWI illumination of a target, for guidance of the semi-active surface-to-air missile. The system has a top weight of kg, much lighter than comparable systems. This makes it easy to integrate with all platform types. The CEROS 200 provides reliable performance even in cluttered environments and is highly resistant to the latest jamming technology. The system can also be combined with the 9LV Gun Fire Control and SAM modules, providing precision control for any naval gun or a semi-active SAM missile system. KEY STRENGTHS Extremely high accuracy Fast reaction Extremely high availability Patented CHASE algorithm Proven performance Unique capabilities Long range Extremely wide bandwidth (2 GHz) Low weight Low lifecycle cost Inherent growth potential Basic version cwi version stealth version 22

23 9LV CMS > Eos 500 EOS 500 The EOS 500 is a smart sensor system capable of performing high-accuracy 3D-tracking and surveillance. It is well suited to identifying ships and tracking air targets, as well as to supporting search and rescue operations. The EOS 500 consists of some of the most capable sensors the market can offer. It also comprises one observation TV and one thermal imager, both of which are suitable for target tracking, as well as an 8 Hz laser rangefinder, well suited to locking on and tracking air targets, which performs up to four times better than competitor systems. The system also features the ability to switch quickly between targets. The EOS 500 includes the same advanced video tracker as the CEROS 200, which includes a number of automatic functions to reduce the operator s workload. The electrically-stabilised pedestal houses all of the system s sensors. Its low weight (120 kg) makes it easy to integrate on a wide range of platforms and its design enables straightforward future sensor upgrades. Combined with the 9LV Gun Fire Control module, the EOS 500 provides precision anti-air and anti-surface engagement for any naval gun. 23

24 9LV CMS > Target Designators Target Designators No matter how robust your combat systems are, it s vital to have comprehensive redundancy to ensure the security of your forces. For this reason, Saab s 9LV CMS includes target designators, used by lookouts for direct optical designation of targets. By using two designators, one for starboard and one for port, the installation is not restricted to those few areas onboard where 360 degrees of free sight is possible. The target designators are capable day and night and are equipped with an Aim Point device for Red Dot aiming. An optional image intensifier enhances night capability. They feature two push buttons, the first of which is used for designation in bearing and elevation to the CMS. The second button allows the lookout to take immediate control of the director, starting an acquisition process. 24

25 9LV CMS > Combat system integration COMBAT SYSTEM INTEGRATION Saab provides comprehensive Combat System Integration (CSI) solutions. We have the competence to undertake complex projects, involving a large number of tasks over several work phases: Contracts and purchasing Management, planning and administration Design and engineering Factory acceptance and delivery Installation, checkout, integration and test We have participated in successful international programmes. We have integrated a range of complex, cutting-edge weapons and sensors with the 9LV family to form leading integrated Combat Systems. This has allowed us to develop in-depth knowledge of the challenges that arise with projects of this kind. During the past 40 years the 9LV family has continuously evolved and adapted to account for all types of subsystem: Naval guns Missiles (SAM and SSM) Electronic support measures Electronic countermeasures Surveillance radars Sonar systems IFF, navigation and communication systems Other integrated equipment includes gyros, logs, depth charges and ASW grenades. 9LV systems have also been adapted to numerous national and international data links, including Link 16, Link 11 and Link Y. Saab will undertake CSI for all types of programme where a 9LV system is part of the onboard equipment. Roles and responsibilities are discussed and defined at the outset to ensure smooth, efficient relations between customer, shipyard, suppliers and sub-suppliers. 25

26 9LV CMS > Support and maintenance SUPPORT AND MAINTENANCE The 9LV CMS is designed to provide optimum performance throughout its lifecycle. This makes it a lowcost, high-value investment for our customers around the world. The CEROS 200 features a lower lifecycle cost and higher operational Mean Time Between Failure than any comparable director, electro-driven or hydraulic. Comprehensive training and publication packages mean that operational procedures and first-level maintenance are easy to perform. THROUGH-LIFE SUPPORT CONCEPT Cutting-edge systems need to be supported by equally competent and well-crafted support packages. Saab offers complete, highly customised through-life support programmes for the 9LV CMS, ensuring maximum availability and cost-efficiency over the entire lifecycle. We are well-known for our long-term customer commitments and we currently support more than 200 systems around the world, including some that have been in service for over 30 years. Our proven support concept consists of several elements: On-site support: emergency or scheduled assistance on a global basis Factory support: major overhauls and upgrades Logistical support: spares supply, end-of-life handling and in-country support capability These options are tailored into packages which meet the unique needs of each individual customer. on-site SUPPORT Factory SUPPORT Logistical SUPPORT 26

27 9LV CMS > Track record FRIGATES (53) TRACK RECORD composition draft v1.0 Since its conception the 9LV CMS has entered operational service with over 230 ships and multiple submarines, all around the world. With the latest release of the system being at Mk4, new 9LV customers benefit from over 40 years of experience, development and innovation. FAST ATTACK CRAFTS (150+) CORVETTES (16) COMMAND & SUPPORT SHIPS (4) 27

28 9LV CMS > The Saab group SAAB S NAVAL OFFER 9LV is an integral part of Saab s naval offer. Our capabilities cover all dimensions of the domain, including air, surface and sub-surface. We work with naval and civil security organisations around the globe to make the maritime domain safer and more secure. MINE WARFARE SMART C3I SIGNATURE MANAGEMENT MOSWE INFLUENCE SWEEP DIRECTORS CEROS 200 EOS 500 EW NAVAL LASER WARNER 310 SME 200 UME 200 UAVs SKELDAR WEAPONS RBS15 Mk3 TRACKFIRE RWS TORPEDOES 9LV 9LV CMS 9LV FCS 9LV COMPACT 9LV SAT RADARS PILOT SEA GIRAFFE AMB & LT COMMUNICATION AIS TACTICALL MARITIME SURVEILLANCE DATA FUSION ENGINE SEA CONTROL VESSEL TRAFFIC MANAGEMENT UNDERWATER DOUBLE EAGLE SEA OWL INVESTOR GROUP Saab is a core part of Investor AB. The group features major corporations from sectors including finance, telecoms and pharmaceuticals. Our position in the group not only provides Saab with robust financial stability it also allows us to partner with a wide range of prestigious organisations to provide outstanding offset and Industrial Cooperation offers. PREMIER INVESTOR IN BEST-IN-CLASS COMPANIES INDUSTRIAL PRODUCTIVITY SOLUTIONS OUTDOOR POWER PRODUCTS POWER AND AUTOMATION TECHNOLOGIES HOUSEHOLD APPLIANCES BANKING WORLD LEADING PHARMACEUTICAL COMPANY DEFENCE CIVIL SECURITY TELECOM SYSTEMS 28

29 9LV CMS > Technical Data TECHNICAL DATA MULTI-FUNCTION CONSOLE (MFC) Main/head display 30-inch TFT display, 2560 x 1600 pixels, ± 85º viewing angle Protective anti-reflex glass Touch input device 15-inch TFT display, 1024x768 pixels, ± 70º viewing angle, resistive touch overlay Keyboard Alphanumeric with 103 backlit keys and integrated numeric keyboard Trackballs Two with four push buttons: left and right mouse buttons, drag and drop and trackball/joystick functions Loudspeakers Stereo: 2W Temperature supervision Includes high temperature warning, auto shut down and shut down inhibit functionality Anti- condensation heaters Yes Power 1-phase 115/230VAC 50/60Hz or 28VDC according to STANAG 1008 edition 8 Power consumption typically less than 400VA Dimensions Width: 720 mm Depth: 910 mm Height: 1,345 mm Weight Shock Vibration < 100 kg MIL-STD 901D Grade A with antivibration shock mounts MIL-STD (Ships) Type I with anti-vibration shock mounts Temperature Operating: 0-50 ºC Storage: ºC (MIL-STD-810D Method and 502.2) Humidity 20-95% RH non-condensing (MIL-STD-810C Method 507.1, Humidity, Procedure IV) Airborne noise Max 49 db(a) at 1 m, according to ISO9614 Enclosure protection IP 65 at desk area IP22 elsewhere (IEC 60529:1992) EMC CE101, CE102, CS101, CS114, CS116, RS101 and RS103 RE101 and RE102 with minor deviation ESD: 8kV air discharge (MIL-STD-461E for surface ships) MTTR (estimated) > 30 minutes 29

30 9LV CMS > Technical Data CEROS 200 Sensors Radar TV camera IR camera Laser rangefinder K u -band Colour/black & white MWIR/LWIR 3rd generation Eye-safe High PRF (10 Hz) Antenna Type Cassegrain, monopulse Diameter 1 metre Gain 41 dbi X-band (CWI version) Illumination Transmitter Type TWT Frequency 16.5 GHz band Band width 12 % Receiver Type Digital Instrumented range > 100 km Director Bearing coverage Unlimited Elevation coverage -25º to +85º servo controlled Can be extended mechanically Top deck weight kg (depending on version) EOS 500 Sensors: basic package TV camera IR camera Laser rangefinder Colour/black & white Several FOVs MWIR/LWIR 3rd generation Eye-safe 3 Hz continuously, 8 Hz burst Director Bearing coverage Unlimited Elevation coverage -30º to +85º Can be extended Top deck weight 120 kg Stabilisation accuracy < 50 μrad RMS 30

31 9LV CMS > Technical Data CABINET Power 1-phase 115/230 VAC 50/60 Hz or 28 VDC according to STANAG 1008 edition 8 Dimensions Width: 590 mm Depth: 600 mm Height: 1,260 mm Weight 140 kg High temperature MIL-STD 810 E, method 501.3, proc. II +40 C operating, +50 C nonoperating Low temperature MIL-STD 810 E, method 502.3, proc. II 0 C operating, 0 C non-operating Humidity MIL-STD 810C, method 507.1, proc. IV > 95 % RH Vibration MIL-STD 810C, method 514.2, proc. VIII 5-33 Hz, mm peak Shock MIL-STD 810E, method 516.4, proc. I Vertical: 30 g/6 ms Horizontal:15 g/11 ms EMI/EMC MIL-STD 461E RS02, RS03, CS01, CS02, CS06, RE02, CE01 and CE03 31

32 9LVCMS-v1.0-Dec2010-Harleys