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Flexible

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Title: Flexible


1
Flexible Affordable Capability in Future
Surface CombatantsRUSI Future Maritime
Operations Conference 22-23 Nov 2006Nik Moss
2
Versatile Surface Combatants for RN
  • The Challenge
  • Affordability
  • Need to maximise commonality across future
    surface combatant fleet
  • Evolve combat systems elements across current and
    future platforms
  • Cannot afford total desired SC capability on all
    members of the class
  • Flexibility
  • Expect military priorities to continue to change
  • Maximise utility of fleet with easy upgrade and
    role changes
  • Modular capability elements to match task demands
    and improve effectiveness
  • Design SC platform physical and electronic
    systems architectures to exploit future modular
    capabilities

3
Versatile Surface Combatants for RN
  • The Operational scope
  • A wide range of demands
  • Global reach
  • Maritime Command Control
  • Support Maritime Force Projection
  • Protect Joint Mission Elements
  • UK Maritime Security
  • Maritime Interdiction
  • MCM
  • HO
  • Disaster relief..
  • Which require
  • Networked C4ISR (land, air, sea surface, and
    sub-surface)
  • Interoperability with other nations
  • EMF, Naval fires, and precision strike for
    maritime force projection
  • Task force protection (everything except T45 AAW)
  • Countering asymmetric threats in theatre..

A wide range of roles and effects use
capability modules to tailor platform fit to
tasking needs
4
Envisaged modular elements for an RN SC
  • What are their characteristics?
  • Specialist capabilities not required as core
    capability.
  • Eg MCM systems, HO survey equipments, EMF
    facilities
  • Enhancements to core combat systems capabilities
  • Eg UAVs to support EMF insertion ops, precision
    attack
  • Containerised to be transportable
  • Ideally ISO 20ft containers
  • Modularity has to be designed in from the
    beginning
  • System architectures and ship designs have to
    cater for modularity in their design
  • Maximum benefits will come from a commonality of
    approach
  • Modularity requires a new approach to procurement
    and support

5
Modular Components for a Flexible Ship
6
A Balance of Core and Modular CS elements?
  • Core combat system
  • Primary weapon and sensor systems requiring major
    integration in ship structure, systems and with
    command systems
  • Major physical sensors and weapons
  • Tactical radar MRR/MFR
  • Missile VLS
  • Main gun
  • Command and communications networks to support
    core systems and modular capabilities open
    architectures are an essential enabler
  • Provides basic General Purpose frigate
  • Modular enhancements and capabilities
  • MCM UUV/USV systems
  • Merlin helo ASW or other roles (helo containers
    for onboard support)
  • EMF fit with additional RIBS, AUVs, RIBs
    equipment containers
  • Additional accommodation for command team with
    planning and tactical data link facilities
  • HO survey equipment
  • UAV/USV fit for surveillance and other effects in
    the littoral
  • Disaster relief supplies, medical facilities,..

7
Implications for Systems Architecture
Container/Module
Stand alone module capability
Sensors
HMI
Processing
Core Ship System
Gateway
Simple gateway with module.
8
Resilient Architecture
Container/Module
Redundancy in module as required.
Sensors
HMI
Sensors
HMI
Core Ship System
Processing
Complex Gateway
Processing
Processing
Processing
New module contains sensors and HMI but shares
processing with existing resilient core.
9
Layering Information and Service Oriented
Architecture
MOSA
Middleware - Information Layer
Middleware - Service Layer
Platform/Infrastructure (Processing, Operating
System, Communications Physical Interfaces)
Internationally Based Consensus Standards
Procurement Policy
10
Modular Combat System
Mission Module
Mission Module
Mission Module
CORE
Mission Module
Mission Module
Mission Module
Module systems maybe RT and non-RT
11
Utopian Goal Homogenous Open Architecture
Services Shared Throughout Combat System
Single Information Model
Interoperability by Design!
Integration by Design!
12
Reality Segmentation Legacy
Evolving common core combat system
Legacy Black Box
Mission Module
Open Apps
  • EG - MCM managed independently of other CS
    components
  • Supply chain for each component need have no
    knowledge of each other.
  • Massive reduction in recurring integration costs
  • Enables Plug and Fight concept

13
3rd Party Software Integration
Information-model
Information Models for Both Systems Already
Exist,only conversion required
Information-model
Gateway Process
TM
Some segmentation inevitable issues like
security, legacy pull thro, commercial
arrangements.
14
Organic MCM Capabilities
  • Organic
  • A capability that is vested in a non-specialist
    MCM platform, or vessel or platform that is not
    configured primarily for the conduct of MCM
    operations, which is able to deliver the required
    MCM effect immediately.
  • Expect to deploy from Surface Combatants
  • Modular capability packaging
  • Ship Self Protective Measures
  • Utility of Airborne Platforms?

15
Organic MCM Package for Surface Combatant
  • Ship self protective measures and tactics
  • Machinery Quiet States
  • Degaussing Closed Loop? Is it needed?
  • Tactics speed
  • Permanent Fit
  • Obstacle Avoidance / Navigation sonar
  • Provision for UUV/USV launch and recovery systems
  • Mission planning, data analysis and MW command
    tools
  • Elements could be embedded in the command system
  • Alternatively much of the functionality could be
    part of the module supplied with the MCM package
    interfaced to the OSA core system
  • Common consoles could be used to manage the MCM
    functionality in the command room

16
Organic MCM Packaging
  • Modular Packaging
  • Environmentally controlled ISO containers
  • Deck space and access
  • Connections to ships power
  • Heating, cooling and battery charging
  • Connection to ships command system LAN
  • Mission programming, data download
  • Manpower
  • Small number of MW specialists
  • Command MCM Advisor
  • UUV/USV operators
  • Analyst
  • Maintainer

17
Organic MCM Packaging
  • MCM Toolkit Options
  • 2 medium UUVs (12.75 or 21)
  • Sonar payloads (SAS, In Volume)
  • Deep search or Reconnaissance
  • 6 small UUVs (9 or smaller)
  • Integrated payloads
  • Shallow, Very Shallow or Confined water search
  • 2 USVs (9 11m RHIB or possibly Semi-Subs)
  • Acoustic and Magnetic sweeps
  • Sub optimal hunting conditions and for
    un-huntable mines
  • One Shot Disposal system
  • Rails and ancillary equipment
  • Sonar Towfish
  • Area search SAS

18
Accommodating MCM Modular capability
USV Stowage Deployment
Merlin Hangar and support
UUV Stowage Deployment/RecoveryQuarter deck or
amidships?
19
Ship architecture for flexibility?
Merlin
T23 equivalent helo deck
Apache
20
Benefits of modularity?
  • Potential attractions?
  • Increased operational flexibility of the
    platforms
  • Reduce total combat systems elements required for
    SC fleet
  • Maintenance and upgrade of modules ashore
  • How to evaluate?
  • Future flexibility is difficult to define and
    contract
  • Need to balance core and modular combat system
    capabilities
  • Need to define architectural requirements for
    platform and combat systems
  • Statistical OA and cost modelling to test cost
    effectiveness is required to inform choices for
    the for future Surface Combatants
  • Modularity requires a new approach to warship
    procurement and support

21
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