De Roll Out Briefing FINAL

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    Why CSBA conducted th

    assessment

    Power projection: towa

    operational stalemate?

    Promising directed enerconcepts

    Major findings and

    recommendations

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    Asymmetric challenges to the U.S. militarys ability to proj

    Proliferation of PGMs, advanced air defense threats, mariti

    capabilities, state- and non-state-actors equipped with G-R

    A need for new capabilities that will help the U.S. military

    freedom of action in operating environments that are becoincreasingly non-permissive

    A defense program of record that continues to procure wesystems with declining cost-benefit ratios

    Potential to leverage existing and emerging technologies tA2/AD threats and possibly reduce requirements for expenexpendable systems

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    1. Forces postured overseassupport initial response to an

    emerging crisis2. Rapidly deploy land- and

    sea-based air forces to spoil orhalt an enemy offensive

    3. Roll-back enemy air and

    maritime threats

    4. Build up overwhelmingcombat power in theater

    5. Launch decisivecounteroffensive operations

    Sufficient secure proximity to an elarge, high-signat

    formations

    Secure lines of cosupport force depsustain forward o

    A superior precisireconnaissance-sconsisting of sensguided weapons,networks

    Secure networks and control, suppprovide precision

    timing

    HIGHLYDEPENDENTON

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    Defending against ballistic and cruise missilesalvos with kinetic interceptors that costmillions each may not be sustainable

    Defending against swarms of UAVs, fastattack craft, and ASCMs could rapidly

    deplete ship-based kinetic defenses

    Defeating advanced IADS may require newinvestments in counter-countermeasures,stealthy platforms, and EA capabilities

    Countering enemy campaigns to blind U.S.networks that underpin our precision

    reconnaissance-strike complex

    Sustaining stocks of expendable munitionsover extended logistics line communication

    may become a U.S. center of gravity

    Missile Defense

    vs.

    Missile Attack

    Air Superiority

    vs.

    Air DefenseBa

    Cou

    Sustainment

    vs.

    Counter-Sustainment

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    When it comes tfor the better pathe trend has go

    numbers as techmade each syste

    In recent years, thave grown everhave become evetaking longer to being fielded in e

    quantities.

    Given that resouunlimited, the dyexchanging numis perhaps reachdiminishing retu

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    Create Favorable Cost-Ex Prevail in the missile offe

    competition

    Reduce the home vs. awafor U.S. forces Reduce sustainment requ

    Create Advantages in Time Time to engage missiles not driven

    by flight time of an interceptor

    Improve ability to counter salvos Create effects before enemy deploys

    countermeasures

    Create Advantages in M Increase mission duratio

    manned and unmanned Increase time on station

    Increase potential for plaother mission packages

    Create a Wide Range of Effects New applications that span the

    find, fix, track, target, attacktargeting chain Tailorable, selectable effects Lethal and non-lethal effects

    New DE weapon systems could complicate an enemys planning

    them to question the effectiveness of their offensive and defensive

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    Potential to reducerequirements forkinetic weapons

    Free capacity tosupport othermissions

    DE and kineticsystems arecomplementary,not competing

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    Electric lasers for small aircraft such as fighters and

    Ship-based Free Electron Laser for air and missile d

    Strategic relay mirror system

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    The proliferation of precision weapons and other asymmetric chas already changed the game for U.S. power-projection opera

    There is a significant potential for future DE (and cyber, electrowarfare) capabilities to create new operational advantages

    Unlikely that buying more of the same will be sufficient to countthreats, especially in a time of decreasing defense budgets

    The U.S. military has the opportunity to buy-back its freedom oshift the cost imposition calculus in its favor

    Greatly complicate an enemys offensive and defensive planning

    DE weapons will not completely replace kinetic capabDE and kinetic weapons will be complementary and syn

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    Leverage DE capabilities to enable new operational concepts such a

    Support the Navy as a first adopter for weaponizing a high-powerbased defense against UAVs, fast attack craft, and possibly cruise m

    Army and Air Force leverage mature technologies to field deployablaser modules to defend critical bases in the Western Pacific and SW

    Support the Air Force and Navy as lead services for developing HPMcruise missiles and UAVs

    Transition promising non-lethal DE capabilities (e.g., ADS) to the pr

    Additional testing is needed to determine lethality against a range o

    Develop a defense acquisition plan that is focused on transitiopromising DE concepts to operational capabilities over the ne

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    There are still some technologicalchallenges that must be overcomebefore high-power DE capabilities

    become reality

    Today, however, institutionalresistance and lack of funding, nottech maturity, may be the mostsignificant barriers to transition

    An education effort is needed tobetter acquaint commanders withthe potential of new DE applications

    Will it take a catalytic event, such as a

    technology breakout by an enemy,

    before the U.S. military realizes DEs

    full potential?

    FY2011 Funding ($M) for Kinetic MisPrograms and DE Technolog