Atch 8 to Sect L - System Requirement Document v2.pdf

BATTI.ETIELD NRI}IEN MOI'ER¡{IZATTON PR(rcNADI

Syrtcn Rcqulrrcu:n6 Doctætt (SnD)

For

IJnc of Sgt- Short (LOSS)

(hbbcr20ll Strht- Ihd

Rclc¡sod bytho Batttcfield Air Operdionr Kitprogram Office

Banlcûald Airmcn Branct, ASC/WISN Aaon¡utical S¡lrtcos Ccntor

Wrigþt-Pattøson Air Fqco B¡sc OH 45li33-TlCD

DXSTRIBUTION tIMrrED TO DEPARIIIIENT OF DEFENSE (DoD) AI.ID DoD CONTRACTORÍ¡ OI.TLY; CRIITC¡{T. TECHNOLOGY, S APRIT 2OTg. C}TTIER REQT,EsTs

SIIAIT BE REFERRED TO: ASC/AlIlilV, IE95 FIFTII STRBET, BTJIIÐING44

UIRIGITT.PATIERSON AEB OH 45433.7/20['.

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REGUIATION 540.7/AIR FORCE St PPLEIVÍEX{T, Al,lD 5 UsC (BX2), THM DOCT MET{T IS Þ@IIPT FROM REI"EAS¡E TO THE PT'BLTC WIII{OUT APPROVAL rROM ÎTIE

ORIGII{ATING OFFICE ASC/U'TSN, BATTTEFIELD AIRMEN BRANCII, It95 FIFTTI S1Î,EET, BUIIÐING 44 ìIIRIqTT-PATTERSON AFB OH 4543'.T2OO.

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1.3 Docr¡nøtOnsviery

2. Appllcblc Doconcatr

2.t Cpvermøt lloe¡nøation

3. Syrtcn

3.1 Gcncral

3.3 TrdniûgiRclaûd Requircmcnts ........._....... ll

35 Uniquo ldcntíficdion (ttD) Roqt¡iñncd

3.6 DcmiliEizdim a¡d Disposal

l. Scopc

1.1 Syrtcn ldcndñc¡don

l.l.l Battleûeld Air Opcrations @AO) Kit is a dow¡*'ard-dirccted prcgram inte¡rdcd to deliver a s¡ntcm that rcdr¡ccs ñatsicidti redrices weiÉt crried by thc oporata and p'rovides interopcrability.

1.1.2 BAO Kit consists of th¡ee major subsystcms: l) tbc Hr¡mm Machinc Intcrfacc (HMI) is oompriscd of communications, liútqrciÉtpower gencraim andmanagcur€Nm (PG&M), computiqg dcvicc(s), machi¡eto-m¡chinc trætlngßitr¡¡tion¡l awarcûess and hruoan input-ouþtl (f/O) dovicrs. 2) lhe non-line of sigbt c Beyond Linc of Sight (XLOS) s¡nrem. XLOS crmcntly is the Ac¡oViro¡rmcntWasp III small r¡nr¡¡n¡lod acrial vehicle an 3) thè BAO Kit irch¡dæ tlre linc of sight - short (LOS-S) subs¡ntem"

1.2 SyrGn (Þcrvlcw

l-2.1 Tho prpose of the LOS:S subsystcn is to prrovido a lightrreight, hand-hcld, intcgr*cd dcsignmor/sensor to erihâtrc€ targcting cffcctíveness atræges le*r tban or eqr¡al þ 3 kilõmcftrs.

Ttis copabíl¡ty u'ill be employod across thc spccEum of opcrrtions for a combat conbollcr.

LOS'S will be crrploycd globallyin bothmounted ("chiclc) and disrrormted configurations accommodaring the vaiety of oornbat contoller load conûgrrrdtioos. I,OSS will be nrggod, satisfing cxistiag material reliabilþ and availebilityrcçrirancnts as dccribed in the gÃO rct þcrcmcnt II C4pability Dwelopncnt Docr¡ncnt (CDD) LO$S Soction 6. The systcrn will bc e with the fielded BAO Kit LO$S must be small and lighûTysight b accour¡rodatc disrrourrtcd op€rator operations and transportation.

1.2.2 The following list srmuna¡izes the sÞt€ú fi¡nction¿l rcquireurents:

. ß oPtiminúfo¡ the hr¡srm ch¿$ris, hm¡¡r opcration and hr¡uran traosportation

¡ Is capable of bcing powcred by intcrnal powcr ¡nd BAO Kit PG&Itl srbsystem.

¡ P¡ovidcs geo-location tørlge¡datr (display a¡d nct rcady).

¡ p¡ovidcs rdrte of trget(s).

¡ Dcsignatos/ma¡tstargct(s).

o Acquires and bacls target(s).

r Communioates t¡rget infømation(s) to atcrnal r¡sers

¡ Enhances recovery opcrations (pcrsoonel and gsar).

r Recognizcs a¡d discrimin¿tes tryæt(s).

PryctoI1:2

. D¡gita[y rcootds Gogeg€ment - ctrh¡nces aslessmcnt of efrccb qpplicæion.

¡ Scoses environsrental conditions nÊcc$¡a¡y for air operations (e.g., d¡opping in support eçipncnt).

1.2.3 fhesc fi¡nctionc mrist bc applicabte acrrxß va¡ious sccnariosj ingrpss, mission exccution and cgress. To accomplish ûis, LOS-S nr¡st bc ¡ ligbtweigbg all-cnvironnent and nrgged ¡angng geo-locating pointing and designdioo dcvicc intcroperablc wi6 thÊ BAO Kit

1.2.4 T\e swtcm shall ût in or sttach to tho a¡sar¡tt/l¡itcsiæd n¡cksack

1.3 l)ocuuc¡t (Þcrvlgw

1.3.1 Thc iutent of this doopment is to c4trre LO$S syltcm rcquircmørts.

2 Applieblcllocuocnt¡ al Govor¡mcnt llocuncntrdo¡

Zl.l Govcmment spccifications, standalds, and haadbooks.

2.l.l.l BAO lllfi, CDD 17 Mo¡y2007.

2.1.1.2 CoT XML Intcrfaoe Conbol Doqment.

22 I{o¡-GoYGtitEGnt hHic¡tions

2.2.1 Nonc.

2.3 Odcrofheccdo¡ce

Unles¡ othmvise noted hcrein, or in the conüact, in thc wei¡t of a co!flíct bstwccn thc to¡t of this docr¡mcnt aûd thc rcfc¡er¡ccs citcd hcrein, t€ tsxt of this docuncnt takcs pecedc,nce.

Nothing inthis documcú, howwcr, supcrscdcs 4plicablc larvs andrcgulations u¡lcss aspecific cxemption h.s bcco obtaincd"

3. Sptcm Rcquírcnmts

3.1 Gcnc¡al

3.1.1 Perfom¡ncc valucs tt brokcn up inlo th¡esholdq objccûivcs and gøGrat st¿Emcn6:

3.1.2 (Í) - Th¡esholdpcrformancc vahæ (rcquircd).

3.1.3 (O) = Objcctivepcrfomaoce vaft¡c (dcsired).

3.1.4 No valr¡c itrdicdGd (cusmncr oonscrn but only signifcant opcrdionsl i4pacts poaitivc and negativc wíll be walr¡dcd wiô minirnal utt¡gbt¡n$ 6cac wilt bc idcntiûed as pfoposal ¡isks ¡ot dcficicncias).

3.1.5 BAO Kit's infomationm¡nrgerrãrt systcrn, ttc sûall worable com$¡tlr (SWC), is thÊ GÉncrat Ðm¡nlql It¡onix MR-l hil it may not bG the samc d ûolding. Thc SWC n¡ns Sm¡ll

Pagc?olf:2

Unnanned Aeßial Sysen (SUAS) Softunre and Digital Closc Air Sr¡pport SoÀuarc. Any soûrrar€ developcdneedsto inarf¿cc wilhthc MachinetolÁachinc (M2M) thatuscs Cursor On Tuæt(CoÐExænsibleMarluplanguage0nÃ)andUASsoftrv¿re. Tlissoftr'a¡cwill¡un rcal-time simr¡ltaneously and cxchmç vital micaion d¿ta. lvf2l\rl softua¡e is govcmncnt ñ¡misbed equipment availablc rrpon rcçrcst.

3.1.6 Sclective Availability Antí-Spoofing Module (SAASM) rvziver will not be pusræd with this effort; requirc,nentntst be met

3.1.7 Key Performancc Parametcrs (KPP):

¡ Force hotcction and Suvivabilíty.

r C¡sel¡cation.

¡ MarcrielAvailability.

. Nct-Rcady.

3.1.t MandatoryKey Systan Attibr¡t€s (KSA):

o MaierielReliabitþ.

3.2. Systcn hnstionel Rcqoircncnts

i.Z.t IOS-S Cæo-I¡cation (KPP).

3.2.1.1 Discr¡ssion: The abilityto geo-locate Ega(s) in bott cyesafe and nore5æ-saf,c spectnrms out to opcrational line of sight rages in thc most accwate meau¡ possiblc; objective is to geo.locatc multiplc moving tûgcts simr¡lhneorsly. LOS-S needs to be able to updatc tugets' ço-location at ¡ raæ suitable for moving targa(s) urhe,n in moving targct moda

3.2.1.2 Perforurancc Valræ: Systcm sball geo-locatc otrÊ target at a tima fiom 25m to 3km on a 261ßn or greatcr visibilþ day with +l- 27m geo-locæion accu¡acy (Ð. Systcm should geo-locatc multiple, moving Egcts sirnrlmeor¡sl¡ fiom 25m to 5h on t26ts,or grcatervisibility day with+/- 0.25m geo-Iocation accuracy (O).

3.2.t.3 Perfonnmce Value: Systcn sball sta¡t cold a¡d auto calibnate (no eplrcmeris data and without hsving to ¡eo¡ient thc r¡nit) in þss tban ó0 seconds. (User comneot: Global Positioniag Systcrr (GPS) sync can be a separate tinc if GPS ir usd for thp solution. GPS s¡æc timc will vry based on rcceivcr and RF conditions). Idls start (cphencris daø) less than l0 sccond (t).

3.L1.4 Perform¡nce Vah¡o: Afrcr the sysÈm has bc€n running and in the evenl a rccalibrdioo is rcquired, thc system shell þys the ability io ar¡ûo calibratc (withouthaving to rcoricnt thÊ unit) withb 30 scconds @. Instantæcons a¡to+alibration (dcftrGd as less than t sccond) (O).

3.2.1.5 Perfosna¡cc Valr¡e: All ¡ecalibration events will notifr thc user (I).

3.2.1.6 Pcrfq¡rance Valns: Shall generate I geo-location output wery butlon plsh with a ninirn¡m of oæ pcr sccond CÐ. Shüld gco-locate with arefrcsh rarc oftlr¡ee solutions oquts per second (O).

P4o3oll2

3.2.1.1 Perfor¡¡ance Vah¡c: LOS.S shall dþlay thÊ targcts circr¡lar and linea¡ error to 90 percent co¡rûdcace (Í); grcaûcr üü 90 perccnt confidmce (O).

3.2.1.8 Perfo¡mance Value: Systcm shall still operaË (dcgradÉdmodc accc,ptabþ in GPS deoied areas. (User Comment dcgraded modc is the ability to set the uscf,'s coüdinätca or send it a CoT event trom a comErtcr or Digiøl Positíon Stikc Suite to idcntify uñcrc the r¡scr is. It shall bc able to range and angle a Eget without a GPS rmit ThÊ t¡scr nccds a wming u a highlight that tbe coordinate uras pulled wiúort a GPS fx) (I).

3.2.1.9 Performorce Value: System shall provide rhe operæor the ability to mmiprrlate, modify and a¡notate târgct dû prior to tans¡nission (motatcs it as hr¡m¡n ¡nodifed or m¡chinc gencrated) (I).

3.2.1.10 Pe¡formance Valuc: SAASM GPS shall be incorporated (I).

3.2.1-ll Pcrformancc Valuc: Systcm should provide opcrator a¡ inæroal mapprng qrplication capable of dþlaying geo-location points of inbest (O}

3.2.1.12 Ration¡le: Geo-location ís neoessry to efrcctirrcly estimate trgct location and employ effccts. Line of sight conditions are described as 0m height of opcrator to a 2m heigbt ørga and can see 5.048kn"

3.2.2 LOS-S Force Protection and Suwivability (KPP - llandatory).

3.2.2.1 Discrssion: This is a ma¡datoryKPP that ad&csscs forcc protection and sunivability fo¡this component

3.2.2.2 Performance Vah¡e: LOS-S úgnstr¡rÊ shall not compromise op€ratü ör sysGm thrcugb daedion by unaided hr¡man sighg sor¡n{ smcll or signal within 25m @. LOS"S signature should not comproroise operator or sJrstcm through detcction by atry €nemy scnsor (O).

3.2.2.3 Performance Valus Subú¡ed non-reflcctive color schcure (nilitry color such as gfcy, grÊe¡ or b'¡ownprefen'ed) G). Atl cablcs, conrecþrs, ph¡gs, etc should also be subdr¡cdand non-¡eflective (O).

3.2.2.4 Rationale: lvfanddory KPP: Noise, smcll and visual (e.g., shine, color schemes, size and wcight) a¡c fcatr¡rcs of this perfomancc paramcter. Abil¡ty to sunrive MIL-STD tlfü or equivdent tcsting conditions rc necessa¡'r 10 kccp üc ry*cur n¡n¡úng and operating aod in use by the operalor. the scnsor or thc opcrdors' position sbould not bc Aven away by signaturc.

3.2.3 LOS-S Materiel Availability (KPP - Mandatory).

3.2.3.1 Discursion: In accordance with CTCSM 3170.01C, JROCM 12ù05, JRoCM 16l-06 theshold ond objective vaft¡e ofthe total invcnory operationdly capable ofpcrforming æ assignednission at a givcn timc bascd on malcrial condition

3.2.3.2 Perfümoce Vah¡c: OnG h¡d¡€dthirty-six sptcms shall bc available (forUnitT¡pc Codc (LITC) Usl¡inæ). Operational se,rvice througb thc planned end-of+cnrice-life is 3 years for non-sonsuna,blc itcms (f). Ninctfnine pcrceil availabil¡ty of the 5tB systerns (O) províde o¡ions for additional systcms should it bc required.

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3.2.3.3 Rationale: LOS-S systems must be ready for tasking to allow each squadron to maintain a training and deployment capability. Some non-consumable items may have longer service life based on solutions selected.

3.2.4 LOS-S Net-Ready (KPP - Mandatory).

3.2.4.1 Discussion: Mandatory KPP statingthat the system must support net-centric military operations. The system must be able to enter and be managed in the network, and exchange data in a secure manner to enhance mission effectiveness. The system must continuously provide survivable, interoperable, secure and operationally effective information exchanges to enable a net-centric military capability. This also describes the ability to designate target aim points to sensors and weapons.

3.2.4.2 Performance Value: System shall highlight aim points for targeting pods (example:

AH-64, Lightning Pod, Sniper Pod) from 3m to 3km on a26l<rn or greater visibility day with +/- 2mrange accuracy (T). System should range, geo-locate and designate multiple, moving targets simultaneously for targeting pods and laser-guided weapons from 3m to 5km on a 26km or greater visibility day with +l- 0.25m range accuracy (O).

3.2.4.3 Performance Value: System shall interoperate and exchange data with BAO Kit SWC in CoT format with the M2M Software (T).

3.2.4.4 Performance Value: System shall employ an open/commercial systems architecture including software interfaces. Any use of proprietary interfaces must be reviewed and accepted by the govemment. Computer physical interface such USB 2.0 and a data network interface such as IPv4 must be used. Examples of open/commercial standards areH.264, USB, JPEG (User comments: LOS-S should be able to feed or get data from the USB port on a computer.

Data to and from the device must be IP CoT XML and stills or video in a JPG orH.264 format).

(T). IPv6, MPEG2, JPEG2000. (O).

3.2.4.5 Performance Value: Software shall be evaluated for information assurance impacts to the BAO Kit weapon system prior to implementation, integration and testing (T). System development should include all Air Force software certifications to include authority to operate (o).

3.2.4.6 Performance Value: Apply IA controls in accordance with DoDI8500.2 to protect sensitive information from mishandling, misuse and intentional/unintentional disclosure (T).

3.2.4.7 Performance Value: The ability to mark (T) designate (O) target aim points to sensors and weapons. Reference STANAG 3733 and 3875 PRF Codes (T) PIM Codes (O).

3.2.4.8 Performance Value: Visually warn the operator of defined potential fratricide situations with human overrides (T). Warn the operator of defined fratricide situations with human overrides and suggested potential solutions (O).

3.2.4.9 Rationale: Mandatory KPP. Designation is necessary to communicate to laser spot trackers and laser-guided munitions their desired point of impact.

3.2.5 LOS-S Materiel Reliability (KSA - Mandatory).

3.2.5,2 Performance Value: Thc systøn sh¡ll bo ablc to perform aû avcrage of45 missions (a mission hrq ¿ úüatisn between I toz4houn) with no critical faílures (90 percent rcliability) @.

The systein should be 99 psrccrit reliable for lüD missions (O).

3.2.5.3 Rationalc: S¡ætcm sh¡ll be able to sunrive and opcrate over the duration of 45,1-24 hour dcployrncnts with no critical failues. The operator will deploy for 45 days and m¡y pr¡t hig system in operation and leave it on for the dr¡ration of the dçloyncot as a suneillance system if powcr is avaílable for long dr¡ratíon missions.

3.2.6 LOS'S Voh¡me (KSA- Irvel l).

3.2.6.1 Dissr¡ssion: The system nccds to be srnall enougþ to carry on the opcrator witliout carsing injt¡ry to th€ operatorwhilc beingreadily accessible foroperational use.

3.2.6.2 Performance Value: The systcm shall ft in, or attach, to the as¡ault/süike-sized n¡clsack while r¡sing the following pnmary eguiprncnt BAO Kit Sptem (e.9, PRGI l7G radio withaccessories, SWC withaccessories, XLOS, BAOPG&IU systøn, Hrmran TOwith accessori€s, ryat€tr (3L) and ponchoþncho liner combo). Ths ¡ntend sizc is not to exceed a $ incû lengtb and 3.5-inch diar¡eter. Thc systcrr shall not cxceed 86 cr¡bic inchcs (f). Sysænr should be snall eirougþ to mount on existing syst€ms (arcund cell phone size, ryroximately S"xl'x0.2') and capable of fitting in any uniform cargo/thigþ pocka (O).

3.2.6.3 Rationalc: Operators are required to carry multþle pieæes of equipmc,nt that must interropcrate and be readily available in closc cngagancnts.

3.2.7 LOS-S \ftcight (KSA-Lwel l).

3.2.7.1 Discussion: BAO Kit Increrrent II opcrators need the ligbtest possible hand-held s¡rstein(s) to allory effective h¡nd-held opcration

3.2.7.2 Performance Value: Systen shall not excced ó.E lbs includinginæmal poìver source (1). Sptem should not cxceed 0.5 lbs, including internal powcr sorncc (O).

3.2-7.3 Rationale: Short-rangc syrterns should be as ligbt as posriblc.

3.2.8 LOS-S Dtmbility (KSA - Level l).

3.2.8.1 Discrssion: Drability is the ability, througb desigU to sunrive moverncnt to the objective with no loss or degraded performance wherr exposed to operating conditions.

3.2.8.2 Performance Value: Syfem shall be ablc to survive the impact and pressrre (posítivc and ncgative) expcricnced fiom an air-drop mission and vibration experienced while driving in rouÉ t€rrain or swimming whcn packed in a standard strikdassault pck- Tlris capability, añer traruít in these conditions, must perform normally æd be put into use iurnpdiately (l). Per procedures outlined in MII-STD 810G, Mcthod 516.6, the syctenr shall be ablo 3o withstand rçoatcd drcps on all axes ûom 30 inches (Ð. Systcr¡ should bc able to witbstaod rcpeated d¡ops on all axcs from 6 feet (O).

3.2.8.3 R¡tíonalo: LOS-S capabilitymrstbesuitahlydr¡rableforthist¡peof systcm. The system mrst be able to opcrate reliably in thÉ global eovironurent. Thc s¡xtcm mrst sr¡rvive all infiltration and cxflffiion techniqucs (exuple driving pæac,huting svimmin& divíng ac.).

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3.2.E.3 Rationale: LOS-S cryability mrst be suitably dr¡¡¡ble for this t¡pe of sysæm. The systclnmustbeableþo¡rratereliably¡nthcglobalc¡rvironmeot Thesystemmustsr¡rviveall infiltatio¡ and exfltration tæhníçes (exarrple: drivin& pcachrring swirnming diving, ctc.).

If spcrial cas€s a¡E r¡sed for transit and proæcîion sgainst i.p.rq this casc will be cormlcd agaisst overall LOS'S wcigbt and the oase nust not hínder nomal opcrations. Need to be able to nansit to thc objcctivo and immediately utilizc thc systcor without bsing hindcred or delaycd.

3.2.9 tO$S Environment/Opcrating Conditions (KSA- Level l).

3.2.9.1 Disct¡ssion: Conditions include: oìSht, d¿y, rain, hottcrnpcraturcq coldtcmperaû¡re$ anphibious, fog smokc, !imo& drst and any othcr obscu¡ant

3.2.9.2 Perfonnancc Valuc: Systcn sball opcraæ in ambient operating ternperature range:

minr¡s 20 to 13 I degrees Fahrenheit, b IPffi rated and BAO Kit eleotromagnctic environmcnts (ElÆ) (example: w¡ü¡n closc proximity to thc HMI componcnrs of thc BAO Kit rvùen worn). It shdl operaæ with no degradation to üÊ systcm (BAO Iüt) or harm to thc opcrffor (T). Systcnr should opcrale in asrbient opcrating tempcrdr¡¡e range: minw 351Ð146 dsgcar Fah¡enhcit; be IP68 rate{ modifed to 66 feet, salt waær uqptorcctcd submersion; should opcratc in all elecùonic interfqucc and jamming environnents; and should also operate wfrile in chemicaL biological, radiological, nuclcc (CtsRl.I) conditions withtþ opcrator in CBRN protectíve gcar (o).

3.2.9.3 R¿tionalq Must operate as intaded in the global environnent ûo ínclude: EME without sufrcring rmacceptåle performaoce degradatíon fiom Electomagnctic Environ¡nent¡l Effccæ (83) or causc r¡nintc¡rtional performancc degndation to other s¡rstcms.

3.2.10 LOS-S Hr¡man Factors (I$A-I-evel l).

3.2.10.1 Discussion: Hr¡m¡nFacûors is a mcasue of opcrator fi¡ostions and action in a specified environmen! reflecting thc ability of opcrdors and maintainers to meet thc s¡næm's pcrformarce standrdr, including rcliability and mai¡aínability, r¡nder thc conditíons in uùich the system will be enrployed"

3.2.10.2 Performance Valr¡c: Infornation shall be prescnted in a clear, casily r¡nderstasdable fonnat (e.g., sinple gr4phical r¡serintcrfaces (GttD). Where approprime, itshåll also be accessed or handled (gloved or not gloved) in a manncr thd is intr¡itive and easily manípulüed, Physicd ha¡duare sball cnablc, by crgonomic trt hmd-hcld a¡d small stability platform operation (exanple: tock or som€thín& t¡ipo4 cÎc.). Cabling and conncctions shall be ninimizcd and comect to thc HMI cornpoæß of thc BAO Kít to rcccivc sitr¡ational atra¡eocss (SA) and alþw rcmote cont¡ol opcration (I). Opcrator should h¡vc the sbility 1o contol aûd ft thc device îo his use md application fbc syste,m sbould allow heads.up ¡nd h¡nds-fiee opcration (O).

3.2.10.3 Ratíonale: Hr¡mans must bc able to opqate thc systcm uùilc weæing and using operctional equipment (oraørple: CBRN geu, a¡rplicablc BAO HMI conponentr). Thc systcm mr¡st cnsurp eye-sdc operation.

t.z.ll LO$S Ranç-Finding (Additional Pcrformance Attibt¡tcs (APA) - Irvel l).

Ptrç7 oft?

3.Lll.l Discussion: The abillg to measr¡¡e the rangc of a taget(s) ín both cye-safc and non-eyc-safe specüums.

3.2.11.2 Pcrformucc Valr¡e: Range oae target at a limg ûom ãm to 3h on a 26h or g¡cder visíbili$ day with +l-2erange aßcuracy (I). R¡nge multiple, moving targets simultaneousl¡ fiom 25m to 5km on a,26kmor glaatcr visibilþ day with +/- 0.25m mDgG accuracy (O).

1.2.11.3 R¡tionale: Raoging is necessary úo effectiveþ estimate and eoploy efrests. Z€ßo hcight of opcrator to2ßheight targa and ca¡ see 5.048km.

3.2.12 LOS-S Powpr Requirerrents (APA - Level l).

t.2.12.1 Discrssion: Thc powcr rcquircmÊnt is thc abilíty to power the LOSS systm a¡d know what the stah¡s of the p< wer is for duration oftime.

3.2.12.2 Perfomance Vah¡e: Syaûen shall operdc stand alonc (not connectcd to PG&Ivl) for at least 45 minutes, including observatioq 45 lGsecond dcsignetion shots and 100 trrget gæ location measurcmÊnts. Systcn cm bc augmented for greater du¡ation by BAO PC&¡ld systenr capability (T). Sysem should operatc stûrd alonc for grcûrr thatr 4 hours, inchrding obsew¿tion, 100 l(Þsecsad {ç5ignation sbots æd 1000 Eget geo-location measur¡r¡rpnts.

Syam can be augmentcd for grcatcr dr¡ration by BAO PGd¿lU systcm capability (O).

3.2.12.3 Rationalc: Thc systcm shall hayc st¡ird-alone powcrandths abilityûo augmentits power nccds with thc PC&M systenr. Use cascs similar o cell phone and laptop bcing plugged into an olternal pow€r sourcc. If rccharçable power souroes a¡e use{ a rcchargc should t¿ke no longøtùan 90 minutæ to achiwe a ftlly cbarged state. Systcm shall also be trsed rryùilc chargng.

3.2.13 IOS-S Rcmotc Operation (APA-Level l).

3.2.13.L Discussion: Remote operation is the ú¡li$ ûo mnsfer d¡ø to and ûrom the LOS-S and tbe BAO SlltC to rrcmotcly display a¡d conlrot thc LO.9S.

3.2.13.2 Performancc Valr¡p: The systein shall allow ¡eliable and secure wirpd temoæ opcration upto 2m for two-way datra to rcnote looation (f). Ihc system should allow 100n, wi¡cd or wi¡Èñee opcrdion (O).

3.2.13.3 Perfqurance Vah¡c: Systcm sh¡ll ç¡¡pþ an open/comercial systcms arcåitcctr¡¡e including softqãæ int€rfaccs. Any use ofproprictary insrfarrrmrut be ¡eviewçd urd accepûed bythc governrent Exarrplcs ae ofo¡rn/commcrcial sbûdûds MPEG2, H264, USB, IEEt02.3, IPv6, ctc. (I). Sccure, wi¡e-froe daø cxchangp (O).

3-2.13.4 Perforrrancc Valuc: Ifapplicable, Nmional SæurityAgc¡rcy (NSA) Acc¡cditation for transmi$ions of classificd informæion (Q.

3.2.13.5 Perfou¡ancc Valuc: fapplicable, NSA Accrcdita¡ion æd applioation of app,opriatc contols for d¡ta at rest (I).

3.2.13.6 Pcrfo¡mancc Vah¡c: If ryplicable, keying will b€ accornplished using existing kcying devices (T).

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3.2.13.7 Performance Value: If applicable, data to support spectrum certification (DD Form t4e4) (r/o).

3.2.13.8 Rationale: USB-wired connections are needed for BAO SWC operations. System should have cable-free SWC interface. Should be capable of protecting classified data in transit and at rest. Should have multi-level security agile dynamic key distribution capable of supporting mobile coalition environments. Cross Domain Solutions (CDS), if required, will be developed and accredited by appropriate activity. Remote connections are needed to increase operator survivability by reducing operator's exposure to threats and hazards.

3.2.14 LOS-S Field Maintenance and Supportability (APA - Level 1).

3.2.I4.I Discussion: System must be a single operator capability, which requires a minimum number of tools (example: a single phillips-head screwdriver).

3.2.14.2 Performance Value: Any required tools shall be equal to those normally carried by the operator, or those normally found in the tactical environment (example: multi-tool, coins, bullet, lens cleaner, etc.) (T). The system should require no-support items necessary to maintain the system (O).

3.2.14.3 Rationale: LOS-S tactical employment environments demand that it is operated by a single person and does not require special accessories, support items and tools not normally carried into field conditions.

3.2.15 LOS-S Laser Spot Pointing/Tracking/Recognition (APA - Level 1).

3.2.15.1 Discussion: Operator needs to veriff that the intended target is being lased correctly to assist with achieving the anti-fratricide requirement and engagement'

3.2.15.2 Performance Value: The system shall include the ability to verify designation and pointing of the intended targetand shall indicate the position of the laser energy (T). The ability to verify other designator sources (O).

3.2.15.3 Performance Value: Designation will comply with STAN AG 3733 and 3875, i'e., all

North Atlantic Treaty Organization (NATO) pulse repetition frequency (PRF) designation codes

(T) PIM Codes (O). Pointer will be interoperable with night vision goggles (T) (example: lw 860-880nm continuous wave (CW) and flashing pointer).

3.2.15.4 Rationale: Nothing other than a laser will guide or cue laser-guided weapons and sensors. The laser spot tracking (LST) and recognition capability ensures LOS-S is "hitting" the right target. The LST shall also be capable of detecting PRF laser designation by other compatible lasers.

3.2.16 LOS-S Target Recognition (APA - Level 1)'

3.2.16.1 Discussion: Target recognition is LOS-S's ability to have suitable resolution to be able to recognize specific targets at necessary ranges from 25m to 3km.

3.2.16.2 Performance Value: System shall detect standard 2mby 2m NATO targets and optics from operator out to 3km (T). System should automatically identify standard NATO targets from operator out to 5km or greater (o)' pageg of L2

3.2.16.3 Rationale: Opcsators mr¡st be ablc to recognize hrgots at sta¡doffroges to incrcase srvivability and redr¡ce ohscrvability.

3.2.17 LO$S RcscuelRccovery Sensor (APA - Lwel l).

3.2.11.1 Disotssion: LOS-S's abilítyto fnd $¡rrri%l and¡qrcuo madring dcviccs.

3.2.17.2 Pcrfom¡ance Valuc: $rst€m shall have fcatr¡re¡ that asist in rcscuc md rcoovcry operations by be¡ng int€rop€r$le wiù $¡rrrival aod pcrsonæl recovcry systems (e.g., sunrival narking/sign¡l¡ng devices) (Ð. Sfrsæm should h¡ve feat¡¡c.l úm assist in ruscl¡c and æcovery opcrdions withor¡t sr¡rvival and personnsl rccovc¡J, syslcms (e.g., suwÍral nartiqg/sign¡ling dsviccs) (O).

3.2.11.3 Ration¿le: S¡rsûemwilt be uscdto gco-locdcpensfrns, critical cquipmcut

3.2.18 Delered

3.2.18.1 Deleted

3.2.19.2 DeleEed

3.2.1t.3 Deleted

3.2.19 DeleÈed

3.2.19.1 Deleted

3.2.19.2 Delered

t.2.19.3 Delered frat0oJt2

3.2.20 LOS-S Mofularity (APA -LøtelZ).

3.2.20.1 Perfonnance Value: Design shall ellow for modularig to thp maximru o¡tent possible. AtbpbûnÊnts co¡form to the picatinnyrail (f). Incorporate lina replaoeahle unit (LR(I) inûo dcsign to allowforupgrade andmai¡rtcm¡cc (O).

33. Trriníag.Rcletcd Rcquircmentr

3.3.1 Th€ taining concept shall encom¡rsr a total ùaiaing sysÞE concept ltat shall satisfy rcErireorents for qrulifring and sustainingtraineñ, operato¡s, mainøiners and supportpersonncl for the life c¡æle taining at all levels aod locations (I).

3.3.2 Tnining consideration shall be g¡vcn to thÊ stills, knowledge, tasls, acconplishmcnts, capabilities ofpersonnel invoþed and tbe t¡pc of training that ¡s rcqufucd uiüethcr it is opcrator or maintaincr taining CD.

3.3.3 Coilractor shall providc tnaining equípncnù iostn¡ctional methods, manr¡aldCT)s and rclded tools for ûafuúng to be accomplishcd 30 days prio¡ to the delivery ddc of each I¡cremcnt of the dcvice's capatility @.

33.4 fhc conhactor sh^ll ¡novidc ad dclivcr to thÊ United Stales Air Force (USAF) Traíning Refcrcncc Marual (IRIvf) or comme¡cial opcrator's m¿nr¡als that d€scribcs dl operator manipilaion of all GLJI prameters, sofrware va¡iahles and hardu¡ce assocíded $'ith thÊ systcm as dcfncd in thc syslem specification (SS) doomcnt (n).

3.3.5 TtÊ ootactor sh¿[ develop a T}'pc I contrasto¡-Eain-thp.taincr couiæ for úe LOS-S

Fog¡am. Thc üaining shall consist of both classroom and field training. ThÊ contractor úall condr¡ct thc Typc I contnactor training oouñ¡e to a ca&e of milìtary/goverament per3onncl idmtiûed by Air Force Spocial Operations Command a¡d ASC/ÌVIS¡N CÐ.

3.4 Logfidcr'Rcl¡lcd Rcqulrcncntr

3.4. I Ingistics Support Equipmۧt (SE)

3.4.1.1 SE sball bc kcpt ûo a minimum, becar¡se any SE requircd wÍll bc canied by the operator idon his ñeldpack, thrx reduoinghuman systcms inûegralion eüective,ncss @.

3.4,1.2 If SE is rcquircd, naxinun usc shall bc Eadc of our¡cnt USAF sttpport cquipment bcforc intlodrrcing my nEw SE G).

3 .4.2 lvløiilain*lility.

,.4.L1 ThÊ LO$S sysErn design sh¡ll $ryport tr*o-larcl m¡i¡tcnanc.c conccpt consisting of opcraorrcpair (Glcvrl) md contracto¡ logistics $ryport (CIS) rcpair and/crcplacernent (I).

3.4.2.2 Thc feld rcpair kit shall be a smalt lighttrdgbt kÍr th¡t will contrin thosc itcms nccessary to pcrform ficld repair ofthc deryicc iir an a¡stsp e,nviruurcnt (T).

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3.4.2.3 Thc field repair kit sh¡ll bç small æd compact emugh to bc lraosport€d in one of thc outerpocksts of cither thc ALICEIIVOLLE or BALCS rueJsacJ< @.

3.4.2.4 Nóte: thc opaator nceds to þ able to pcrforn mimr rcp¡irs in ñeld conditío¡s. It is cnvisioned th"t tuqoit d tools wor¡ld be availabie in thc k¡g dd no spccial" uniçe or proprietary tools should be inoluded.

3.4.2.5 Repairs be¡ond the field-repair level shall be s€ot !o thÊ original cquþmcnt ma¡ufactu¡rr (OEM) for mqior repair and/or rcphcemcnt wing program spar€s iwcntory at

OEM facility. Tbc OEM shall ímmcdiately replace the rmit with a ready replæe,mcnt and perform rcpair of delive¡cd r.rnit without impacting opcrational readiness (f).

3.4.2.6 No uniçre facilitios or srpport i¡frastruch¡¡c shall bc rcquircd to op€rdc æd maintain the LoSl-S ($.

3.4.2.7 Thc co¡rtactor shall providc spares to support intÊgfdim and æst as well as ltrocl¡¡G inidal spar€s to sr¡ppof ¡nitial opcrations (1).

3.5 Unlquc ldcntillc¡üo¡ ([IID) Rcquironmc

3.5. I [flD shall bc ryplicd in accordance with MILSTD- 130 (f).

3.6 lrcu¡l¡t¡rfu¡don ¡nd Illryosrl

3.6.1 The contactor shall identify any com¡roncnts requiring demilitarization and assist the govcmnent in updaing thc demilitarization a¡nex ûo thc progru protcction plan as ncce$sary.

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