Atch 8 to Sect L - System Requirement Document.pdf

BATTLEFIELD AIRMEN MODERNIZATION PROGRAM

System Requirements Document (SRD) tr'or

Line of Sþht- Short (LOS.S)

Octobcr 2011

Stahrs - trïn¡l

Released by ttrc Battlefield Air Operations Kit Program Office

Battlefield Airrren Branch, ASC^IIISN Aeronautical Sptems Center lVrigþt-Patterson Air Force Base OH 45433-7200

DISTRIBUTION LMITED TO DEPARTMENT OF DEFENSE @oD) A}ID DoD CONTRACTORS ONLY; CRITICAL TECHNOLOGY, I APRIL 20fi9. OTIIER REQIJESTS

SHALL BE REFERRED TO: ASCÆ/ISN 1895 FIFTII STREET, BUILDING46,

WRIGHT-PATTERSON AFB OH 45433.7200.

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REGUI-ATION 5400.7/AIR FORCE SLIPPLEMENT, AND 5 USC (BX2), THIS DOCLTMENT IS

ÐGMPT FROM RELEASE TO TIIE PUBLIC WITIIOUT APPROVAL FROM TI{E

ORICINATING OFFICE, ASCMISN, BATTLEFIELD AIRMEN BRA}ICH, 1895 FIFTII

STREET, BUILDING 4ó, IIIRIGHT-PATTERSON AFB OH 45433.7200.

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T¡ble of Contents

l. Scope

1.2 SystemOverview .......... I

2. Appliceble l)ocuments

1. Scope

1.1 System fdentification

l.l.l Battlefield Air Operations @AO) Kit is a downward-directed prognlm inteirded to deliver a system that redr¡ces fraFicide, reduces weight carried by the operator and provides interoperability.

1.1.2 BAO Kit consists of three major subsystems: l) the Human Machine Interface (HMI) is comprised of communications, lightweight pow€r generation and managemørt @G&M), computing device(s), machine-to-machine targeting/situational awareness and hr¡man input-ouþut (VO) devices. 2) the non-line of sight or Beyond Line of Sight (XLOS) s¡ntem. XLOS currently is the Ae,roVironmentWasp III small r¡nmanned aerial vehicle an 3) the BAO Kit includes the line of sight - short (LOS-S) sub-sptem.

1.2 System Oven'iew

1.2.1 The pr¡rpose of the LOS-S subsystein is to provide a ligþtweighÇ hand-held, integrated designator/s€nsor to enhance targeting effectiveness at ranges less than or equal to 3 kilometers.

This capability will be employed across the spectrum of.operations for a combat controller.

LOS-S will be employed globally in both mor¡nted (vetricle) and dismor¡nted configurations accommodating the variety of combat contoller load configurations. LOS-S will be nrggd saüsrying existing material reliability and availability requirenrents as described in the BAO Kit Incremeirt II Capability Development Docr¡urent (CDD) LOS-S Section 6. The system will be interoperable with the fielded BAO Kit. LOS-S must be small and lighhileight to accommodate dismounted operator operations and transportation.

1.2.2 The following list summarizes the s)4stem functional requirements:

o Is optimizedfor the human chassis, hrmran operation and human transportation.

o Is capable of being powered by internal pow€r and BAO Kit PG&M subslætem.

o Provides geo-location target data (display and net ready).

o Provides range oftæget(s).

¡ Designatcs/markstarga(s).

o Acquires and tracks targetG).

r Communicates target information(s) to external users.

¡ Enhances recovery operations þersonnel and gear).

r RecogFizes and discriminates target(s).

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. Digita[y records engagement - enhances assessûrent of effects application.

¡ Senses environmental conditions necessary for air operations (e.g., dropping in support equipment).

1.2.3 These fi¡nctions must be applicable across various scenariosj ingress, mission execution and egress. To accomplish this, LOS-S must be a lightrveight, all-environarent and nrgged ranging, geo-locating pointing and desþation device interoperable with the BAO Kit.

1.2.4 I\e system shall fit in or attach to the assaullstrike-sized n¡cksaok.

1.3 Docuncnt Overview

1.3.1 The intent of this document is to caphre LOS-S system requirements.

2. AppHcable l)ocuments

2.1 Govemmcnt l)ocumentation

2.1. I Government specifications, standards, and handbooks.

2.l.l.l BAO HMI, CDD, l7 May2007.

2.1.1.2 CoT )([VIL Interface Contol Document.

2.2 Non-Government Publications

2.2.1 None.

2.3 Order of hecedence

Unless othetwise noted herein, or in the contact, in the event of a conflict between the text of this docr¡ment and the references ciæd herein, the text of this docr¡ment takes precedence.

Nothin,g in this document however, supersedes applicable laws and regulations r¡nless a specific exemption has been obtained.

3. Systcm Requirements

3.1 Gener¡l

3.1.1 Performance values a¡e brokcn up into tb¡esholds, objectives and gelreral statements:

3J.2 $): Th¡eshold performance value (required).

3.1.3 (O) = Objective performance value (desired).

3.1.4 No value indicated (customer conceÌn but only significant operational impacts positive and negative will be evaluated with minimal weighting; these will bc identiûed as proposal risks not deficiencies).

3.1.5 BAO Kit's information management system, the small wea¡able computer (SWC), is the General Dynamics ltronix MR-l but it may not be the same at fielding. The SWC runs Small

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Unmar¡ned Aerial System (SUAS) Software and Digital Close Air Support Softruare. Any software developed needs to inærface with the Machine-to-Machine (M2M) that uses Cursor On Target (CoÐ Extensible Markup Language pG{L) andUAS sofüua¡e. This sofür¡are will run real-time simrltaneously and exchange vital mission data. M2M software is govetnment fumished equipment available upon request.

3.1.6 Selective Availability Anti-Spoofing Module (SAASM) waiver will not be pursued with this effort; requirement must be met

3.1.7 Key Performance Parameters (KPP):

o Force Protection and Sunrivability.

o Geo-Location.

o MaterielAvailability.

o Net-Ready.

3.1.8 Mandatory Key Syste'm Attibutes (KSA):

o Materiel Reliabilþ.

3.2. Systcm X'unctÍonal Rcquirements

i.z.t LOS-S Geo-Location (KPP).

3.2.1.1 Discussion: The ability to geo-locate target(s) in both eye-safe and non-eye-safe qpecùrums out to operational line of sigbt ranges in the most acctuate means possible; objective is to geo-locate multiple, moving targets simultaneously. LOS-S needs to be able to update targets' geo-location at a rate suitable for moving target(s) when in moving target mode.

3,2.1.2 Perfomrance Value: Systern shall geo-locate one target at a time, from 25m to 3km on a

261ro,or greater visibility day with +l- 27m geo-location accuracy (T). Syste,m should geo-locate multiple, moving targets simultaneously, from 25m to 5km on a26kstor greatervisibility day with+/- 0.25m geo-location accuracy (O).

3.2.1.3 Perfomrance Value: Systeur shall start cold and auto calibrate (no ephemeris data and without having to reorient the unit) in less than 60 seconds. (User comment: Global Positioning System (GPS) sync can be a separaûe time if GPS is used for the solution. GPS spc time will vary based on receiver and RF conditions). Idle start (ephemeris data) less than 10 second (T).

3.2.1.4 Perfomrance Value: Afrer the system has been running, and in the event a reoalibration is required" the system shall have the ability to auto calibrate (without having to reorient the unit) within 30 seconds (T). Instantancous auto+alibration (defined as less than I second) (O).

3.2.1.5 Performance Value: All recalibration events will notifrthe user (T).

3.2.1.6 Perfomrance Value: Shall generate I geo-location ouþut every button push with a minimum of one per second (Ð. Shoutd geo-locate with a refresh rate of th¡ee solutions ouþuts per second (O).

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3.2-1.7 Performance Value: LOS-S shall display the targets circular and linear error to 90 percent confidence (T); greater than 90 percent confidence (O).

3.2.1.8 Performance Value: System shall still operate (degraded mode acceptable) in GPS denied are¿u¡. (User Comment: degraded mode is the ability to set the user's coordinâtes or send it a CoT event ûom a computer or Digital Position Strike Suite to identiS where the user is. It shall be able to range and angle a target without a GPS unit. The user needs a warning or a hightight that the coordinate was pulled without a GPS fix) (T).

3.2.1.9 Perfomtance Value: System shall provide the operator the ability to manþlate, modif and annotate target data prior to transmission (annotates it as hr¡man modified or machine generated) (T).

3.2.1.10 Performance Value: SAASM GPS shall be incorporated (I).

3.2.1.11 Performance Value: System should provide operator an intemal mapping application capable of displaying geo-location points of interest (O).

3.2.1.12 Rationale: GeoJocation is necessary to effectively estimate taryetlocation and employ effects. Line of sight conditions a¡e desoribed as 0m height of operator to a?¡t heíght target and can see 5.048km.

3.2.2 LOS-S Force Protection and Strrvivability (KPP - Mandatory).

3.2.2.1 Discrssion: This is a mandatory KPP that addresses force protection and sunrivability for this component.

3.2.2.2 Performanoe Value: LOS-S signature shall not compromise operator ôr system through detection by uoaided human sight, sound, smell or signal within 25m (Q. LOS-S signature should not compromise operator or system through detection by any enemy sensor (O).

3.2.2.3 Performance Value: Subdued non-reflective color scheme (military color such as gey, green or brown prefened) (T). All cables, connectors, plugs, etc should also be subdued and non-refleotive (O).

3.2.2.4 Rationale: Mandatory KPP: Noise, smell and visual (e.g., shine, color schemes, size and weigþt) a¡e features of this perforrrance parameter. Ability to survive ML-STD 810G or equivalent testing conditions are necessary to keep the system running and operating and in use by the operator. The sensor or the operaton' position should not be given away by signatnre.

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

3.2.3.1 Discussion: In accordance with CICSM 3170.01C, JROCM 120-05, JROCM 16l-06 threshold and objective value ofthe total inventory operationally capable ofperforrring ao assigned mission at a given time based on material condition.

3.2.3.2 Performance Value: One hr¡ndred thirty-six systems shall be available (for Unit T¡'pe Code (UTC) taskings). Operational service through the planned end-of-service-life is 3 years for non-coru¡umable items (T). Ninety-nine percent availability of the 588 systems (O) provide options for additional systems should it be required, Page4olt2

3.2.3.3 Rationale: LOS-S systems must be ready for tasking to allow each squadrcn to maintain atraining and deployment capability. Some non-consumable items mayhave longer service life based on solutions selected.

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

3.2.4.1 Discussion: Mandatory KPP stating that the system urust support net-centric military operations. The system must be able to enter and be managed in the networlç and exchange data in a secwe ma¡mer to enhance mission effectiveness. The system must continuously provide sunrivable, interoperable, secure and operationally effective information exchanges to enable a net-cenüic military capability. This also describes the ability to desígnate txgetaim points to sensors and weapons.

3.2.4.2 Perfom¡ance Value: As defined in CJCSI 6212.018,8 N(arch 2006, system shall highlight aim points for targeting pods (exemfle: AfI-64, Lightning Pod, Sniper Pod) from 3m to 3km on a 26km or greater visibility day with +l- 2mrange accuracy (f). System should raûge, geo-locate and designate multþle, moving targets simultaneously for largeting pods and laser-guided weapons from 3m to 5km on a 26km or greater visibility day with +l- 0.2Ímrange accuracy (O).

3.2.4.3 Performance Value: System shall inæroperate and exchange data \Àrith BAO Kit SWC in CoT format with the M2M Softrvare (T).

3.2.4.4 Performance Value: Systern shall employ an open/commercial systems architecture including sofüvare interfaces. Any use of proprietary interfaces must be reviewed and accepted by the government. Computer physical interface such USB 2.0 and a data hetwork interface such as IPv4 must be used. Examples of open/commercial standards areE.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 mr¡st be IP CoT )ßdL and stills or video in a JPG otH.264 fomraQ.

(Ð. Fv6, MPEG2, JPEG2000. (O).

3.2.4.5 Perforrrance Value: Sofüvare shall be evaluated for infomration assurance impacts to the BAO Kit weapon system prior to implementation, integration and testing (T). System developmerrt should include all Air Force software certifications to include authority to oporate (o).

3.2.4.6 Perfonnanoe Value: Apply IA controls in aocordance with DoDI 8500.2 to protect sensitive information ûom mishandling, misuse and intentionaVunintentional disclo$¡re (f).

3.2.4.7 Perfomrance Value: The ability to mark (I) designate (O) target aim points to sensors andweapons. Reference STAI',IAG 3733 nd3875 PRF Codes (Ð PEM Codes (O).

3.2.4.8 Performance Value: Visually wam the operator of defined potential fraficide sinrations with hr¡rran overrides (T). Wam the operator of defined ûaficide situations with human overrides and suggestéd potential solutions (O).

3.2.4.9 Rationale: Mandatory I(PP. Designation is necessary to communicate to laser qpot t¡ackers and laser-guided mr¡nitions their desired point of impact.

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

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3.2.5.2 Performance Value: The system shall be able to perform an average of 45 missions (a mission has a drnation between I to 24 hours) with no critical failr¡res (90 percent reliability) (I).

The system should be 99 percent reliable for 1000 missions (O).

3.2.5.3 Rationale: System shall be able to survive and operate over the duration of 45,l-Z4hotn deployments with no critical failures. The operator will deploy for 45 days and may put his systern in operation and leave it on for the duration of the deployment as a sr¡rveillance systøn if po\rrer is available for long duration missions.

3.2.6 LOS-S Volume (KSA- Level l).

3.2.6.1 Discussion: The system needs to be small enough to carry on the operator without causing injury to the operator while being readily accessible for operational use.

3.2.6.2 Performance Value: The sptøn shall fit in, or attacl¡ to the assaullsfüke-sized rucksack while using the following primary equipment: BAO Kit S)rsteln (e.g., PRC-I l7G radio with accessories, SIVC with accessories, XLOS, BAO PG&M s¡¡stsri, Human VO with accessories, water (3L) and poncho/poncho liner combo). The intended size is not ûo exceed a 9-inch length and 3.5-inch diameter. The systern shall not exceed 86 cubic inches (T). System should be small enough to mor¡nt on existing systerns (around cell phone size, approximately 5"x2"x0.2') and capable of fitting in any uniform cargo/thigþ pocket (O).

3.2.6.3 Rationale: Operators are required to carry multþle pieces of equipment that must interoperate and be readily available in close engagements.

3.2.7 LOS-S rüVeight (KSA- Level l).

3.2.7.1 Discussion: BAO Kit Increment II oper,ators need the lightestpossible hand-held systern(s) to allow effective hand-held operation.

3.2.7.2 Performance Value: Systerr shall not exceed 6.8 lbs including internal poÌver source (Q. System should not exceed 0.5 lbs, including internal power source (O).

3.2.7.3 Rationale: Short-range systems should be as light as possible.

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

3.2.8.1 Discussion: Durability is the ability, through design, to sun¡ive moveme,lrt to the objective with no loss or degraded performance when exposed to operating conditions.

3.2.8.2 Performance Value: Systern shall be able to survive the impact and presstrre (positive and negative) experienced from an air-drop mission and vibration experie,nced while driving in rough tenain or swimming when packed in a standard strike,/assault pack. This capability, aller tr¿nsit in these conditions, must perform normally and be put into use immediately (T). Per procedures outlined in MIL-STD 810G, Method 516.6, the systern shall be able to withstand repeated drops on all axes ûom 30 inches (T). System should be able to withstand repeated drops on all axes from 6 feet (O).

3.2.8.3 Rationale: LOS-S capability must be suitably dr¡rable for this tlpe of system. The system must be able to operate reliably in the global environrnent. The system must sr¡rvive all infiltration and exfiltration techniques (example: driving parachuting swimming, diving, etc.).

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3.2.8.3 Rationale: LOS-S capability must be suitably dr¡rable for this type of system. The system must be able to o¡ærate reliably in the global environment. The system must survive all infiltation and exfiltration techniques (exanrple: driving, parachuting, swimming, diving, etc.).

If special cases are used for transit and protection against impact, this case will be cormted agains overall LOS-S weight and the case must not hindsr nomral operations. Need to be able to transit to the objective and immediately utilize the syste'nr without being hindered or delayed.

3.2.9 LOS-S Environ¡nenlOperating Conditions (KSA- Level l).

3.2.9.1 Discussion: Conditions include: night, day, rain, hot temperatures, cold tem¡rratures, amphibious, fog, smoke, sm.og, dust and any other obscuant.

3.2.9.2 Performance Value: System shall operate in ambient operating temperattre range:

minr¡s 20 to 13l degrees Fahrenlreit, beÍP67 rated and BAO Kit electromagnetic environnents (ENß) (example: within close proximity to the HMI components of the BAO Kit when wom). It shall operate with no degradation to the system (BAO Kit) or harm to the oprator (T). Sptem should operate in ar¡rbient operating temperature mnge: minus 35 tol46 degrees Fahrenheit; be IPó8 rated, modified to 66 feet, salt water unprotected submersion; should operate in all elecfonic interference and jarming environnents; and should also operate while in chemical, biological, radiological, nuclear (CBRI{) conditions withthe operator in CBRN protective gear (o).

3.2.9.3 Rationale: Must operate as intended in the global environment, to include: EME without suffering ruracceptable performance degradation from Electromagnetic Environmental Effecæ @3) or cause r¡nintentional performance degradation to other systems.

3.2.10 LOS-S Human Factors (KSA-Level 1).

3.2.10.1 Discussion: Hu¡ran Factors is a measure of operator fi¡octions and action in a specified environmen! reflecting the abilþ of operators and maintainers to meet the system's perfbrmance standards, including reliability and maintainability, r¡nder the conditions in which the system will be employed.

3.2.10.2 Performance Value: Information shall be presented in a clear, easily r¡nderstandable format (e.g., simple graphical user interfaces (GUI)). Where appropriate, it shall also be accessed or handled (gloved or not gloved) in a manner that is intuitive and easily manipulated, Physical ha¡dware shall enable, by ergonomic fit" hand-held and small stability platform operation (exanple: rock or something, tripo{ etc,). Cabling and connections shall be minimized and connect to the HMI components of the BAO Kit to receive sitr¡ational awareness (SA) and allow remote control operation (T). Operator should have the ability to contol and fit the device to his use and application. The system should allow heads-up and hands-free operation (O).

3.2.10.3 Rationale: Hr¡mans must be able to operate the system while wearing and using operational equipment (example: CBRN gear, applicable BAO HMI components). The system must ensure eye-safe operation.

3.2.11 LOS-S Range-Finding (Additional Performance Attributes (APA) - Level l).

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3.2.11.1 Discussion: The ability to measure the range of a target(s) in both eye-safe and non-eye-safe spectnrms.

3.2.11.2 Performance Vah¡e: Range one target at atime, from 25m to 3km on a26hn or greater visibility day with +l-2mrange accrracy (T). Range multiple, moving targets simultaneousl¡ from 25mto 5km on a26knor greater visibility day with +l- 0.25m range accuacy (O).

3.2.11.3 Rationale: Ranging is necessary to effectively estimate and employ effects. Zero height of operator to2mheight target and can see 5.048km.

3.2.12 LOS-S Power Requirements (APA - Level l).

3.2.12.1 Discussion: The lnurer requirement is the ability to power the LOS-S system and know what the status of the power is for duration of time.

3.2.12.2 Performance Value: System shall operate stand alone (not connected to PG&M) for at least 45 minutes, including observation, 45 lO-second designation shots and 100 target geo-location measurements. System can be augmented for greater duration by BAO PG&M system capability (T). System should operate stand alone for greater tlun 4 hours, including observation, 100 lO-second designation shots and 1000 target geo-location measurpments.

System can be augmented for greater dr¡ration by BAO PG&M system capability (O).

3.2.12.3 Rationale: The systern shall have stand-alone polver and the ability to augrnent its power needs with the PG&M system. Use cases similar to cell phone and laptop being plugged into an external power source. If rechargeable power sources are used a recharge should take no longer than 90 minutes to achieve a fully charged state. System shall also be trsed uùile chargng.

3.2.13 LOS-S Remote Operation (APA - Level l).

3.2.13.L Discussion: Remote operation is the ability to transfer daø to and from the LOS-S and the BAO SWC to remotely display and control the LOS-S.

3.2.13.2 Performance Value: The systerr shall allow reliable and secwe wired remote operation up to 2m for two-way data to remote location (f). The system should allow 100m, wired or wire-free operation (O).

3.2.13.3 Perfomrance Value: Sysæm shall employ an open/commercial systems a¡chitecture including softua¡e interfaces. Any use ofproprietary interfaces must be reviewed and accepted by the government Exanrples are of open/commercial standards MPEG2, H.24, USB, IEE802.3, IPv6, etc. (T). Secue, wire-free data exchange (O).

3.2.13.4 Performance Value: If applicable, National Sectrrity Agency (NSA) Accreditation for transmissions of classified infomration (T).

3.2.13.5 Performance Value: If applicable, NSA Accrediation and application of appropriate controls for data at rest (T).

3.2.13.6 Performance Value: If applicable, keying will be accomplished using existing keying devices (T).

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3.2.13.7 Performance Value: If applicable, datato support spectnrm certification (DD Forrr t4e4) (r/o).

3.2.13.8 Rationale: USB-wired connections a¡e needed for BAO SWC operations. Systern should have cable-free SWC interface. Should be capable ofprotecting classified data in üansit and at rest. Should have multi-level security agile dynamic key distibution capable of supponing mobíle coalition environments. Cross Domain Solutions (CDS), if required, will be developed and accredited by appropriate activity. Re,mote connections a¡e needed to increase operator strvivabilþ by reducing operator's exposure to tbreats and hazards.

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

3.2.14.1 Discussion: System must be a single operator capabilþ, which requires a minimr¡m number of tools (exanrple: a single phillips-head screwdriver).

3.2.14.2 Pe¡formanoe Value: Anyrequired tools shall be equal to those normally ca¡ried by the operaûor, or those nonnally 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 environnents demand that it is operated by a single pen¡on 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 l).

3.2.15.1 Discussion: Operator needs to verify that the intended target is being lased conectly to assist with achieving the anti-fratricide requirement and engagement.

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

3.2.15.3 Performance Value: Designation will comply with STAII AG 3733 and 3875, i.e., all North Atlantic Treaty Oryani"a;tìon (NATO) pulse repetition frequency (PRF) designation codes

(T) PEM Codes (O). Pointer will be interoperable with night vision goggles (Q (example: lw 860-880nm continuous \ ¡ave (C\Ð and flashing pointer).

3.2.15.4 Rationale: Nothing other than a laser will guide or cue laser-guided weapons and senson¡. The laser spot hacking (tST) and recognition capabilþ 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 l).

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

3.2.16.2 Performance Value: Systerr shall detect standa¡d 2mby 2m NATO ta¡gets and optics from operator out úo 3km CÐ. System should automatically identify standard NATO targets from operator out to 5km or greater (O).

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3.2.16.3 Rationale: Operators must be able to recognize targets at standoffranges to increase survivability and reduce observability.

3.2.17 LOS-S Rescue/Recovery Sensor (APA - Level l).

3.2.17.1 Disct¡ssion: LOS-S's abilþ to find sr¡rvival and rescue marking devices.

3.2.17.2 Performance Value: System shall have features that assist in rescue and recovery operations by being interoperable with sr¡rvival and personnel recovery systems (e.g., sunrival marking/signaling devices) (T). System should have featurcs that assist in rescue and recovery operations without sunival and personnel recovery systems (e.g., survival marking/sigraling devices) (O).

3.2.17.3 Rationale: System will be used to geo-locate persons, critical equipment.

3.2.18 Deleted

3.2.18.1 Deleted

3.2.18.2 Delered

3.2.18.3 Deleted

3.2.19 Deleted

3.2.19.1 DeleÈed

3.2.19.2 Delered

3.2.19.3 DeleÈed

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3.2.20 LOS-S Modularity (APA - Level 2).

3.2.20.1 Performance Value: Design shall allow for modularity to the mæ<imum extent possible. Attachments conform to the picatinnyrail (T). Incorporate line replaceable turit (LRU) into design to allow for upgrade and maintenance (O).

33. Tr¡ining-Releted Requirements

3.3.1 The naining concept shall encompass a total taining system concept ttrat shdl satisfy requirements for quali$ing and susraining trainerc, o¡ærators, maintainers and support personnel for the life cycle taining at all levels and locations (T).

3.3.2 Trainung consideration shall be given to the skills, knowledge, tasks, accomplishments, capabilities of personnel involved and the tpe of trainingthatis required nùether it is operator or maintainer taining CÐ.

3.3.3 Contactor shall provide training equipment instn¡ctional methods, manuals/CDs and related tools for training to be accomplished 30 days prior to the delivery date of each Increment ofthe device's capabilþ (Q.

3.3.4 The contactor shall provide and deliver to the United States Air Force (USAF) Training Referpnce Manual (TRN4) or commercial operator's manuals that describes all operator manipulation of all GUI paraneters, software va¡iables and hardware associated with the system as defined in the system specification (SS) docume,nt (T).

3.3.5 The contactor shall develop a Tlpe I oontractor-Eain-the-tainer course for tlre LOS-S program. The Eaining shall consist of both classroom and field training. The cont¡actor shall conô¡ct the Tlpe I conüactor taining course to a cad¡e of military/government personnel identified by Air Force Special Operations Command and ASCAMISN CÐ.

3.4 Logistícs-Related Requirements

3.4. I Logistics Support Equipment (SE)

3.4.1.1 SE sball be kept to a minimtrm, because any SE required will be ca¡ried by the operator inlon his fieldpach thus reduoing human systems integration effectiveness CÐ.

3.4,1.2 If SE is required, maximum use shall be made of current USAF support equipment before intoducing any new SE (T).

3.4.2 Maintainability.

3.4,2,1 The LOS-S system design shall support two-level maintenance concept consisting of operator repair (OJevel) and contractor logistics support (CLS) r€pair aod./or replacement (I).

3.4.2.2 The field repair kit shall be a small, lightweight kit ttrat will contain those items necessa¡y to perform field repair ofthe device iir an austerp environment (T).

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3.4.2.3 The field repair kit shall be small and compact enough to be transported in one of the outer pockets of either the ALICE/lvf OLLE or BALCS rucksack (Q.

3.4.2.4 Note: The operator needs to be able to perform minor repairs in field conditions. It is envisioned that required tools would be available in the kit, and no special, uniçe or proprietary tools should be included.

3.4.2.5 Repairs beyond the field-repair level shall be sent to the original equipment manufactr¡rer (OEM) for major repair and/or replacement using progra¡n spares inventory at

OEM facility. The OEM shall imnediately replace the r¡nit with a ready replacement and perform repair of delivered nnit without impacting operational readiness (T).

3.4.2.6 No unique facilities or support infrastn¡cture shall be required to operate and maintain the Los-s cÐ.

3.4.2,7 The contr¿ctor shall provide spares to support integration and test as well as procure initial spanes to support initial operations (T).

3.5 Unique ldentification (UID) Requirements

3.5.1 LJID shall be ap'plied in accordance with MIL-STD-I3O (Ð.

3.6 Demilitariz¡tion and Disposal

3.ó.1 The contactor shall identify any components requiring demilitarization and assist the government in updating the demilita¡ization annex to the program protection plan as necessary.

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