Attachment_1-_Revised_RTS_II_SOW.doc

M67854-13-R-7803

Date: 25 Feb 2013

M67854-13-R-7803 Statement of Work

For

Range Training Systems II (RTS-II)

Version 1.1 February 2013

MARINE CORPS SYSTEMS COMMAND

PROGRAM MANAGER MARINE CORPS TRAINING SYSTEMS

12350 RESEARCH PARKWAY

ORLANDO, FL 32826-3275

11.

SCOPE

2.

APPLICABLE DOCUMENTS

2.1 Government documents 2.2 Non-Government documents 3.

REQUIREMENTS

3.1 General 3.2 Installation 3.2.1 Deliveries 3.3 Range Training Systems (RTS) Requirements 3.3.1 Live Fire Ground Based Training Systems 3.3.1.1 Range Control Stations (RCS) 3.3.1.1.1 RCS (Stationary) – Radio Frequency (RF) Communications with Integrated Software 3.3.1.1.2 RCS (Portable) - RF Communications with Integrated Software 3.3.1.1.3 RCS (Stationary) - Hard Wired (H/W) LAN Communications with Integrated Software 3.3.1.1.4 RCS (Portable) – H/W LAN with Integrated Software 3.3.1.1.5 RCS (Stationary) - H/W LAN and RF (Dual Capable) with Integrated Software 3.3.1.2 SITs 3.3.1.2.1 RF, Battery Powered SIT (not installed) 3.3.1.2.2 RF, Battery Powered SIT 3.3.1.2.3 RF, Battery Powered SIT with Solar Power System 3.3.1.2.4 RF, Shore Powered SIT 3.3.1.2.5 H/W LAN, Shore Powered SIT 3.3.1.3 Double Arm -Stationary Infantry Targets (DSITs) 3.3.1.3.1 RF, Battery Powered DSITs (not installed) 3.3.1.3.2 RF, Battery Powered DSITs 3.3.1.3.3 RF, Battery Powered DSITs, with Solar Power Systems 3.3.1.3.4 RF, Shore Power DSITs 3.3.1.3.5 H/W LAN, Shore Power DSITs 3.3.1.4 Moving Infantry Targets (MITs) 3.3.1.4.1 RF, Battery Powered MITs (not installed) 3.3.1.4.2 RF, Battery Powered MITs 3.3.1.4.3 RF, Shore Powered MITs 3.3.1.4.4 H/W LAN, Shore Powered MITs 3.3.1.4.5 MIT Track Requirements 3.3.1.4.6 MIT Track - Spare 3.3.1.5 SATs 3.3.1.5.1 RF, Battery Powered SATs (not installed) 3.3.1.5.2 RF, Battery Powered SATs 3.3.1.5.3 RF, Battery Powered SATs with Solar Power System 3.3.1.5.4 RF, Shore Powered SATs 3.3.1.5.5 H/W LAN, Shore Powered SATs 3.3.1.6 MATs 3.3.1.6.1 RF, Battery Power with Generator MATs 3.3.1.6.2 RF, Shore Powered MATs 3.3.1.6.3 H/W LAN, Shore Powered MATs 3.3.1.7 MAT Track 3.3.1.8 MAT Track - Spares 3.3.1.9 Data Communication– MILCON Constructed Ranges /Fiber Optic Network Connections 3.3.1.9.1 Master Target Switch 3.3.1.9.2 Slave Target Switch 3.3.1.9.3 Range Control Network Switch 3.3.1.10 Ethernet Surge Protection 3.3.2 Battlefield Effects Simulator (BES) Requirements 3.3.2.1 Sound Effects System (SES) 3.3.2.1.1 SES-Integrated, Shore Power 3.3.2.1.2 SES-Portable, Shore/Battery Power 3.3.2.1.2.1 Portable SES – Installation 3.3.2.2 Dust Generator 3.3.2.2.1 Non Pyrotechnic, RF Control, Battery Powered with Solar Panel 3.3.2.2.2 Non Pyrotechnic, RF Control, Shore Powered 3.3.2.3 Smoke Generator 3.3.2.3.1 Non Pyrotechnic, RF Control, Battery Powered with Solar Panel 3.3.2.3.2 Non Pyrotechnic, RF Control, Shore Powered 3.3.2.4 Reserved 3.3.2.4.1 Reserved 3.3.2.5 Explosive Effects Simulators 3.3.2.5.1 Large Explosive Effects Simulator 3.3.2.5.2 Portable Explosive Effects Simulator w/disposable cylinder 3.3.2.5.3 Explosive Effects Simulator w/ detachable explosion chamber 3.3.2.5.4 Reconfigurable Non Pyrotechnic Explosive Effects Simulator 3.3.2.5.5 Rocket Propelled Grenade Effects Simulator (RPGES) 3.3.2.5.6 X-Large Explosive Effects Simulator 3.3.2.5.7 Rocket Propelled Grenade Effects Simulator (RPGES) 3.3.2.5.8 Long Range Transmitter 3.3.2.6 AK-47 Machine Gun Simulator 3.3.2.6.1 RF control, Battery Powered 3.3.2.6.2 RF control, Shore Powered 3.3.2.7 Roadside Improvised Explosive Devices (IED) Effects Simulator 3.3.2.8 Radio Controlled 4 channel Long Range Detonator 3.3.2.9 Radio Controlled 4 channel Long Range Detonator Kit 3.3.3 Ground Range Sustainment Systems 3.3.3.1 Multi-Purpose Pneumatic Target System (MPPTS) 3.3.3.1.1 Multi-Purpose Pneumatic Target Control System 3.3.3.1.2 Multi-Purpose Pneumatic Target Operating System 3.3.3.1.3 MPPTS-Spares Package 3.3.3.1.4 Installation of the MPPTS 3.3.3.2 Pistol Pneumatic Target System 3.3.3.2.1 Pistol Pneumatic Target Control System 3.3.3.2.2 Pistol Pneumatic Operating System 3.3.3.2.3 Pistol Pneumatic Target System- spares package 3.3.3.2.4 Installation of the Pistol Pneumatic Target System 3.3.3.3 Non-automated Steel Targets 3.3.3.4 Remote Sniper Targets 3.3.3.4.1 Remote Sniper Targets Recharging Storage Stand 3.3.3.4.2 Remote Sniper Targets Recharging Storage Stand 3.3.3.4.3 Remote Steel Sniper Targets Silhouette 3.3.3.5 Environmentally Friendly 3D Steel Armor Targets 3.3.3.6 Steel Silhouette Targets 3.3.3.7 Reactive Steel Targets 3.3.3.8 Heavy Duty Target Carriages (HDTC) 3.3.3.8.1 Installation of the HDTC 3.3.3.9 Manual Moving Target System (Manual-MTS) 3.3.3.9.1 Installation of the Manual-MTS 3.3.3.10 Targetry Solar Power Systems 3.3.3.11 Ballistic Concrete Blocks and Panels 3.3.3.11.1 Ballistic Concrete Technical Report-Study/Services 3.3.3.11.2 Installation of Ballistic Concrete Blocks and Panels 3.3.3.12 Ballistic Rubber Protection 3.3.3.12.1 Installation of Ballistic Rubber Blocks and Panels 3.3.3.13 Moving Target System 3.3.3.13.1 Installation of the Moving Target System 3.3.3.14 SIT Ballistic Protection Shield & Sub-Plate Assembly Installed 3.3.3.14.1 SIT Ballistic Protection Shield & Sub-Plate Assy Installed w/2” Ballistic Rubber 3.3.3.15 Pre-Cast Relocatable Equipment Pad 3.3.3.15.1 Installation of Pre-Cast Relocatable Equipment Pad 3.3.3.16 Multi-Target Moving Target System (MMTS) 3.3.3.16.1 Multi-Target Moving Target System Requirements 3.3.3.16.2 Installation of the MMTS 3.3.3.16.3 System Availability and Maintainability 3.3.3.17 MMTS Target Lifters and Silhouettes 3.3.3.18 LOMAH System Requirements 3.3.3.19 Site Visits 3.4 Detailed Tasks 3.4.1 Integrated Program Management 3.4.1.1 Integrated Project Team (IPT) Meetings 3.4.1.2 Integrated Master Schedule (IMS) 3.4.1.3 Requirements Tracking and Requirements Traceability Matrix (RTM) 3.4.2 Conferences, Programmatic Reviews and Technical Reviews 3.4.2.1 Conferences and Reviews Upon DO Award 3.4.2.2 Conferences and Programmatic Reviews 3.4.2.2.1 Post Award Conference (PAC) 3.4.2.2.1.1 PAC Exit Criteria 3.4.2.2.2 In-Process Review (IPR) 3.4.2.2.2.1 IPR exit Criteria 3.4.2.3 Technical Reviews 3.4.2.3.1 Technical Reviews – General Requirements 3.4.2.3.1.1 Contractor Participation in Technical Reviews 3.4.2.3.1.2 Technical Review Locations and Facilities 3.4.2.3.2 System Requirements Review (SRR) 3.4.2.3.2.1 SRR Entrance Criteria 3.4.2.3.2.2 SRR Exit Criteria 3.4.2.3.3 The Preliminary Design Review (PDR) 3.4.2.3.3.1 PDR Entrance Criteria 3.4.2.3.3.2 PDR Exit Criteria 3.4.2.3.4 The Critical Design Review (CDR) 3.4.2.3.4.1 CDR Entrance Criteria 3.4.2.3.4.2 CDR Exit Criteria 3.4.2.3.5 Test Readiness Review (TRR) 3.4.2.3.5.1 TRR Entrance Criteria 3.4.2.3.5.2 TRR Exit Criteria 3.4.3 Verification 3.4.3.1 Verification Overview 3.4.3.2 Contractor Responsibilities 3.4.3.3 Test Design 3.4.3.3.1 Test Design - Test Criteria 3.4.3.3.2 Test Design - Tests Requirement Multiple Readings 3.4.3.4 Contractor Tests 3.4.3.5 Government Final Inspection (GFI) 3.4.4 Quality System Requirements 4.

MISCELLANEOUS REQUIREMENTS

4.1 Safety and Environmental Responsibility 4.1.1 System Safety 4.1.1.1 Safety Assessment 4.1.1.1.1 Material Safety Data Sheets 4.1.1.1.2 Health Hazard Assessment 4.1.1.2 Site Safety 4.1.1.2.1 Hazardous Material Use 4.1.1.2.2 Unforeseen Hazardous Material 4.1.1.2.3 Certification 4.1.1.2.4 Accidents 4.1.1.3 RF Safety 4.1.1.3.1 Electromagnetic Radiation Hazards (RAZHAD) 4.1.2 Lithium Battery Safety Qualification 4.1.2.1 Lithium Battery Safety Assessment 4.1.2.2 Battery Charger Adaptor 4.2 RF Spectrum Requirements 4.2.1 RF Spectrum Allocation and Approval 4.2.2 Radio Frequency (RF) Spectrum Compatibility 4.2.3 Radio Frequency Management 4.3 Corrosion Prevention Plan 4.4 Solar Power System Requirements 4.4.1 Solar Power System Study 4.5 Drawing Requirements 4.6 Interface Control Document (ICD) 5.

Integrated Logistics Support (ILS) Program 5.1 Warranty 5.2 Material Support/Provisioning 5.2.1 Supply Support 5.2.2 Technical Documentation 5.2.2.1 Commercial Manuals 5.2.2.2 Copyright Release 5.2.2.3 Change Pages/Modification Instructions 5.2.3 Branding 5.2.4 Technical Data Package 5.2.4.1 Training Products and Services 5.2.4.2 Training Conduct Support Documentation 5.2.4.2.1 Training System Support Documentation 5.2.4.3 New Equipment Training (NET) 5.2.4.4 Technical Documentation 5.2.4.4.1 Material List 5.2.4.5 Item Unique Identification (IUID) 5.2.4.6 Packaging, Handling, Shipping and Transportation (PHS&T) 5.2.4.7 Travel 6.

SECURITY REQUIREMENTS

7.

CDRL LISTING

8.

ACRONYMS

Statement of Work

For

Range Training Systems II (RTS-II)

1. SCOPE

The Marine Corps has a current operational requirement to further modernize its training ranges with various types of automated and non automated target equipment and simulators as listed in the Range Training Systems II (RTS II) systems requirements specification. This Statement of Work (SOW) defines the requirements and tasks to be performed during the production, delivery, installation, and testing of RTS II systems. The contractor shall perform a mix of systems engineering, design, development, systems integration, training, and logistics in the delivery and installation of the RTS II systems.

2. APPLICABLE DOCUMENTS

The following documents of the issue listed form a part of this SOW to the extent specified herein. In the event of a conflict between documents referenced herein and the contents of this SOW, the contents of this SOW take first precedence. Nothing in this SOW, however, supersedes applicable laws and regulations, unless a specific exemption has been obtained. This SOW is designated as a first tier document. The documents referenced directly in this SOW are designated as second tier documents and are considered part of this SOW to the extent specified herein. Documents referenced in successive tiers are not part of this SOW and are to be used for guidance only. If document version listed is not the most current, then substitute with the latest version available at time of contract award.

2.1 Government documents

System Specification

System Specifications for Range Training Systems II (RTS-II)

MIL-HDBK-217F

Reliability Prediction of Electronic Equipment

MIL-HDBK-472

Maintainability Prediction

CEHNC 1110-1-23

2.2 Non-Government documents

American National Standards Institute (ANSI)

Quality Management and Quality Assurance

Standards Guidelines for Selection and Use

3. REQUIREMENTS

3.1 General

The contractor shall ensure compliance with the contract requirements and the timely delivery of products and services identified in Section B of the contract as it pertains to individual Delivery Orders (DOs). Based on the scope of work for each DO, the contractor shall deliver supplies identified on the contract line items (CLINs) in Section B as part of a larger RTS II. The contractor shall include delivery and installation costs into each CLIN item. Installation and shipping requirements will be further defined in this SOW.

3.2 Installation

The Government’s expectation of installation is one that, upon Government acceptance, is fully ready for commencement of Marine Corps training. The contractor shall install products identified in Section B on Military Construction (MILCON) ranges, legacy ranges, Military Operations in Urban Terrain (MOUTs), and other training venues as directed in the DOs.

The contractor shall include pricing for associated RTS II design, shipping, installation, testing, labor, materials, and integrated program management in each CLIN. Technical Data shall be included in the CLIN pricing.

MILCON ranges will be designed and constructed per CEHNC 1110-1-23 utilizing CAT5/CAT6 Ethernet cabling, Fiber Optic cabling, or a combination of both. Fiber optic cabling and Ethernet cabling will be terminated and labeled by others unless, specifically addressed in the DO. The contractor shall provide and install the required communication equipment to complete the network, to include but not limited to media converters/switches, data surge protection, power supply, power outlets, etc., at the Range Tower and the Target Enclosures, as well as all CLIN items procured in the DO.

At the completion of MILCON or other Naval Facilities Engineering Command (NAVFAC) managed construction and prior to mobilization, the contractor shall complete a Target Interface Inspection (TII) of the range. During the TII, the contractor shall verify power outputs and electrical outlets are compatible, data network connections are installed, terminated, and labeled correctly, and that each data cable provides sufficient data signal connectivity. Additionally, a physical inspection of all target enclosures, range tower, cables and connectors shall be conducted to ensure the range is ready for installation of range targets and devices. The results of the TII shall be documented by the contractor and submitted as a Test/Inspection Report, IAW CDRL A002.

3.2.1 Deliveries

The contractor is solely responsible for delivering, receiving, accounting, and storing all Targetry, components, devices, and materials that comprise the complete DO to the point of final turnover at Government Final Inspection (GFI). The Government will not sign for or store equipment on behalf of the contractor. The contractor shall be present to accept deliveries for items that require installation. The contractor shall contact the Government ten (10) working days prior to actual delivery of items or materials to conduct final coordination with the delivery location.

3.3 Range Training Systems (RTS) Requirements

The contractor shall deliver, install, and test training systems as part of a larger RTS, in accordance with (IAW) the SOW and specification, and the requirements of each DO.

3.3.1 Live Fire Ground Based Training Systems

Live Fire Ground based training systems are comprised of a mix of Stationary Infantry Target (SIT), Stationary Armor Target (SAT), Moving Infantry Target (MIT), and Moving Armor Target (MAT) plus associated simulator equipment. All hardware shall be controlled by a Stationary and/or Portable Range Control Station utilizing integrated software.

The following targets and effects systems shall be controlled from a single controller utilizing integrated software.

3.3.1.1 Range Control Stations (RCS)

Each RCS shall provide a single, integrated control interface that controls all RCS-controlled devices. Each RCS shall use Microsoft Windows 7 Professional operating system.

The contractor shall provide the following RCS variants according to the requirements below and the specification. All RCS systems delivered on this contract shall be integrated and capable of controlling target systems and effects devices installed as part of the complete RTS.

The contractor shall provide the current version of integrated software and firmware to all RCS computers.

3.3.1.1.1 RCS (Stationary) – Radio Frequency (RF) Communications with Integrated Software

The contractor shall provide RCS hardware suite, which includes a desktop PC, two (2) monitors, keyboard, mouse, printer, power cords, RF link box, antenna, cabling, and software to control all Targetry and range effects devices via two-way communications IAW the specification. The RCS shall include a CD and DVD burner, with all software necessary to record to CDs and DVDs. The contractor shall also provide an Uninterruptible Power Supply (UPS) for the Stationary RCS.

3.3.1.1.2 RCS (Portable) - RF Communications with Integrated Software

The contractor shall provide a Portable RCS IAW the specification. The contractor shall provide a portable ruggedized laptop computer with RF capability to control all targets and effects devices. The contractor shall provide an additional lithium computer battery and radio battery, chargers, charger cables, and carrying backpack.

3.3.1.1.3 RCS (Stationary) - Hard Wired (H/W) LAN Communications with Integrated Software

The contractor shall provide RCS hardware suite, which includes a desktop PC, two (2) monitors, keyboard, mouse, printer, power cords, LAN cabling, and software to control all targetry and range effects devices via H/W LAN communications, IAW the specification. The RCS shall include a CD and DVD burner, with all software necessary to record to CDs and DVDs. The contractor shall also provide an Uninterruptible Power Supply (UPS) for the Stationary RCS.

3.3.1.1.4 RCS (Portable) – H/W LAN with Integrated Software

The contractor shall provide a Portable RCS IAW the specification. The contractor shall provide a portable ruggedized laptop computer with an H/W LAN connection and capability to perform as a back-up to the Stationary RCS to control all targets and effects devices when connected to the Range LAN network. The contractor shall provide an additional lithium computer battery, charger, charger cables, and carrying backpack.

3.3.1.1.5 RCS (Stationary) - H/W LAN and RF (Dual Capable) with Integrated Software

The contractor shall provide RCS hardware suite, which includes a desktop PC, two (2) monitors, keyboard, mouse, printer, power cords, LAN cabling, RF radio, RF converter box, software, and other components needed to achieve a dual control capability. The contractor shall provide two-way communications to control and receive information between the portable RF RCS and stationary RCS to control a combination of H/W LAN and RF targetry and range effects devices. Dual capability control shall be transparent to the RCS operator and not hinder his or her ability to display, control, and program all targets and effects devices installed on the range. The RCS shall include a CD and DVD burner, with all software necessary to record to CDs and DVDs. The contractor shall also provide an Uninterruptible Power Supply (UPS) for the Stationary RCS.

3.3.1.2 SITs

SITs shall be modular and combine required components (Target Lifter and Silhouettes) and optional devices (LOMAH, Effects Simulators, and IR signatures) IAW the DO.

All SITs shall operate using available power. SITs shall come complete with all necessary cables and interfacing devices to make it compatible with the power and signal interfaces. All power and communication wires/cables within the target position shall be installed in a neat and workmanlike manner per NEC Article 110.

As required, the contractor shall provide SITs IAW the specification. SITs shall have the following configurations:

3.3.1.2.1 RF, Battery Powered SIT (not installed)

The contractor shall provide, deliver, offload, and test battery-operated, RF controlled SITs with attached silhouette per the specification. This item is for portable range usage and will not require installation.

3.3.1.2.2 RF, Battery Powered SIT

The contractor shall deliver, install, and test battery-operated, RF controlled SITs with attached silhouette per the specification.

Target Enclosure Installation

The contractor shall install battery-operated, RF controlled SITs in existing target enclosures, consisting of standard materials such as concrete, wood, SACON, and/or rubber as specified in the DO. The contractor shall:

a. Mount SIT within target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Connect target battery cable to 12V battery

c. Attach radio antenna ensuring no portion of the antenna protrudes above the ballistic protection

MOUT Installation

a. Mount SIT to building wall adjacent to doorways, window, hallway, etc. as specified in the DO

b. Connect target battery cable to 12V battery

c. Attach radio antenna ensuring no portion of the antenna protrudes into the doorway, window, or hallway or beyond the ballistic protection provided

3.3.1.2.3 RF, Battery Powered SIT with Solar Power System

The contractor shall deliver, install, and test battery-operated, RF controlled SITs with attached silhouette and solar power system for power regeneration per the specification.

Target Enclosure Installation

The contractor shall install battery-operated, RF controlled SITs in existing target enclosures, consisting of standard materials such as concrete, wood, SACON, and/or rubber as specified in the DO. The contractor shall:

a. Mount SIT within target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Connect target battery cable to 12V battery

c. Connect the solar power system cable to 12V battery with charging controller and align solar power system for optimum sun exposure

d. Attach radio antenna ensuring it doesn’t protrude beyond the ballistic protection

3.3.1.2.4 RF, Shore Powered SIT

The contractor shall deliver, install, and test RF controlled, shore powered SITs with attached silhouette per the specification.

Target Enclosure Installation

The contractor shall install RF controlled shore powered SITs in existing target enclosures consisting of standard materials such as concrete, wood, Ballistic Concrete, and/or rubber as specified in the DO. The contractor shall:

a. Mount SIT within target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Connect target power cable to the power outlet provided in the enclosure, per the DO and the specification

c. Attach radio antenna ensuring no portion of the antenna protrudes above the ballistic protection

MOUT Installation

a. Mount SIT to building wall adjacent to doorways, window, hallway, etc. as specified in the DO

b. Connect target power cable to the power outlet provided at the target location, per the DO and the specification. Power outlets will be provided within six (6) feet of the target location

c. Attach radio antenna ensuring no portion of the antenna protrudes into the doorway, window, or hallway or beyond the ballistic protection provided

3.3.1.2.5 H/W LAN, Shore Powered SIT

The contractor shall deliver, install, and test H/W LAN controlled, shore powered SITs with attached silhouette per the specification.

Target Enclosure Installation

The contractor shall install H/W LAN controlled; shore powered SITs in existing target enclosures consisting of standard materials such as concrete, wood, Ballistic Concrete, and/or rubber as specified in the DO. The contractor shall:

a. Mount SIT within target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Connect target power cable to the power outlet provided in the enclosure, per the DO and the specification

c. Mount the media switch inside the existing data panel

d. Mount surge protection for the data lines, as required, in the data panels to ensure the target and all communications components are protected from line surges or lightning

e. Connect the target data lines and media switch within the target data panel MOUT/Shoot house Installation

a. Mount SIT to building wall adjacent to doorways, window, hallway, etc. as specified in the DO

b. Connect target power cable to the power outlet provided at the target location, per the DO and the specification. Power outlets will be within six (6) feet of the target location

c. Connect the target data line to the existing data receptacle or target data panel. Data outlets/panels will be within six (6) feet of the target location

3.3.1.3 Double Arm -Stationary Infantry Targets (DSITs)

As required, the contractor shall provide DSITs IAW the specification. DSITs shall have following configurations:

3.3.1.3.1 RF, Battery Powered DSITs (not installed)

The contractor shall provide, deliver, offload and test battery-operated, RF controlled DSITs with attached silhouette per the specification. This item is for portable range usage and will not require installation.

3.3.1.3.2 RF, Battery Powered DSITs

The contractor shall deliver, install, and test battery-operated, RF controlled DSITs with attached silhouettes per the specification.

Target Enclosure Installation

The contractor shall install battery-operated, RF controlled DSITs in existing target enclosures, consisting of standard materials such as concrete, wood, Ballistic Concrete, and/or rubber as specified in the DO. The contractor shall:

a. Mount DSIT within target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Connect target battery cable to 12V battery

c. Attach radio antenna ensuring no portion of the antenna protrudes above the ballistic protection

3.3.1.3.3 RF, Battery Powered DSITs, with Solar Power Systems The contractor shall deliver, install, and test battery-operated, RF controlled DSITs with attached silhouettes and solar power system for power regeneration per the specification.

Target Enclosure Installation

The contractor shall install battery-operated, RF controlled DSITs with appropriate solar power systems in existing target enclosures, consisting of standard materials such as concrete, wood, Ballistic Concrete, and/or rubber as specified in the DO. The contractor shall:

a. Mount DSIT within target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Connect target battery cable to 12V battery

c. Connect the solar power system cable to 12V battery with charging controller and align solar power systems for optimum sun exposure

d. Attach radio antenna ensuring it doesn’t protrude beyond the ballistic protection

3.3.1.3.4 RF, Shore Power DSITs

The contractor shall deliver, install, and test RF controlled, shore powered DSITs with attached silhouettes per the specification.

Target Enclosure Installation

The contractor shall install RF controlled, shore powered DSITs in existing target enclosures consisting of standard materials such as concrete, wood, Ballistic Concrete, and/or rubber as specified in the DO. The contractor shall:

a. Mount DSIT within target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Connect target power cable to the power outlet provided in the enclosure, per the DO and the specification

c. Attach radio antenna ensuring no portion of the antenna protrudes above the ballistic protection

3.3.1.3.5 H/W LAN, Shore Power DSITs

The contractor shall deliver, install, and test H/W LAN controlled, shore powered DSITs with attached silhouettes per the specification.

Target Enclosure Installation

The contractor shall install H/W LAN; controlled, shore powered DSITs in existing target enclosures consisting of standard materials such as concrete, wood, Ballistic Concrete, and/or rubber as specified in the DO. The contractor shall:

a. Mount DSIT within target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Connect target power cable to the power outlet provided in the enclosure, per the DO and the specification.

c. Mount the media switch inside the existing data panel

d. Mount surge protection for the data lines, as required, in the data panels to ensure the target and all communications components are protected from line surges

e. Connect the target data lines and media switch within the target data panel

3.3.1.4 Moving Infantry Targets (MITs)

MITs shall be modular and combine required components (Target Lifter and Silhouettes) and optional devices (LOMAH, Effects Simulators, and IR signatures) IAW the DO. The MIT shall incorporate a SIT target lifter.

All moving targets shall come complete with all necessary cables and/or interfacing devices to be compatible with the commercial power and signal cables available as part of the target area configurations IAW CEHNC 1110-1-23, USACE Design Manual for Ranges. When using an alternate or additional power source, the moving target shall come with all necessary cables, hardware and/or interfacing devices to support the use of any such power source.

Each MIT shall include a docking station. The docking station shall provide the required electrical power and connections to power the mover and recharge the mover’s batteries. The docking station shall provide a network connection to interface the mover to the RCS.

As required, the contractor shall provide MITs IAW the specification. The contractor shall provide MITs with fifty (50) feet of track with each MIT with all mounting components and hardware required to install a fully functioning MIT track.

MITs shall have the following configurations:

3.3.1.4.1 RF, Battery Powered MITs (not installed)

The contractor shall deliver, offload, and test battery-operated, RF controlled MITs with attached silhouette per the specification. This item is for portable range usage and will not require installation.

3.3.1.4.2 RF, Battery Powered MITs

The contractor shall deliver, install, and test battery-operated, RF controlled MITs with attached silhouette per the specification.

Target Enclosure Installation

The contractor shall install battery-operated, RF controlled MITs in existing target enclosures, consisting of standard materials such as concrete, wood, Ballistic Concrete, and/or rubber as specified in the DO. The contractor shall:

a. Mount MIT metal footers and track within target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Connect MIT battery cables to the systems 24V batteries

c. Attach radio antenna ensuring no portion of the antenna protrudes above the ballistic protection or interferes with the operation of the MIT movement or target actuation

3.3.1.4.3 RF, Shore Powered MITs

The contractor shall deliver, install, and test RF controlled, shore powered MITs with attached silhouette per the specification.

Target Enclosure Installation

The contractor shall install RF controlled, shore powered MITs in existing target enclosures consisting of standard materials such as concrete, wood, Ballistic Concrete, and/or rubber as specified in the DO. The contractor shall:

a. Mount MIT metal footers and track within target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Mount the 24V battery charging system with MIT docking station to the end of the MIT track as designated in the DO

c. Connect MIT battery cables to the systems 24V batteries

d. Connect the 24V battery charging system power cord to the existing power outlet provided in the enclosure, per the DO and the specification

e. Attach radio antenna ensuring no portion of the antenna protrudes above the ballistic protection or interferes with the operation of the MIT movement or target actuation

3.3.1.4.4 H/W LAN, Shore Powered MITs

The contractor shall deliver, install, and test H/W LAN controlled, shore powered MITs with attached silhouettes per the specification.

Target Enclosure Installation

The contractor shall install H/W LAN controlled, shore powered MITs in existing target enclosures consisting of standard materials such as concrete, wood, Ballistic Concrete, and/or rubber as specified in the DO. The contractor shall:

a. Mount MIT metal footers and track within target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Mount the 24V battery charging system with MIT docking station to the end of the MIT track as designated in the DO

c. Connect MIT battery cables to the 24V batteries

d. Connect the 24V battery charging system power cord to the existing power outlet provided in the enclosure, per the DO and the specification

e. Connect the MIT data cable to the existing target data panel

f. Attach radio antenna ensuring no portion of the antenna protrudes above the ballistic protection or interferes with the operation of the MIT movement or target actuation

g. Mount the media switch inside the existing data panel

h. Mount surge protection for the data lines, as required, in the data panels to ensure the target and all communications components are protected from line surges or lightning

i. Connect the target data lines and media switch within the target data panel

3.3.1.4.5 MIT Track Requirements

The moving target rail system shall include a stabilization mechanism to ensure that the rail systems is not tipped or twisted during the actuations (expose and conceal) of a target moving along the rail.

The Moving Target Rails shall be joined with appropriate expansion joint material between rail segments to allow for the expansion and contraction of the rails without the creation of warping or gaps. The Moving Target Rails shall not be fabricated from plated materials where chipping or wear can cause either oxidation or galvanic reactions. The “wheels” of the Moving Target shall maximize contact area with the rail, and preclude high stress contacts with the rail.

a. The MIT rails shall be height selectable at installation

b. The MIT rails segments shall be 10ft in length

c. There shall be two types of MIT rail segments: straight and curved

d. The MIT curved rail segments shall have a 30 degree rail bend

e. The MIT rails shall be fabricated from materials not subject to corrosion degradation or adverse oxidation weakening. The MIT rails shall support the combined weight of the MIT mover and silhouette.

f. The interconnection between MIT rail segments shall ensure smooth transition from one segment to the next without creating the potential of mover dislodgement, unwanted target movement, or premature target actuation

3.3.1.4.6 MIT Track - Spare

The contractor shall deliver and install spare ten (10) feet track sections to increase the track length of the MIT track IAW the DO. The spare track shall have all footers, hardware, railing, etc., per the specification, to form a complete and usable ten (10) feet section of track.

3.3.1.5 SATs

SATs shall be modular and combine required components (Target Lifter and Silhouettes) and optional devices (LOMAH, Effects Simulators, and IR signatures) IAW the DO.

All SATs shall operate using available power. SATs shall come complete with all necessary cables and interfacing devices to make it compatible with the power and signal interfaces. All power and communication wires/cables within the target position shall be installed in a neat and workmanlike manner per NEC Article 110.

The contractor shall provide SATs IAW the specification. SATs shall have the following configurations:

3.3.1.5.1 RF, Battery Powered SATs (not installed)

The contractor shall provide, deliver, offload, and test battery-operated, RF controlled SATs with attached wooden or synthetic material equivalent, frontal threat vehicle silhouette per the specification as designated in the delivery order. This item is for portable range usage and will not require installation.

3.3.1.5.2 RF, Battery Powered SATs

The contractor shall provide, deliver, install, and test battery-operated, RF controlled SATs with attached wooden or synthetic material equivalent, frontal threat vehicle silhouette per the specification as designated in the delivery order.

Target Enclosure Installation

The contractor shall install battery-operated, RF controlled SATs in existing target enclosures, consisting of standard materials such as concrete, wood, Ballistic Concrete, and/or rubber as specified in the DO. The contractor shall:

a. Mount SAT within target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Connect target battery cable to the 12V battery or battery eliminator, per the DO.

c. Attach radio antenna ensuring no portion of the antenna protrudes above the ballistic protection

d. Assemble and attach the wooden frontal threat vehicle silhouette to the SAT lifter

3.3.1.5.3 RF, Battery Powered SATs with Solar Power System

The contractor shall provide, deliver, install, and test battery-operated, RF controlled SATs with appropriate solar power systems and attached wooden or synthetic material equivalent, frontal threat vehicle silhouette per the specification as designated in the delivery order.

Target Enclosure Installation

The contractor shall install battery-operated, RF controlled SATs and solar power systems in existing target enclosures, consisting of standard materials such as concrete, wood, Ballistic Concrete, and/or rubber as specified in the DO. The contractor shall:

a. Mount SAT within target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Connect target battery cable to the 12V battery or battery eliminator, per the DO

c. Connect the solar power system cable to 12V battery with charging controller and align solar power system for optimum sun exposure

d. Attach radio antenna ensuring no portion of the antenna protrudes above the ballistic protection

e. Assemble and attach the wooden frontal threat vehicle silhouette to the SAT lifter

3.3.1.5.4 RF, Shore Powered SATs

The contractor shall deliver, install, and test RF controlled, shore powered SATs with attached wooden or synthetic material equivalent, frontal threat vehicle silhouette per the specification as designated in the delivery order.

Target Enclosure Installation

The contractor shall install RF controlled, shore powered SATs in existing target enclosures consisting of standard materials such as concrete, wood, Ballistic Concrete, and/or rubber as specified in the DO. The contractor shall:

a. Mount SAT within target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Connect target power cable to the power outlet provided in the enclosure, per the DO and the specification

c. Attach radio antenna ensuring no portion of the antenna protrudes above the ballistic protection

d. Assemble and attach the wooden or synthetic material equivalent frontal threat vehicle silhouette to the SAT lifter

3.3.1.5.5 H/W LAN, Shore Powered SATs

The contractor shall deliver, install, and test H/W LAN controlled, shore powered SATs with attached wooden or synthetic material equivalent, frontal threat vehicle silhouette per the specification as designated in the delivery order.

Target Enclosure Installation

The contractor shall install H/W LAN controlled, shore powered SATs in existing target enclosures consisting of standard materials such as concrete, wood, Ballistic Concrete, and/or rubber as specified in the DO. The contractor shall:

a. Mount SAT within an existing target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Connect target power cable to the power outlet provided in the enclosure, per the DO and the specification.

c. Mount the media switch inside the existing data panel

d. Mount surge protection for the data lines, as required, in the data panels to ensure the target and all communications components are protected from line surges or lightning

e. Connect the target data lines and media switch within the target data panel

f. Assemble and attach the wooden frontal threat vehicle silhouette to the SAT lifter

3.3.1.6 MATs

MATs shall be modular and combine required components (Target Lifter and Silhouettes) and optional devices (LOMAH, Effects Simulators, and IR signatures) IAW the DO.

The MAT shall incorporate a SAT target lifter.

All moving targets shall come complete with all necessary cables and/or interfacing devices to be compatible with the commercial power and signal cables available as part of the target area configurations IAW CEHNC 1110-1-23, USACE Design Manual for Ranges. When using an alternate or additional power source, the moving target shall come with all necessary cables, hardware and/or interfacing devices to support the use of any such power source.

Each MAT shall include a docking station. The docking station shall provide the required electrical power and connections to power the mover and recharge the mover’s batteries. The docking station shall provide a network connection to interface the mover with the RCS.

The contractor shall deliver, offload, install, and test MATs with an attached wooden or synthetic material, flank threat vehicle silhouette, IAW the DO and specification. All MAT’s shall be delivered with three hundred (300) feet of track. Additional track sections above the standard 300 feet shall be procured under separate CLIN.

MATs shall have the following configurations:

3.3.1.6.1 RF, Battery Power with Generator MATs

The contractor shall deliver, install, and test RF controlled, battery operated MATs to include a contractor provided generator and attached wooden or synthetic material flank threat vehicle silhouette, in accordance with DO and specification.

The generator shall meet the following requirements:

a. The generator shall provide all power required to power the MAT.

b. Is properly sized and installed in accordance with the DO and specifications

c. Contractor shall submit generator sizing calculations to Government for review and approval

d. Has a Mean time to repair NTE eight (8) hours

e. Has an 98% Availability

f. Has a continuous run time of at least eight (8) hours before needing to be refueled

g. Includes a generator enclosure that is weatherproof, includes a fuel catchment system, sound attenuated and properly ventilated

h. Primary power rated, single phase 120/240VAC power at 60Hz

i. Primary power rated, single phase 50Hz 110/120 volts for overseas installations

j. Meets NEC (National Electrical Code) Article 445 requirements and National Fire Protection Association (NFPA) 101 (Life Safety Code)

k. Generator must meet local, state or federal generator air pollution regulations (as required)

l. USMC Memo USE OF NON-STANDARD GENERATORS IN THE MARINE CORPS 20 Jun 03 California: SDAPCD & SPCC

m. National Emission Standards for Hazardous Air Pollutants for Reciprocating Internal Combustion Engines (RICE NESHAP)

n. An industrial grade exhaust silencer

o. A double wall fuel tank

p. Diesel Particulate Filter Muffler with filter service monitor (if required)

q. Total Maximum Power Demand must be within 70 – 80 % of rated power capacity

Target Enclosure Installation The contractor shall install RF controlled, battery powered MATs in existing target enclosures consisting of standard materials such as concrete, wood, Ballistic Concrete, and/or rubber as specified in the DO. The contractor shall:

a. Mount MAT footers and track within target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Mount the 24V battery charging system with MAT docking station to the end of the MAT track as designated in the DO

c. Connect MAT battery cables to the systems 24V batteries

d. Connect the battery charging system power cord to the power outlet on the generator, per the DO and the specification.

e. Attach radio antenna ensuring no portion of the antenna protrudes above the ballistic protection or interferes with the operation of the MAT movement or target actuation

f. Assemble and attach the wooden flank threat vehicle silhouette to the lifter

3.3.1.6.2 RF, Shore Powered MATs

The contractor shall deliver, install, and test RF controlled, shore powered MATs with attached wooden or synthetic material flank threat vehicle silhouette, per the DO and specification.

Target Enclosure Installation

The contractor shall install RF controlled, shore powered MATs in existing target enclosures consisting of standard materials such as concrete, wood, Ballistic Concrete, and/or rubber as specified in the DO. The contractor shall:

a. Mount MAT footers and track within target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Mount the 24V battery charging system with MAT docking station to the end of the MAT track as designated in the DO

c. Connect MAT battery cables to the systems 24V batteries

d. Connect the battery charging system power cord to the existing power outlet provided in the enclosure, per the DO and the specification.

e. Attach radio antenna ensuring no portion of the antenna protrudes above the ballistic protection or interferes with the operation of the MAT movement or target actuation

f. Assemble and attach the wooden flank threat vehicle silhouette to the lifter

3.3.1.6.3 H/W LAN, Shore Powered MATs

The contractor shall deliver, install, and test H/W LAN controlled, shore powered MATs with attached wooden or synthetic material flank threat vehicle silhouette, per the DO and specification.

Target Enclosure Installation

The contractor shall install an H/W LAN controlled, shore powered MAT in an existing target enclosure consisting of standard materials such as concrete, wood, Ballistic Concrete, and/or rubber as specified in the DO. The contractor shall:

a. Mount MAT footers and track within target enclosure utilizing bolts, or appropriate hardware for the mounting surface

b. Mount the 24V battery charging system with MAT docking station to the end of the MAT track as designated in the DO

c. Connect MAT battery cables to the 24V batteries

d. Connect the 24V battery charging system power cord to the existing power outlet provided in the enclosure, per the DO and the specification

e. Connect the MAT data cable to the existing target data panel

f. Attach radio antenna ensuring no portion of the antenna protrudes above the ballistic protection or interferes with the operation of the MAT movement or target actuation

g. Mount the media switch inside the existing data panel

h. Mount surge protection for the data lines, as required, in the data panels to ensure the target and all communications components are protected from line surges or lightning

i. Connect the target data lines and media switch within the target data panel

j. Assemble and attach the wooden flank threat vehicle silhouette to the SAT lifter

3.3.1.7 MAT Track

The moving target rail system shall include a stabilization mechanism to ensure that the rail systems is not tipped or twisted during the actuations (expose and conceal) of a target moving along the rail.

The Moving Target Rails shall be joined with appropriate expansion joint material between rail segments to allow for the expansion and contraction of the rails without the creation of warping or gaps. The Moving Target Rails shall not be fabricated from plated materials where chipping or wear can cause either oxidation or galvanic reactions. The “wheels” of the Moving Target shall be such whereas to maximize contact area with the rail, and preclude high stress contacts with the rail.

a. The MAT rails shall be height selectable at installation

b. There shall be two types of MAT rail segments: straight and curved

c. The curved MAT rail segments shall have a 15 degree rail bend

d. The MAT rails shall be fabricated from materials not subject to corrosion degradation or adverse oxidation weakening. The MAT rails shall support the combined weight of the MAT mover and silhouette.

e. The interconnection between MAT rail segments shall ensure smooth transition from one segment to the next without creating the potential of mover dislodgement, unwanted target movement, or premature target actuation

3.3.1.8 MAT Track - Spares

The contractor shall deliver and install spare fifty (50) feet track sections to increase the track length of the MAT track IAW the DO. The spare track shall have all footers, hardware, railing, etc., per the specification, to form a complete and usable fifty (50) feet section of track.

3.3.1.9 Data Communication– MILCON Constructed Ranges /Fiber Optic Network Connections

The contractor shall design and install all necessary data communication equipment necessary to complete the network from each target emplacement to the Range Control Station. The following types of communication equipment shall be provided per Delivery Order and in accordance with the specification.

3.3.1.9.1 Master Target Switch

The contractor shall deliver and install Industrial Ethernet switches to convert single-mode or multi-mode fiber optic cabling to CAT5E or CAT6 in accordance with the specification. The Master Target switches shall come in the following general sizes configurations:

a. 6 port (2FX- 4TX) Master Target Switch, SM Fiber

b. 6 port (1FX- 5TX) Master Target Switch, SM Fiber

c. 6 port (2FX- 4TX) Master Target Switch, MM Fiber

d. 6 port (1FX- 5TX) Master Target Switch, MM Fiber Master Target Switches –

a. Shall be Industrial Ethernet unmanaged type switch

b. Shall use full duplex communication

c. Shall be IEEE 802.3, 802.3u, 802.3x, compliant

d. Shall be compatible with existing multi-mode or single mode fiber infrastructure

e. Shall be appropriately sized with enough 10/100/1000 Mbps RJ-45 ports required to provide data communication to the master target and subsequent slaved targets

f. Fiber optic ports shall operate between 1300 and 1550 nm wavelength and 200 MHz frequency

g. Shall have a minimum 10 Mbps network bandwidth

h. Shall be Underwriter Laboratories (UL) certified

i. Shall be DIN rail or flat panel mounted

j. Shall support “SC” type connectors

k. Shall meet Extended Environmental Conditions (EEC) temperatures between -40°C to 80°C and humidity between 5 to 95% non-condensing during operation and storage

l. Shall be complaint with FCC part 15 guidelines for electromagnetic interference (EMI) and emissions

m. Shall have a DIN rail mountable power supply to convert 110 to 250 VAC to 10 to 30 VDC

3.3.1.9.2 Slave Target Switch

The contractor shall deliver and install Industrial Ethernet switches to link Ethernet to Ethernet connections when “daisy-chaining” targets in accordance with the specification. The Slave Target switches shall come in the following general sizes and configurations:

a. 3 port (1TX - 2TX) Slave Target Switch , Ethernet

b. 4 port (1TX - 3TX) Slave Target Switch , Ethernet

c. 6 port (1TX - 5TX) Slave Target Switch , Ethernet The Slave Target Switches –

a. Shall be Industrial Ethernet unmanaged type switch

b. Shall be appropriately sized with enough 10/100/1000 Mbps RJ-45 ports required to provide data communication to all slaved targets

c. Shall be “daisy-chained” to provide data communication to all subsequent slaved targets

d. Shall be UL certified

e. Shall be DIN rail or flat…