ROSIE DRAFT PWS_05MAR2026_RFI.pdf

DRAFT PERFORMANCE WORK STATEMENT (PWS)

FOR

REAGAN TEST SITE (RTS)

OPERATIONS, SUSTAINMENT, IMPROVEMENT,

and ENGINEERING (ROSIE)

24 November 2025

(REV00)

Prepared by:

U.S. Army Space and Missile Defense Command (USASMDC)

Redstone Arsenal, AL

Table of Contents This Page Left Blank Intentionally

1. SCOPE

2. BACKGROUND

3. PERFORMANCE REQUIREMENTS

3.1 Test Mission Support

3.1.1 Program Planning Support

3.1.2 Customer Mission Estimating

3.1.3 Mission Test Planning

3.1.4 Instrumentation/Systems Operations

3.1.5 Post Mission Support

3.1.6 Mission Operations Support Functions

3.2 Sustainment / Maintenance (Standard Technical Services)

3.2.1 Space Operations

3.2.1.1 Huntsville Space Surveillance Center ................................. Error! Bookmark not defined.

3.2.2 Radar Extended Maintenance Periods

3.2.3 Optical Sensor

3.2.4 Telemetry

3.2.5 Command and Control Center

3.2.6 Range Safety System

3.2.7 U.S. Army Vessel Worthy

3.2.8 Kwajalein Missile Impact Scoring System Maintenance

3.2.9 Ground Release of Calibration Spheres

3.2.10 Update Instrumentation and Support Facilities Manual

3.2.11 Mean Time Between Failures and To Repair Record Maintenance

3.2.12 Sensor and Network Availability Report

3.2.13 Geodetic Coordinate Surveys and Coordinates Manual

3.2.14 Instrumentation Status and Weekly Activity Reports

3.2.15 Wake Island and Off Atoll Missions

3.3 Improvements & Modernization Engineering Services

3.3.1 I&M Studies / Task / Engineering Projects / Instrumentation Modifications

3.3.1.1 Studies / Tasks

3.3.1.2 Engineering Projects

3.3.1.3 Instrumentation Modifications

3.3.2 Systems Engineering Integration and Test Support

3.3.2.1 Systems Engineering Functions

3.3.2.2 Integration and Test

3.3.3 Project Management

3.3.3.1 TD Development and Execution

3.3.3.2 Project Planning / WBS

3.3.3.3 Engineering Project Estimate

3.3.3.4 Engineering Change Proposal

3.3.3.5 Monthly Status

3.3.3.6 Schedule

3.3.3.7 Expenditures

3.3.3.8 Studies / Tasks

3.3.3.9 Final Report

3.3.3.10 Subcontracting / Procurement

3.3.4 Engineering Support

3.3.4.1 Project Execution

3.3.4.2 Technical Interchange Meetings

3.3.4.3 Subject Matter Expertise

3.4 Cyber Security General Requirements

3.4.1 Cyber Operations

3.4.1.1 User Account Management

3.4.1.2 User Account Analysis

3.4.1.3 Audit Records Analysis and Archive

3.4.1.4 Configuration Item Baseline

3.4.1.5 Incident Response and Contingency Plan Support

3.4.1.6 Backup of User and System Level Information

3.4.1.7 Password Management

3.4.1.8 Multifactor Authentication

3.4.1.9 Vulnerability Management Plan and Scans

3.4.1.10 Application Static Code Testing and Analysis

3.4.1.11 STIG/SRG Scans

3.4.1.12 Incident Monitoring and Event Management

3.4.1.13 Antivirus / Antispyware / Intrusion Detection and Prevention

3.4.1.14 Assessment and Authorization

3.4.1.15 Continuous Monitoring

3.4.1.16 Data Calls and Mandate Responses

3.5 Communications/Networks/Information Technology Services

3.5.1 Communications/Networks/IT Operations and Sustainment

3.5.1.1 IT Support Service Desk

3.5.1.2 Restoration of IT Services and Response Time

3.5.1.3 Scheduled and Unscheduled Outages

3.5.1.4 Problem Reporting, Tracking, and Monitoring

3.5.1.5 Mission Specific Knowledge Management via Government Enterprise

3.5.1.6 Endpoint Management Operations and Sustainment

3.5.1.7 IT Server Management Operations and Sustainment

3.5.1.8 Application Engineering Support for Networks

3.5.1.9 Warranty/Software License Compliance

3.5.1.10 Networks Operation, Maintenance, and Sustainment

3.5.1.11 Voice, Video and Mission Communications Operations and Maintenance

3.5.1.12 Optical Transport Communications System

3.5.1.13 Outside Plant, Inside Plant, and Fiber Optics

3.5.1.14 Technical Control Facility

3.5.1.15 End User Video Telecommunications Support

3.5.1.16 Satellite Communications Facility

3.5.1.17 Radio and Pagers

3.5.2 Network Support for Joint Worldwide Intelligence Communications System

3.5.3 IT Support for NIPR and SIPR

3.5.4 Mission Business Network

3.5.5 Development Network Maintenance (RTS-D)

3.5.6 Network/IT Performance, Reliability and Maintainability

3.5.7 5G Support

3.6 Support Services Functions

3.6.1 Work Center for Technical Facility Maintenance

3.6.1.1 Projects and USAG-KA Annual Work Plan Process

3.6.1.2 Design and Engineering Support

3.6.1.3 Air Conditioning Systems Supporting Instrumentation

3.6.1.4 Electrical Systems at All Range Technical Facilities

3.6.1.5 Technical Facilities and Equipment Maintenance

3.6.1.6 Technical Facilities and Equipment Manual

3.6.1.7 Obsolescence Surveillance

3.6.2 Calibration Lab Support

3.6.2.1 TMDE Calibration and Repair

3.6.2.2 TMDE Shipment

3.6.3 RF Safety for Instrumentation

3.6.3.1 Safety Engineering Support

3.6.3.2 Risk Assessments and Safety Evaluations

3.6.3.3 RF Surveys

3.6.3.4 RF Emitters Procedures

3.6.3.5 RF Exposure Safety Training

3.6.3.6 RF Sensor Safety Oversight

3.6.3.7 RF Radiation Monitoring

3.6.3.8 RF Incident Analysis

3.6.3.9 RF Incident Investigation

3.6.4 Environmental Support

3.6.4.1 Spill Response Material / Kit Provision for RTS Missions

3.6.4.2 National Environmental Policy and Records

3.6.4.3 Environmental Protection Compliance

3.6.4.4 Environmental Management System/Quality Control Committee

3.6.4.5 Solid and Hazardous Waste

3.6.4.6 Hazardous Material Use and Storage Oversight

3.6.5 Mission Specific Kwajalein Installation Logistics Support

3.6.6 Government Property Management

3.6.6.1 Accountability Records Maintenance

3.6.6.2 Government Property Investigation and Reporting (Issued to the Contractor)

3.6.6.3 Repair or Replacement of Government Property (Issued to Contractor)

3.6.6.4 Excess Property Identification and Turn-In

3.6.7 Range User’s Manual

3.6.8 Data Item Description Manual

3.6.9 State of the Range Briefing

3.7 Transition

3.7.1 Phase-In

3.7.2 Phase-Out

4. GENERAL REQUIREMENTS

4.1 Contract Administration and Management

4.2 Subcontract Management and Procurements

4.3 Key Contractor Personnel, Disciplines, Specialties

4.3.1 Program Manager

4.3.2 Instrumentation Operations Manager

4.3.3 Chief Engineer

4.3.4 Safety Manager

4.3.5 Information Systems Manager

4.4 Location and Hours of Work

4.5 Travel / Temporary Duty

4.6 Program Management

4.6.1 Integrated Master Schedule

4.7 Financial Resource Management

4.7.1 Annual Operating Budget

4.7.2 Contract Work Breakdown Structure

4.7.3 Budget Cost Variance Reporting

4.7.4 Contract Funds Status Report

4.7.5 Cost Reporting for RTS Customer Reimbursable Support

4.8 Configuration Management

4.8.1 Configuration Identification

4.8.2 Change Control and Status Accounting

4.8.3 Configuration Audits

4.8.4 Configuration Control

4.8.5 Technical Library

4.9 Agile Software Development and Management

4.10 Risk Management

4.10.1 Identification

4.10.2 Risk Assessment

4.10.2.1 Risk Analysis

4.10.2.2 Risk Ranking

4.10.3 Risk Mitigation

4.10.3.1 Risk Mitigation Planning

4.10.4 Risk Monitoring

4.10.5 Risk Reporting

4.11 Supply Services

4.11.1 Mission Specific Stock Management

4.11.1.1 Annual Supply Budget Management

4.11.1.2 Military Standard Requisitioning and Issuances Management

4.11.1.3 Military Standard Requisitioning and Issuances Priority

4.11.2 Government-Provided Warehouse(s) Supplies Management

4.11.2.1 Warehouse Stock Level Surveys

4.11.2.2 Sensitive Items Inventories

4.11.2.3 Shelf-Life Program Management

4.11.3 Hazardous Materials Management

4.11.3.1 Material Safety Data Sheet Maintenance

4.11.3.2 Shelf-Life Management in Storage

4.11.3.3 Turn-In

4.12 Quality

5. SPECIAL REQUIREMENTS

5.1 Security

5.1.1 Management

5.1.1.1 Common Access Card Issuance

5.1.1.2 Non-Common Access Card Access to DoD Facility or Installation

5.1.1.3 Formal Operations Security Program

5.1.1.4 General Protection/Security Policies and Procedures

5.1.1.5 Information Assurance/Information Technology Certification

5.1.1.6 Contractor Access to Classified Information

5.1.2 Classification

5.1.2.1 Facility Classification

5.1.2.2 Personnel Classification

5.1.2.3 Documentation Markings

5.1.3 Operations

5.1.3.1 Command Security Procedures

5.1.3.2 Physical Security Assets and Infrastructure Security Policies

5.1.3.3 Security-Related Mandatory Training

5.1.3.4 Kwajalein Atoll Facility Access Control

5.1.3.5 Document Control

5.1.3.6 Courier Authorizations

5.1.3.7 Security Self-inspections

5.1.3.8 Security Container Management

5.1.3.9 Sensitive Compartmented Information / Special Access Program Management

5.1.3.10 Contractor Personnel Security Management

5.1.3.11 Operations Security

5.1.3.12 Safe and Vault Technician and Locksmith (RTS Kwajalein Atoll Only)

5.1.3.13 Destruction of Information

5.1.3.14 Communications Security Management

5.2 Training

5.2.1 Anti-Terrorism Level I

5.2.2 Anti-Terrorism Awareness for Contractor Personnel Traveling Overseas

5.2.3 iWATCH

5.2.4 Army Training Certification Tracking

5.2.5 Operations Security

5.2.6 Information Assurance/Information Technology

5.2.7 Threat Awareness Reporting Program

5.3 Industrial Safety

5.3.1 Contractor Compliance

5.3.2 Accident/Incident Investigations Coordination

5.3.3 Mishap Notification and Investigation

5.3.4 Inspections

5.3.5 Safety Plans, Reports and Procedures

5.3.6 Rescue Services for RTS

5.4 Environmental Compliance

5.5 Data Rights Assertions / Inventions / Proprietary Information

5.5.1 Contract Data Requirement List

5.5.2 Assertions

5.5.3 Reporting Subject Inventions

5.5.4 Proprietary Markings on Non-Technical Data

5.5.5 Special Works

5.5.6 Deferred Ordering

5.6 Government Access/Use

5.7 Contract Performance or Delivery in a Foreign Country

6. DELIVERABLES

7. GOVERNMENT FURNISHED ASSETS

8. CONTRACT MANPOWER REPORTING

8.1 Reporting Process

8.2 Reporting Details

9. APPLICABLE DIRECTIVES

10. IDENTIFICATION OF CONTRACTOR EMPLOYEES

11. CONTRACTOR TELEWORK

12. ACRONYMS AND ABBREVIATIONS LIST

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1. SCOPE

This PWS identifies all Performance, General, and Special requirements the contractor shall perform in support of operations, sustainment, engineering, and other supporting tasks required for successful contract performance. The intent is for the contractor to provide all required qualified personnel (to include [but not limited to] all needed training, certifications, licenses, experience, and education) and required labor, materials, and equipment necessary to execute the requirements specified herein, except for those items explicitly designated as Government-Furnished Property (GFP). The contractor shall perform all necessary actions, including travel, to ensure timely, complete, and compliant execution of the requirements. Access to standard Garrison services will be provided to contractor personnel when authorized by the Government.

Performance requirements are categorized as (but are not limited to):

Operations Sustainment/Maintenance Improvements & Modernization Engineering Services (I&M) Cyber Security Mission Communications and Information Technology (IT) Services Support Services Transition

General requirements are categorized as (but are not limited to):

Contract Management Program Management Financial Management Configuration Management Risk Management Quality Management Supply Services

Specialty requirements are categorized as (but are not limited to):

Security Management Training Safety Environmental

The Government reserves the right to modify, reduce, or withdraw such services at any time. The Government also reserves the right to modify the requirements under in-scope change to address future requirements.

The contractor shall ensure all activities are performed in accordance with applicable laws, regulations, directives, standards, and Government-approved procedures.

Draft ROSIE PWS

2. BACKGROUND

RTS is an activity of the Department of Defense (DoD) Major Range and Test Facility Base (MRTFB) located on Kwajalein Atoll, in the Republic of the Marshall Islands (RMI) approximately 2,136 nautical miles west-southwest of Honolulu, Hawaii. Kwajalein Atoll is a crescent shaped loop of coral islands with an attendant reef that encloses an area of 1,100 square miles - one of the largest lagoons in the world. The distance from Kwajalein Island on the southern reef to Ebadon Island on the northwest corner of the reef is approximately 75 miles. The lagoon is 15 miles across at its widest point. RTS consists of technical and support facilities located on 11, low-lying tropical islands, utilized by the U.S. under the terms of the Compact of Free Association with the RMI.

RTS performs two major activities: Space Operations and Test and Evaluation of DoD weapons systems (including offensive missiles, defensive missiles, hypersonic, and space test). RTS also supports unique or non-recurring scientific research and applied experiments. Execution of these operations/tests is performed from RTS or the RTS Operations Center in Huntsville, Alabama (ROC-H), using a wide array of highly sophisticated radar, telemetry, and optical sensors to meet the needs of the DoD in defending the Nation and its interests. ROC-H provides remote operations capability, mission control, and technical oversight for RTS activities.

RTS is also a United States (U.S.) Anti-Ballistic Missile (ABM) Test Range and a Defense Site pursuant to the Compact of Free Association, Public Law 99-239, with the

RMI.

The RTS operational area of responsibility (AOR) during test operations spans a radius of approximately 500 nautical miles of Kwajalein Island and Wake Island. Wake Island is located approximately 700 miles north of Kwajalein Atoll and contains a limited suite of instrumentation used to support testing activities on a campaign basis. Refer to the Government Furnished Equipment (GFE) list for this equipment and RTS Instrumentation and Support Facilities Manual (ISFM) for Wake Island support system description.

RTS is the Primary Organizational Element (POE) for technical support services provided by separate contractors for ROSIE, Range Safety Support (RSS) services and Meteorological Support Services (MSS). RTS is a USASMDC organization consisting of the Office of RTS Director (which includes the Deputy Director, Chief Engineer, and Technical Director); the Mission Operations Division; Mission Safety Division; Space Operations Division; and program management support. RTS is headquartered in Huntsville, Alabama, at ROC-H. RTS on-island presence consists of the Office of the Range Director, an engineering and maintenance element, and a Communications and Networking Division.

RTS receives scientific advice from a Federally Funded Research and Development Center (FFRDC) contracted through the U.S. Air Force. The PWS requirements are necessary to meet a continuing need for research, development, test and evaluation (RDT&E) efforts for on-site and off-site engineering, technical support services, and materials required to operate, maintain, analyze, and modify the Kwajalein range instrumentation and related support systems. RTS instrumentation includes an array of sensors, systems, and centers (but not limited to):

a. Highly sophisticated one-of-a-kind, state-of-the-art radar systems designed for collection of precise metric, imaging, and signature data.

b. Additional radar metric and impact location assets.

c. Telemetry data acquisition systems.

d. Optics capabilities for highly accurate metrics, spectral characteristics.

documentary video, photography, scoring data.

e. Command and control centers.

hereafter referred to as “RTS Instrumentation” (note that a detailed listing is provided in the RTS ISFM). The Kiernan Reentry Measurements Site (KREMS) was initiated as a reentry-vehicle data gathering facility for the Advanced Research Projects Agency (ARPA) ballistic missile defense program. The KREMS includes 4 highly sophisticated one-of-a-kind, state-of-the-art radar systems designed for collection of precise metric, imaging, and signature data (described above). These four radars are:

a. Target Ranging and Discrimination Experiment (TRADEX)

b. ARPA Long Range Tracking and Instrumentation Radar (ALTAIR)

c. ARPA Lincoln C-Band Observables Radar (ALCOR)

d. Millimeter Wave Radar (MMW)

These PWS requirements include a variety of technical support services for RTS and customers (customers can include both DoD users [including DoD training users] and non-DoD users such as U.S. Government Agencies, State and local Governments, allied foreign governments, and commercial entities as defined by DoD Directive [DoDD] 3200.11). These technical support services can include (but are not limited to):

a. Operation and maintenance of communications systems that provide data, voice, timing, and control circuits for conducting test programs at RTS, along with routine administrative communication needs.

b. Electro-magnetic frequency control, surveillance, and analysis.

c. Timing reference, synchronization, and control.

d. Photographic and video services.

e. Ordnance receipt, inventory, handling, and storage.

f. Communications Security (COMSEC) equipment receipt, inventory, and control.

g. Calibration, repair, and maintenance of Test, Measurement, and Diagnostic

Equipment (TMDE).

h. Mission planning and preparation include evaluation of mission requirements, development of mission support plans and operational planning documents, preparation of operations schedules, and the adaptation of procedures as required to successfully support mission requirements.

i. Design, implementation, testing, and documentation of hardware and software modifications to the instrumentation and technical support systems to maintain the state-of-the-art capability required by the complex RDT&E missions supported by RTS.

The contractor shall perform all work in support of these RTS missions in a manner that maintains operational readiness, protects mission continuity, and complies with applicable DoD, Army, MRTFB, and host-nation requirements. NOTE: All software development/modification shall be in full compliance with Army Directive 2024-02.

3. PERFORMANCE REQUIREMENTS

As applicable, this specifies the Performance Objectives, Metrics, and Data Requirements for the ROSIE contract.

3.1 Test Mission Support

The contractor shall provide RTS Test Mission Support (TMS) consisting of program planning support, performing accurate estimating and billing functions relative to customer missions, complete mission test planning, test mission execution, post–mission support, and mission support at extended areas of operations.

3.1.1 Program Planning Support

The contractor shall perform test planning and develop mission documentation for each test program. The contractor shall ensure that all customer requirements are identified and satisfied through comprehensive support plans documented In Accordance With (IAW) the Universal Documentation System (UDS); the UDS consists of standardized procedures governed by the DoD Range Commanders Council (RCC) (see Attachment 05). The contractor shall provide timely, innovative, cost-effective program and mission support concepts that meet all documented requirements. These functions are to be performed in coordination with the Governmental RTS mission planning and operations organization(s) located primarily in Huntsville, Alabama.

3.1.1.1 Universal Documentation System

Customer-provided UDS requirements/documents include (but not limited to) the Program Introduction (PI), Program Requirements Document (PRD) and Operations Requirement (OR) and associated operation extracts / supplements / addendums / Memorandums of Agreement (MOAs) / Memorandums of Understanding (MOUs).

At a minimum, the contractor shall:

a. Evaluate requirements identified in customer-provided documentation and identify all RTS resources required to collect, process, and deliver data necessary to meet customer requirements.

b. Prepare UDS response documentation (including but not limited to the Statement of Capabilities (SC), Program Support Plan (PSP), and Operations Directive (OD) based on validated requirements.

c. The contractor shall deliver UDS response documentation to RTS

Government personnel, and other Government-authorized agencies as directed.

d. Prepare and submit schedules for the review and preparation of UDS documentation that meet Government-approved timelines and format.

e. Deliver accurate, complete, and Government- compliant UDS documents IAW approved schedules.

3.1.1.2 Mission Test Plan

The contractor shall deliver a mission test plan IAW Contract Requirement Data List (CDRL) A045. The contractor shall ensure all package data is accurate, complete, and timely per CDRL timelines.

3.1.1.3 Mission Briefing Package

The contractor shall deliver the mission briefing package IAW CDRL A014.

3.1.1.4 Operations Supported Document

The contractor shall prepare and provide the RTS Operations Supported Document IAW

CDRL A017.

3.1.1.5 Range Safety System Mission Planning Support

The contractor shall prepare and provide all safety mission test planning, develop mission execution documentation, perform special studies, and provide configuration recommendations and readiness reporting for RSS necessary for successful and safe execution of missions performed at RTS or by RTS personnel. This includes preparation of an RSS Mission Support Plan IAW CDRL A046, RSS Readiness Report CDRL A047, and RSS Countdown Procedures CDRL A048.

3.1.2 Customer Mission Estimating

The contractor shall support Government cost estimation process by providing mission resource estimate input. These efforts are performed in support of RTS in Huntsville, Alabama. NOTE: As part of the MRTFB, RTS is required to collect test reimbursable costs from test customers.

3.1.2.1 New Program Initial Estimate Input

The contractor shall support initial requirements discussions and support initial requirements discussions inputs in support of establishing a new Technical Directive (TD) for a new program.

3.1.2.2 Customer Resource Estimates Inputs

The contractor shall determine mission support resource estimate inputs to include work hours, material costs, other direct costs, logistics support costs for RTS assets (e.g., provisioning and fuel for the Worthy), and a funding execution plan. Estimates shall be based on requirements provided by range customers documented with the UDS system or other requirements type documentation such as letters and/or MOAs and MOUs. The contractor shall document and deliver resource estimates using the Program Cost Estimates document IAW CDRL A018. Note that some projects may require separate estimates for different areas of support.

3.1.2.3 Resource Loaded Mission Schedule

The contractor shall provide a resource-loaded schedule for all missions within the overarching Integrated Master Schedule (IMS) IAW CDRL A059.

3.1.2.4 Mission Estimate Closeout

The contractor shall provide a summary of actual costs compared to the estimated costs for all complete missions. Initial submittal of this summary shall be completed no later than 90 calendar days after mission execution and updated as required if new data is received.

3.1.3 Mission Test Planning

The contractor shall provide all mission test planning, documentation development and support to Integrated Product Teams (IPTs) to ensure all customer requirements are satisfied through a comprehensive mission testing process. The contractor shall provide timely, innovative and cost-effective mission test planning concepts that meet all documented technical requirements.

3.1.3.1 Mission Schedule

The contractor shall provide the planning and operations schedule for near-term missions IAW CDRL A019 requirements. The operations schedule shall be a part of CDRL A059.

3.1.3.2 Mission Execution Files

The contractor shall develop mission execution files for RTS Instrumentation. The contractor shall prepare, test and modify mission execution files as follows:

a. Radar mission profile, consisting of a radar configuration file, classifier initialization file and auto tasker file for each of the RTS radars.

b. Simulation files that define the target scene and the radar parameters for each of the radars.

c. A mission planning workstation “recall” file that permits changes to be made to the files as necessary.

d. Range command and control software operation files (nominal (expected mission profile), off-nominals, graphics initializations, Radar Cross Section

(RCS) profiles and auto-ID information).

e. Optics mission profile to collect all required data.

f. Telemetry mission profile to collect all required data.

g. Off nominal (deviations from the nominal) for mission preparation/practice.

3.1.3.3 Mission Test Documentation

The contractor shall prepare and modify all mission test documentation as required so all documentation accurately and completely identifies mission essential instrumentation and the roles of that instrumentation in support of RTS missions. The contractor shall include updated mission test plans and schedules necessary to ensure all customer requirements are met IAW CDRL A045 and A019.

3.1.3.4 Working Groups

The contractor shall provide technical expertise for, and participation in, Government established working groups as necessary to identify requirements, resolve mission planning issues, develop lessons learned, apply lessons learned from past missions for future missions, and determine root cause for failure to meet mission requirements.

3.1.4 Instrumentation/Systems Operations

The contractor shall operate all RTS range instrumentation according to mission test plans and schedules and collect the required data for each mission. During mission freeze, the contractor shall also notify the Government range control officer within 24 hours of any changes in status or functionality of range instrumentation scheduled to support a mission.

3.1.4.1 Command and Control Center Operations

The contractor shall support operations at all required command and control centers (including but not limited to Huntsville Mission Control Center [HMCC] and Kwajalein Mission Control Center [KMCC]), according to mission test plans and schedules and collect the required data for each mission.

3.1.4.2 Radar Operations

The contractor shall operate all required RTS range radars according to mission test plans and schedules and collect the required data for each mission. All radars with a declared mission status (Mandatory, Required, or Desired) shall be available and operational for all scheduled activities.

3.1.4.3 Optical Sensor Operations

The contractor shall operate all required RTS range optical sensors according to mission test plans and schedules and collect the required data for each mission.

3.1.4.4 Telemetry Operations

The contractor shall operate all required RTS telemetry systems, to include on atoll systems, Kwajalein Missile Impact Scoring System (KMISS) and Kwajalein Mobile Range Safety System (KMRSS), according to mission test plans and schedules and collect the required data for each mission. All telemetry systems with a declared mission status (Mandatory, Required, or Desired) shall be available and operational for all scheduled activities.

3.1.4.5 Mission Data Networks Operations

The contractor shall operate the RTS Mission Data Network (MDN) backbone for RTS Instrumentation systems according to mission test plans and schedules. The MDN backbone shall include all network routers, switches, cabling and ancillary equipment which transports data between RTS Instrumentation/systems/sensors as defined in the ISFM and RTS Technical Facilities and Equipment Manual (TFEM). The MDN backbone is not a part of the baseline Comms/IT Information Management System (IMGTS) / networks (i.e. not part of Non-secure Internet Protocol Router Network [NIPR]/ Secure Internet Protocol Router Network [SIPR]). RTS Mission Data Network infrastructure includes both local and long-haul circuits, physical network media, virtual networks, and the like, including wireless, Satellite Communications (SATCOM), outside plant, local undersea fiber optic cables, and management of long-haul undersea cables.

3.1.4.6 Range Safety System Operations

The contractor shall operate all required RTS range safety systems (such as the Range Safety Control Center [RSCC]), which include Kwajalein and Roi Namur Command Destruct sub-systems, and the KMRSS U.S. Army Vessel (USAV) Worthy, according to mission test plans and schedules and collect the required data for each mission. The only exception will be that the Missile Fight Control Officer(s) (MFCO) and Flight Termination System Officer (FTSO) range safety console positions during mission support activities will be manned by Government personnel.

The contractor shall ensure implementation of all safety system algorithms adequately satisfies all mission requirements and allows for safe mission execution.

3.1.4.7 USAV Worthy Operations

The contractor shall conduct USAV Worthy operations in support of RTS mission requirements IAW most current U.S. Coast Guard standards, Code of Federal Regulations (CFR) 49, Occupational Safety and Health Administration (OSHA) 29 CFR 1917, OSHA 29 CFR 1917, Army Techniques Publication (ATP) 4-15, RTS TFEM, and host nation standards.

Crew required above non-mission staffing, and as required by test mission requirements, shall be provided as needed for the duration necessary, in support of RTS mission operations.

3.1.5 Post Mission Support

The contractor shall support test mission data preparation, transmission, and After-Action Reviews (AARs).

3.1.5.1 On-Site Data Preparation and Data Transmission

The contractor shall perform any necessary data processing to prepare the data for transmission and transmit to RTS Data Analysis Center (RDAC) or directly to customer agencies as determined by the mission documentation. The contractor shall provide mission data reports to RTS to confirm data transmission IAW CDRL A022.

The contractor shall ensure data required to support RTS customers is collected / analyzed and provided to customers in accordance with documented customer requirements.

3.1.5.2 “Quick Look” Data Analysis, Reports and Presentations

The contractor shall prepare and transmit data to RDAC, or customers, perform Quick Look analysis, provide Quick Look Reports/Presentations as requested. The contractor shall perform any necessary data processing and analysis to support a Quick Look analysis IAW

CDRL A021.

3.1.5.3 After Action Reviews

The contractor shall review data collected and assess the performance of the RTS Instrumentation in its data collection role, document any lessons learned because of execution of the mission, and present a post mission brief that summarizes RTS’s support of the mission. The contractor shall prepare and deliver the Mission Assessment Report and Range Safety Mission Assessment Report IAW CDRLs A049 and A050.

The contractor shall ensure Mission Assessment and Range Safety Mission Assessment Reports are:

a. Accurate.

b. Complete IAW requirements of the CDRL and the applicable Data Item

Description.

c. Submitted for all missions.

d. Includes all identified lessons learned and AAR action items, to include a plan for closure.

The contractor shall ensure implementation of all safety system algorithms adequately satisfies all mission requirements and allows for safe mission execution.

3.1.5.4 Lessons Learned Database

The contractor shall create and maintain a lesson learned database for all lessons identified during the mission planning and execution process. The contractor shall review the lessons learned database at the start of the mission planning process to identify applicable lessons learned from prior missions and apply them to the current mission.

3.1.6 Mission Operations Support Functions

The contractor shall provide TMS services in direct support of RTS test missions. TMS support services include (but are not limited to) environmental; ground release of calibration spheres for calibration of instrumentation in direct support of test missions; explosive handling and launch ordnance; logistics and baseline Command, Control, Communications, Computers, and Information Management (C4IM) coordination; and mission support at extended areas of operations.

3.1.6.1 Ground Release of Calibration Spheres Mission Requirements

The contractor shall prepare and launch spheres in support of RTS test mission customer requirements. The contractor shall ensure calibration spheres operations/ launches are successfully conducted to meet schedule and requirements.

3.1.6.2 Explosive Handling Operations

The contractor shall conduct all operations involving receipt, transportation, storage and shipment of explosive materials (including rocket motors) IAW applicable Federal, DoD, Army, and RTS explosive safety standards, and all approved mission documentation. The contractor shall provide an Ordnance Inventory Report IAW CDRL A030. The contractor shall ensure the following:

a. All required certified personnel, equipment, facilities, and safeguards are available to conduct all explosive handling operations.

b. Zero explosive incidents in the conduct of these operations.

c. Operations conducted IAW Government- approved explosive handing and launch procedures.

All explosives work shall be performed by qualified/certified personnel whose qualifications are documented and maintained.

3.1.6.3 Compliance with Environmental Standards and Procedures

The contractor shall support and assist RTS and RTS customers in complying with United

States Army Garrison Kwajalein Atoll (USAG-KA) Environmental Standards (UES) and associated requirements (e.g., Kwajalein Environmental Emergency Plan [KEEP]); Final Historic Preservation Plan, United States Army Kwajalein Atoll [HPP]; and associated Army and DoD regulations). The contractor shall ensure RTS operations maintain full compliance with UES.

3.1.6.4 Installation Logistics, Baseline Command Information Management Support

The contractor shall serve as liaison to USAG-KA installation support and NETCOM elements. As liaison, contractor shall ensure RTS mission specific logistics and baseline C4IM support requirement identification, coordination, consolidation and execution. The contractor shall review customer-provided UDS documentation to identify test mission installation support requirements and provide input for the requirements package created by RTS government personnel for installation support contractors. The contractor shall collect each installation support element's support position and consolidate it into a single UDS response document. Data from this task shall be integrated into CDRLs A045 and A046 as appropriate.

3.1.6.5 Off Atoll Missions

The contractor shall operate, maintain, and calibrate RTS systems and associated equipment at locations outside Kwajalein Atoll, to include Wake Island (land based) and USAV Worthy, in support of approved mission requirements. All movement of RTS equipment outside of Kwajalein Atoll shall be reported to designated RTS Government personnel. The contractor shall provide an Extended Areas of Support Report IAW CDRL A032.

3.2 Sustainment / Maintenance (Standard Technical Services)

The contractor shall perform all necessary actions to maintain all the RTS Instrumentation and systems to include hardware, software, ancillary equipment and facilities on-site or in the Continental US (CONUS). The contractor shall meet the capabilities and accuracies published in the ISFM and use the guidelines of the Army’s overarching Army Material Maintenance Policy (AR 750-1) and the Army’s overarching Army Test, Measurement, and Diagnostic Equipment (AR 750-43). This requirement includes (but is not limited to) maintaining instrumentation/ systems published accuracy and performance, as well as maintaining availability, Reliability and Maintainability (R&M), integrity, supportability, and ease of use. Conduct any necessary testing to collect the appropriate data and present this data (as required) to prove that the maintenance requirements have been met. The contractor shall maintain all maintenance personnel qualifications.

The contractor shall ensure that all RTS Instrumentation listed in the RTS ISFM and TFEM are maintained and all RTS Instrumentation maintenance on systems listed in the ISFM and TFEM is recorded via an Army-approved standard Logistics Information System (LIS). The contractor shall provide maintenance documentation for quality -codes, parts, time to repair, and corrective action plans.

3.2.1 Space Operations

The contractor shall conduct Space Surveillance Operations (SOPS) at RTS as a non-organic sensor to the Space Surveillance Network, as tasked by United States Space Command (USSPACECOM). Space surveillance operations are conducted at the Huntsville Space and Surveillance Center (HSSC) as a mandatory part of space support activities. The contractor shall provide the following HSSC support 24 hours a day, 7 days a week, and 365 days per year.

3.2.1.1 Space Domain Awareness

The contractor shall conduct Space Domain Awareness (SDA) Operations utilizing the Advanced Research Projects Agency (ARPA) Long Range Tracking and Instrumentation Radar (ALTAIR) and/or Target Resolution and Discrimination Experiment (TRADEX), in support of U.S. Space Command (USSPACECOM), as a contributing non-organic sensor.

Standard:

a. The contractor shall provide 24/7/365 metric sensor coverage IAW the most current

PRD Space Surveillance Network operations at the Reagan Test Site (latest dated 26 Jun 2014); the most current Memorandum for Record Reagan Test Site Space Surveillance Operations to USSPACECOM (latest dated 19 Mar 2025); the most current 18th Space Defense Squadron (SDS) SDA Operating Instructions (OI) (latest dated 23 Feb 2023).

b. The contractor shall perform detection and tracking, and object discrimination in the geosynchronous belt, high-rate revisits and persistent coverage as tasked, or as directed.

c. The contractor shall provide at least one metric sensor capable of detecting and tracking all launches within RTS coverage, to collect data required to determine launch vector for sub-orbital, earth-orbital and earth-escape launches.

d. The contractor shall utilize Tactical Observation Processor (TOP) in support of object detection in low earth orbit and the geosynchronous belt. All data shall be provided to the Combined Space Operations Center (CSpOC) via the 18th SDS.

e. The contractor shall complete all taskings received from the CSpOC including, but not limited to, special taskings and all new launch coverage within RTS visibility upon the earliest available object revolution.

f. The contractor shall provide optics and passive-RF sensors for SDA operations when requested for special taskings in support of SDA operations.

g. To determine mission capability, the contractor must maintain the sensors to operate in accordance with the values in Table 1. A sensor is deemed partially mission capable when it demonstrates threshold power levels in all radar frequency bands.

A sensor is deemed fully mission capable when it provides nominal power levels in all radar frequency bands. The objective power level represents the designed sensor performance for the specific radar band. If a sensor cannot meet threshold parameters, it is considered non-mission capable and is unavailable to conduct SDA operations. (Note: The RTS Director may approve exceptions in writing.)

i. ALTAIR VHF in mono-static operations shall maintain a minimum threshold power level of 1.5 MW (Objective 5 MW*) as measured at the output of the combined high power amplifiers to achieve detection [acceptable SNR = 15] of new foreign launch targets [~1 m2 or 0 dBsm] at LEO ranges [no greater than 4,700 km**] with minimal integration to achieve space launch data collection.

ii. ALTAIR UHF in mono-static operations shall maintain a minimum threshold power level of 3.7 MW (Objective 5 MW*) as measured at the output of the combiner network to achieve detection [minimum acceptable SNR = 15] of small targets [~0.4 m2 or -4 dBsm] at GEO ranges [~36,500 km] with minimal integration constrained to no more than 100 sec to achieve operationally relevant search strategies.

iii. TRADEX L-Band in mono-static operations shall maintain a minimum threshold power level of 1.2 MW (Objective 2 MW*) as measured in the RF box to achieve detection [minimum acceptable SNR = 15] of small targets [~0.4 m2 or -4 dBsm] at GEO ranges [~36,500 km] with minimal integration constrained to no more than 100 sec to achieve operationally relevant search strategies.

iv. TRADEX S-Band in mono-static operations shall maintain a minimum threshold power level of 1.2 MW (Objective 2 MW*) as measured in the RF box to conduct tracking and wideband imaging [minimum acceptable SNR = 15] of medium to large size targets [~1.5 m2 or 1.76 dBsm] at LEO/HEO ranges [~15,000 km] with minimal integration to achieve space MASINT data collection.

Sensor ALTAIR VHF ALTAIR UHF TRADEX L-Band

TRADEX

S-Band

ALCOR

C-Band

MMW

Ka-Band

Waveform

V.05 - 600* U.05 - 1000* L.05 - 565* S280 - 94** C512 - 10** K4000 -100**

Target/Mission

NFL Small GEO Small GEO LEO/HEO

MASINT

LEO MASINT LEO MASINT

Acceptable SNR

15 15 15 15 15 15

Slant Range

4,700 km 36,500 km 36,500 km 15,000 km 6,200 km 3,000 km

Max Int. Time

0.8 s 92 s 98.5 s 1.4 s 0.8 s 0.13 s

Threshold

Power Level

1.5 - 2.9 MW 3.7 - 4.3 MW 1.2 – 1.4 MW 1.2 – 1.7 MW 2.2 - 2.6 MW 13 - 24 kW

Target Size

1 m2 / 0 dBsm 0.4 m2 or -3.98 dBsm

0.4 m2 or -3.98 dBsm

1.5 m2 or

1.76 dBsm

1 m2 or 0 dBsm

0.2 m2 or -6.99 dBsm

Nominal

Power Level

3 – 4.9 MW 4.4 – 4.9 MW 1.5 – 1.9 MW 1.8 – 1.9 MW 2.7 – 2.9 MW 25 -29 kW

Target Size

0.5 m2 or -3 dBsm

0.33 m2 or -4.8 dBsm

0.33 m2 or -4.8 dBsm

1 m2 or 0 dBsm

0.75 m2 or -1.25 dBsm

0.1 m2 or -10 dBsm

Objective

Power Level

5 MW 5 MW 2 MW 2 MW 3 MW 30 kW

Target Size

0.32 m2 or -5 dBsm

0.29 m2 or -5.36 dBsm

0.24 m2 or -6.27 dBsm

0.89 m2 or -0.5 dBsm

0.65 m2 or -1.9 dBsm

0.08 m2 or -10.75 dBsm

*Typical waveforms for target detection **Typical waveforms for target imaging

Table 1. KREMS Sensors Power Levels and Sensitivity

h. The contractor shall ensure the KREMS sensors are calibrated to meet the following requirements to be operational and available to conduct SDA operations. Sensors not calibrated to the specifications listed below in Table 2 will be considered non mission capable.

i. ALTAIR VHF absolute 2 sigma metric errors on a 15 dBsm RCS target in geosynchronous orbit shall not exceed 8-meter range error, 0.4 mrad angle error and a 1 cm/s range rate error.

ii. ALTAIR UHF absolute 2 sigma metric errors on a 15 dBsm RCS target in geosynchronous orbit shall not exceed 5-meter range error, 0.2 mrad angle error and a 1 cm/s range rate error.

iii. TRADEX L-band absolute 2 sigma metric errors on a 15 dBsm RCS target in geosynchronous orbit shall not exceed 2-meter range error, 0.1 mrad angle error and a 0.3 cm/s range rate error.

iv. TRADEX S-band absolute 2 sigma metric errors on a 15 dBsm RCS target in geosynchronous orbit shall not exceed 2-meter range error, 0.1 mrad angle error and a 0.3 cm/s range rate error.

Sensor Absolute Metric Error

RCS Target Orbit Range Error (m)

Angle Error (mrad)

Range Rate Error (cm/s)

ALTAIR VHF 2 sigma 15 dBsm geosynchronous 8 0.4 1 ALTAIR UHF 2 sigma 15 dBsm geosynchronous 5 0.2 1 TRADEX L 2 sigma 15 dBsm geosynchronous 2 0.1 0.3 TRADEX S 2 sigma 15 dBsm geosynchronous 2 0.1 0.3

Table 2. Sensor Calibration Specifications for SDA

i. The contractor shall report operational information to RTS Space Operations Division IAW CDRL A020. The contractor shall notify the Government within 15 minutes of any anomaly degradation, or sensor non-availability affecting SDA coverage.

3.2.1.2 Space Measurement and Signature Data

The contractor shall provide Sensor Imagery utilizing Millimeter Wave (MMW) and/or the Advanced Research Projects Agency (ARPA) Lincoln C-Band Observables Radar (ALCOR) Sensor coverage for the in support of Space Measurement and Signature Intelligence (MASINT) operations for the National Space Defense Center (NSDC) via the 18th SDS.

a. The contractor shall provide Millimeter Wave (MMW) and/or the Advanced Research Projects Agency (ARPA) Lincoln C-Band Observables Radar (ALCOR) Sensor coverage IAW the 18th SDS SDA OI, (latest dated 23 Feb 2023).

b. The contractor shall provide one imaging sensor to perform complex/payload characterization for all launches within RTS coverage.

c. The contractor shall complete a minimum of 98% of monthly taskings from the responsible tasking authorities, to include, but not limited to, all new launches, planned and unplanned, within RTS coverage upon first viable opportunity, and/or as directed. The contractor shall recall MMW and/or ALCOR if a planned launch occurs outside of the scheduled operating hours.

d. The contractor shall provide quick-look assessment data IAW RTS SOPS Government guidance CDRL A021.

e. To determine mission capability, the contractor must maintain the sensors to operate in accordance with the values in Table 1. A sensor is deemed partially mission capable when it demonstrates threshold power levels in all radar frequency bands. A sensor is deemed fully mission capable when it provides nominal power levels in all radar frequency bands. The objective power level represents the designed sensor performance for the specific radar band. If a sensor cannot meet threshold parameters, it is considered non-mission capable and is unavailable to conduct MASINT operations. (Note: The RTS Director may approve exceptions in writing.)

i. ALCOR C-Band in mono-static operations shall maintain a minimum threshold power level of 2.2 MW (Objective 3 MW*) as measured in the RF box to conduct tracking and wideband imaging [minimum acceptable SNR = 15] of medium to large size targets [~1 m2 or 0 dBsm] at LEO ranges [~6,000 km] with minimal integration to achieve space MASINT data collection.

ii. MMW Ka-Band in mono-static, single tube operations shall maintain a minimum threshold power level of 13 kW (Objective 30 kW*) as measured at the output of a single high power amplifier to conduct tracking and wideband imaging [minimum acceptable SNR = 15] of small size targets [~0.2 m2 or -7 dBsm] at LEO ranges [~3,000 km] with minimal integration to achieve space MASINT data collection.

f. The contractor shall ensure KREMS imaging sensors are calibrated to meet the following requirements to be operational and available to conduct Space MASINT operations. Sensors not calibrated to the specifications listed below in Table 3 will be considered non mission capable:

i. ALCOR C-band absolute 2 sigma metric errors shall not exceed 0.2-meter range error, 0.1 mrad angle error.

ii. MMW Ka-band absolute 2 sigma metric errors shall not exceed 0.2-meter range error, 0.035 mrad angle error.

iii. ALCOR and MMW absolute 2 sigma RCS errors shall not exceed 1 dB.

Sensor Absolute Metric Error

RCS Error (dB)

Range Error (m)

Angle Error (mrad)

ALCOR C 2 sigma 1 0.2 0.1 MMW Ka 2 sigma 1 0.2 0.035

Table 3. Sensor Calibration Specifications for MASINT

g. The contractor shall ensure use of the Tactical Imaging Processor (TIP) when conducting Space MASINT operations. The contractor shall ensure the data is successfully delivered to the MASINT Rapid Analysis Cell (MRAC) in the USSPACECOM J2 via the approved paths.

h. The contractor shall report operational information to RTS SOPS Division weekly IAW

CDRL A020.

3.2.1.3 Sensor Availability and Reporting

The contractor shall provide/report sensor availability for ALTAIR, TRADEX, ALCOR and MMW to RTS SOPS, 18th SDS, CSpOC and USASMDC Operations Center. For reporting purposes, the threshold values listed above are minimum requirements and shall be reported as AMBER. Values above the threshold shall be reported as GREEN. Values below the threshold shall be reported as RED.

a. The contractor shall provide no less than 95% of the required operating hours per week. The contractor shall provide one metric tracking radar 24/7. If a second metric or imaging radar is required for tasking, the contractor shall coordinate with RTS SOPS and RTS Range Operations within seven days of execution to reduce the operational availability requirement and account for lost maintenance time.

b. The contractor shall not accumulate operational hours concurrently when multiple sensors are operated simultaneously (two sensors operating for 2 hours at the same time does not equal 4 hours of credit towards availability).

c. The contractor shall submit RTS-approved routine and extended maintenance periods to the 18th SDS via the Operational Data Integrated Node (ODIN) for all

KREMS sensors. The contractor shall submit individual sensor scheduled non-availability to RTS SOPS IAW CDRL A051.

d. The contractor shall coordinate with the Test Mission Operations Division to submit the required test mission support into ODIN upon mission execution times becoming available.

e. The contractor shall submit, into ODIN or other platforms as directed, any other known sensor non-availability periods when the information is available.

f. The contractor shall notify RTS SOPS, 18th SDS, NSDC, CSpOC, and USASMDC Operations Center of any unplanned maintenance resulting in mission failure within 60 minutes via available secure communications (i.e. SIPR over voice call, email, Chatsurfer, etc.)

3.2.1.4 Sensor Recall

The contractor shall maintain all sensors on a recall status.

a. The contractor shall maintain a 15-minute recall of the operating metric sensor if access to the restricted area is required during operational hours.

b. The contractor shall maintain a 90-minute recall of any unscheduled sensor when coordinated in advance with RTS SOPS.

c. The contractor shall always maintain a 3-hour recall of an imaging sensor.

d. The contractor shall maintain an 8-hour recall unless otherwise coordinated with RTS Space Operations and RTS Range Operations for sensors in routine maintenance.

e. Sensors in extended maintenance periods shall not have a recall.

3.2.1.5 Sensor Availability Waivers

The contractor shall submit waiver requests to the availability requirements due to circumstances outside of the contractor’s control, including, but not limited to, weather events, safety, network outages, or unplanned facility maintenance.

Standard: The contractor shall submit waiver requests via CDRL A025 and shall notify RTS SOPS within 24 hours of any event likely to trigger a waiver. All submissions will be dispositioned within 30 days of the occurrence to ensure timely and coordinated review and approval. Waivers shall not be effective until approved in writing by RTS SOPS.

3.2.1.