Attch 1- Statement of Work.docx
Posted: April 24, 2026
• Type: .docx
• Size: 0.03MB
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Summary
This Statement of Work (SOW) dated April 24, 2026, outlines the objectives, approach, scope, and deliverables for the Compact Strategic Gyroscope - Maturation (CSG-M) program under the SPARROW initiative.
The primary goal of this effort is for the contractor to design, develop, build, test, and deliver a flight-qualified, strategic-grade, radiation-hardened Compact Strategic Gyroscope that meets stringent performance and environmental requirements for integration into the SPARROW Inertial Measurement Unit (IMU). The contractor is tasked with proposing a unique technical solution without a provided starting design and will follow a performance-based acquisition approach to ensure innovation while adhering to government-defined top-level requirements.
The SOW specifies that all work may be conducted up to the TOP SECRET Sensitive Compartmentalized Information (SCI) level and outlines the necessary security measures as per DD Form 254.
The contractor must manage all aspects of program management, systems engineering, design, analysis, fabrication, assembly, and testing. Key tasks include conducting technical reviews and integration meetings with government personnel and other contractors involved in the SPARROW program.
The document details performance milestones tied to specific deliverables throughout the project lifecycle, including prototype development phases leading to final hardware delivery and a complete Technical Data Package (TDP).
Deliverables are clearly defined within the SOW, including multiple gyroscope assemblies for various validation stages and a gyroscope test set by specified deadlines. Additionally, comprehensive data deliverables are required to ensure transparency in technical performance and facilitate long-term sustainment of the system.
The contractor is expected to maintain rigorous documentation standards throughout the project to support effective communication and compliance with government oversight.
The primary goal of this effort is for the contractor to design, develop, build, test, and deliver a flight-qualified, strategic-grade, radiation-hardened Compact Strategic Gyroscope that meets stringent performance and environmental requirements for integration into the SPARROW Inertial Measurement Unit (IMU). The contractor is tasked with proposing a unique technical solution without a provided starting design and will follow a performance-based acquisition approach to ensure innovation while adhering to government-defined top-level requirements.
The SOW specifies that all work may be conducted up to the TOP SECRET Sensitive Compartmentalized Information (SCI) level and outlines the necessary security measures as per DD Form 254.
The contractor must manage all aspects of program management, systems engineering, design, analysis, fabrication, assembly, and testing. Key tasks include conducting technical reviews and integration meetings with government personnel and other contractors involved in the SPARROW program.
The document details performance milestones tied to specific deliverables throughout the project lifecycle, including prototype development phases leading to final hardware delivery and a complete Technical Data Package (TDP).
Deliverables are clearly defined within the SOW, including multiple gyroscope assemblies for various validation stages and a gyroscope test set by specified deadlines. Additionally, comprehensive data deliverables are required to ensure transparency in technical performance and facilitate long-term sustainment of the system.
The contractor is expected to maintain rigorous documentation standards throughout the project to support effective communication and compliance with government oversight.
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