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Attch 2- Requirements Document.docx
Posted: April 24, 2026
• Type: .docx
• Size: 0.09MB
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Summary
This Requirements Document for the Compact Strategic Gyroscope - Maturation (CSG-M) program, identified as CSG-SPARROW-REQ-001, and dated March 12, 2026, outlines the performance requirements and interface constraints that the Compact Strategic Gyroscope (CSG) must meet as part of its development under the associated Statement of Work (SOW).
The document specifies that the contractor is responsible for defining the implementation of mechanical and data interfaces in their proposal while adhering to top-level constraints detailed in Section 4.0. It establishes three performance milestones—Milestone 1 (minimum viable technology), Milestone 2 (threshold performance for prototypes), and Milestone 3 (objective performance for final hardware)—to gauge design maturity.
The document details specific Key Performance Parameters (KPPs) across various categories, including environmental requirements, accuracy, and size, weight, and power (SWAP).
For instance, it mandates that the CSG must operate within defined environmental conditions and comply with MIL-STD-810H for environmental testing. Performance metrics include linear acceleration capabilities ranging from 60g at Milestone 1 to 300g at Milestone 3, with stringent requirements on bias stability and angle random walk accuracy.
Additionally, size constraints dictate a maximum volume of 24 cubic inches and weight not exceeding one pound by Milestone 3. The document also outlines top-level interface constraints regarding mechanical form factors and electrical data interfaces, specifying input power requirements and mandatory standards for digital signaling.
The emphasis on contractor-defined implementations allows flexibility in design while maintaining rigorous oversight through defined evaluation criteria during source selection.
The document specifies that the contractor is responsible for defining the implementation of mechanical and data interfaces in their proposal while adhering to top-level constraints detailed in Section 4.0. It establishes three performance milestones—Milestone 1 (minimum viable technology), Milestone 2 (threshold performance for prototypes), and Milestone 3 (objective performance for final hardware)—to gauge design maturity.
The document details specific Key Performance Parameters (KPPs) across various categories, including environmental requirements, accuracy, and size, weight, and power (SWAP).
For instance, it mandates that the CSG must operate within defined environmental conditions and comply with MIL-STD-810H for environmental testing. Performance metrics include linear acceleration capabilities ranging from 60g at Milestone 1 to 300g at Milestone 3, with stringent requirements on bias stability and angle random walk accuracy.
Additionally, size constraints dictate a maximum volume of 24 cubic inches and weight not exceeding one pound by Milestone 3. The document also outlines top-level interface constraints regarding mechanical form factors and electrical data interfaces, specifying input power requirements and mandatory standards for digital signaling.
The emphasis on contractor-defined implementations allows flexibility in design while maintaining rigorous oversight through defined evaluation criteria during source selection.
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