Attachment XXX NVD-N Compliance Growth Matrix (11252024).xlsx

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Night Vision Device - Next (NVD-N)
Solicitation number
W91CRB-25-R-0007
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Written by GovTribe AI ·

This file is a compliance growth matrix spreadsheet for the Night Vision Device - Next (NVD-N) program. The matrix tracks compliance requirements across multiple categories including physical specifications, compatibility requirements, power/battery specifications, operational characteristics, and performance parameters.

The matrix contains over 150 detailed technical requirements organized into sections covering system dimensions (mass, center of gravity, moments of inertia), optical specifications (field of view, visual acuity, brightness), compatibility with military equipment (helmets, masks, filters), maintainability features (battery life, component replacement), human factors (adjustment ranges, forces), environmental requirements (temperature, altitude, immersion), and reliability metrics (MTBF). Each requirement includes fields for baseline compliance, developmental compliance, growth timeline, and compliance assertion justification, though the specific values are not populated in this template.

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Compliance Growth Matrix NVD-N Performance Specification Compliance Growth Matrix

NVD-N Performance Specification ReferenceBaseline System ComplianceDevelopmental System Compliance Growth TimelineDevelopmental System Compliance Assertion Justification
As of Date:Event Name/dateEvent Name/dateEvent Name/date
ParagraphTitleY/NValueVer. MethodY/NExpected ValueY/NExpected ValueY/NExpected Value
3.5.1.1Storage Configuration Volume
3.5.1.2System Mass
3.5.1.3Z-Axis Center of Gravity
3.5.1.4Y-Axis Center of Gravity
3.5.1.5X-Axis Center of Gravity
3.5.1.6Yaw Moment of Interia
3.5.1.7Pitch Moment of Inertia
3.5.1.8Roll Moment of Inertia
3.5.1.9Monoclar Eye Relief
3.5.1.10Monocular Decenered Pupil
3.5.1.11Left/Right Channel Brightness Gain Balance
3.5.1.12Left/Right Paraxial Zone Misalignment
3.5.1.13Left/Right Mid-peripheral Zone Misalignment
3.5.1.14Left/Right Peripheral Zone Misalignment
3.5.1.15Not used
3.5.1.16Binocular Field of View Overlap
3.5.1.17Monocular Image Roll Error
3.5.1.18Not used
3.5.1.19Monocular Diopter Adjustment Range
3.5.1.20Interpuplillary Distance Accommodation Range
3.5.1.21Deployed Vertical Displacement Adjustment Range
3.5.1.22Deployed Fore/Aft Displacement Adjustment Range
3.5.1.23Deployed Tilt Angle Adjustment Range
3.5.1.24Monocular Stow Forward Field Residual Obscuration
3.5.1.25Binocular Stow Forward Field Residual Obscuration
3.5.1.26Binocular Stow Vertical Protrusion
3.5.1.27Binocular Stow Forward Protrusion
3.5.1.28G-Shock System Emergency Breakaway
3.5.1.29G-Shock System Emergency Breakaway Excess Force
3.5.1.30G-Shock System Emergency Breakaway Release Time
3.5.1.31Prolonged Excessive Force System Emergency Breakaway
3.5.1.32Prolonged Excessive Force System Emergency Breakaway Excess Force
3.5.1.33Prolonged Excessive Force System Emergency Breakaway Release Time
3.5.1.34Emergency Breakaway Residual Retained Head Supported Mass
3.5.1.35Emergency Breakaway Residual Retained Forward Projection
3.5.2.1Helmet Compatibility
3.5.2.2Protective Mask Compatibility
3.5.2.3Helmet Mount Compatibility
3.5.2.4Light Interference Filter (LIF) Compatibility
3.5.2.5Eyepiece Sacrificial Window
3.5.2.6Objective Lens Sacrificial Window
3.5.2.7Eye Protection Compatibility
3.5.2.8Glove compatibility
3.5.2.9Aiming Laser Compatibility
3.5.2.10Test Set Compatibility
3.5.2.11Eyecup Compatibility
3.5.2.12Mission-Oriented Protective Posture (MOPP), Level IV Compatibility
3.5.3.1Battery Quantity
3.5.3.2Battery Type
3.5.3.3Room Temperature Battery Life
3.5.3.4Cold Temperature Battery Life
3.5.3.5Hot Temperature Battery Life
3.5.3.6Battery Reverse Polarity Protection
3.5.3.7Sacrificial Window Replacement
3.5.3.8Light Interference Filter (LIF) Replacement
3.5.3.9Eyecup Replacement
3.5.3.10Interchangeable Components
3.5.3.11Objective Lens Assembly Replacement
3.5.3.12Eyepiece Lens Assembly Replacement
3.5.3.13Imaging Sensor Assembly Replacement
3.5.3.14Binocular Bridge Assembly Replacement
3.5.3.15Helmet NVG Shroud Mount Assembly Replacement
3.5.4.1System Helmet Attach/Detach
3.5.4.2System Helmet Attachment Force
3.5.4.3System Helmet Detachment Force
3.5.4.4System Monocular Stow/Deploy (Objective)
3.5.4.5System Monocular Stow/Deploy Force
3.5.4.6System Binocular Stow/Deploy
3.5.4.7System Binocular Stow/Deploy Force
3.5.4.8Deployed Vertical Displacement Adjustment
3.5.4.9Deployed Vertical Adjustment Force
3.5.4.10Deployed Fore/Aft Displacement Adjustment
3.5.4.11Deployed Fore/Aft Displacement Adjustment Force
3.5.4.12Deployed Tilt Angle Adjustment
3.5.4.13Deployed Tilt Angle Adjustment Force
3.5.4.14Interpupillary Distance Adjustment
3.5.4.15Interpupillary Distance Adjustment Torque
3.5.4.16Interpupillary Distance Adjustment Stop
3.5.4.17Monocular Objective Lens Focus Adjustment
3.5.4.18Monocular Objective Lens Focus Adjustment Torque
3.5.4.19Monocular Objective Lens Near Focus Stop
3.5.4.20Monocular Objective Lens Far Focus Stop
3.5.4.21Monocular Eyepiece Diopter Adjustment
3.5.4.22Monocular Eyepiece Diopter Adjustment Torque
3.5.4.23Monocular Eyepiece Diopter Adjustment Stops
3.5.4.24Monocular Eyepiece Diopter Adjustment Position Indicator Resolution
3.5.4.25Binocular Deploy Auto-On
3.5.4.26Battery Life Indicator Time Remaining
3.5.4.27High Ambient Light Auto Shut Down Indicator
3.5.4.28Detached System Storage Configuration
3.5.4.29Storage/Operation Reconfiguration Time
3.5.4.30Manual Gain Adjustment
3.5.4.31Infrared Illuminator Activation/Deactivation
3.5.4.32Infrared Illuminator Activation State Indicator
3.5.5.1Man Target Detection Range
3.5.5.2Aiming Laser Spot Detection Range
3.5.5.3Monocular Field of View
3.5.5.4Monocular Optical Aspect
3.5.5.5Monocular Optical Magnification
3.5.5.6Monocular Optical Distortion
3.5.5.7Monocular Objective Lens Focus Range
3.5.5.8Monocular Centered Pupil Infinity Focus On-Axis Visual Acuity
3.5.5.9Monocular Decentered Pupil Infinity Focus On-Axis Visual Acuity
3.5.5.10Monocular Centered Pupil Infinity Focus Off-Axis Visual Acuity
3.5.5.11Monocular Decentered Pupil Infinity Focus Off-Axis Visual Acuity
3.5.5.12Monocular Centered Pupil Infinity Focus Stop Position On-Axis Visual Acuity
3.5.5.13Near Focus Visual Acuity On-Axis
3.5.5.14Monocular High Ambient Light Protection Mode Visual Acuity
3.5.5.15Monocular Centered Pupil On-Axis Brightness Gain
3.5.5.16Monocular Decentered Pupil Off-Axis Brightness Gain
3.5.5.17Monocular Saturation Level Maximum Output Brightness
3.5.5.18Monocular Black Level Output Brightness
3.5.5.19Low-Range Monocular Discernable Gray Shades
3.5.5.20Mid-Range Monocular Discernable Gray Shades
3.5.5.21High-Range Monocular Discernable Gray Shades
3.5.5.22Flash Pulse Latency
3.5.5.23Detectable Pulsing Source Frequency
3.5.5.24Manual Gain Control Adjustment Range
3.5.5.25Manual Gain Control Adjustment Steps
3.5.5.26Manual Gain Control Adjustment Step Interval Spacing
3.5.5.27Manual Gain Control Adjustment Step Interval Spacing Tolerance
3.5.5.28Infrared Illuminator Peak Wavelength
3.5.5.29Infrared Illuminator Waveband Full Width at Half Maximum
3.5.5.30Infrared Illuminator Minimum Angular Subtense Full Width at Half Maximum
3.5.5.31Infrared Illuminator Maximum Angular Subtense Full Width at Half Maximum
3.5.5.32Infrared Illuminator Centroid Pointing Misalignment
3.5.5.33Maximum Monocular Channel Output Brightness/ Infrared Illuminator Active
3.5.6.1Audibility
3.5.6.2Light Emissions
3.5.6.3Radiated Emissions
3.5.6.4Not used
3.5.6.5Not used
3.5.6.6Binocular Stow Auto-Off
3.5.6.7Not used
3.5.6.8System Surface Finish
3.5.6.9System Surface Color
3.5.7.1Monocular Off-Axis Veiling Glare
3.5.7.2Monocular Halo
3.5.7.3Monocular Bright Spots
3.5.7.4Monocular Optical Opacities and Dark Spots
3.5.7.5Monocular Chicken Wire and Periodic Line Fixed Pattern Noise
3.5.7.6Monocular Small Area Brightness Non-uniformity
3.5.7.7Monocular Large Area Brightness Non-Uniformity
3.5.7.8Optical Surface Quality
3.5.7.9Monocular Imaged Line Discontinuity
3.5.7.10Monocular Full Field Imaged Line Deviation
3.5.7.11Monocular Medium Field Imaged Line Segment Slope Deviation
3.5.7.12Monocular Small Field Imaged Line Segment Slope Deviations
3.5.7.13Monocular Full Field Imaged Line Slope Reversals
3.5.7.14Monocular High Ambient Light Protection Level
3.5.7.15Monocular Hight Ambient Light Protection Activation Time
3.5.7.16Radiated Electromagnetic Energy Susceptibility
3.5.7.17External Small Area Sources Exposure Damage Resistance
3.5.7.18Not Used
3.5.7.19Objective Lens Focus Torque Stability
3.5.7.20Not used
3.5.7.21Eyepiece Diopter Adjustment Torque Stability
3.5.7.22Not used
3.5.7.23Interpupillary Adjustment Torque Stability
3.5.7.24Not used
3.5.7.25Not used
3.5.7.26Not used
3.5.7.27Not used
3.5.7.28System Helmet Attachment Force Stability
3.5.7.29System Helmet Detachment Force Stability
3.5.7.30Monocular Stow Force Stability
3.5.7.31Binocular Stow Force Stability
3.5.7.32Operational/Storage Reconfiguration Cycles
3.5.7.33Storage Temperature Extremes
3.5.7.34Operational Temperature Extremes
3.5.7.35Temperature Shock
3.5.7.36Storage Temperature Altitude
3.5.7.37Operational Temperature Altitude
3.5.7.38Humidity
3.5.7.39Immersion
3.5.7.40Salt Fog
3.5.7.41Explosive Atmosphere
3.5.7.42Fungus
3.5.7.43Sand and Dust
3.5.7.44Not used
3.5.7.45Bounce, Loose Cargo Shock
3.5.7.46Transit Drop
3.5.7.47Mean Time Between Failure
3.5.7.48Mean Time Between Essential Mission Function Failure
3.5.7.49Mean Time Between System Abort
3.5.7.50System Surface Color Consistency
3.5.7.51General Chemical Compatibility
3.5.7.52High Altitude Electromagnetic Pulse (HAEMP)
3.5.7.53Personnel-Borne Electrostatic Discharge (PESD)
3.5.7.54Helicopter Electrostatic Discharge (HESD)
3.5.7.55Chemical, Biological, Radiological, and Nuclear (CBRN) Contamination
3.5.7.56Air Jump

File details come from the government source that posted it. Updated .