Att A_DCMA BOM Template.xlsx

XLSX spreadsheet 114 KB Posted Nov 13, 2026

Attached to: U.S. Army Contracting Command – Detroit Arsenal (ACC-DTA) Army Manufacturing Rodeo: sUAS Manufacturing Rodeo
Solicitation number: W911RQ-27-S-C002
Issued by: Department of the Army Materiel Command Contracting Command Detroit Arsenal

About this file

Written by GovTribe AI · Nov 13, 2026

This is a Defense Contract Management Agency (DCMA) Bill of Materials (BOM) template and instruction document designed for small Uncrewed Aircraft Systems (sUAS) manufacturers applying to the Blue List framework. The template establishes minimum documentation requirements for drone and drone component suppliers to demonstrate compliance and facilitate DCMA review and approval processes.

The BOM template requires applicants to provide comprehensive component-level documentation organized by hierarchical tier, including manufacturer details, part numbers, country of domicile and manufacture locations, COTS versus proprietary designations, and production capacity metrics. Key data elements include: supply tier classification (Tier 1 for complete systems through final tier for raw materials); facility information (location, ownership, operation, line capacity); production rates (normal daily, surge for 180 days, and ramp-up after 180 days); Technical Readiness Level (TRL 1-10) and Manufacturing Readiness Level (MRL 1-10) assessments; unit costs at current capacity; and component imagery. The template emphasizes documentation of all logic-bearing components (microcontrollers, active integrated circuits, complex components) while excluding consumables like fasteners and passive resistors. Applicants must identify all OEM manufacturers, their incorporation locations, and countries of manufacture for each component, with specific requirements for integrated circuits to list both wafer fabrication and assembly/test (ATP) facility locations. The document includes detailed TRL and MRL evaluation criteria, a comprehensive example BOM for a tactical quadcopter system (AeroQuad X4), and sections for company certifications, facility information, and replacement parts availability. Applicants must use a standardized naming convention (CompanyName_ProductName_BOM_Date) and commit to resubmitting updated documentation whenever system changes occur, enabling DCMA to assess supply chain compliance, foreign adversary dependencies, and manufacturing sustainment capabilities in support of the Army's "Affordable Mass" acquisition strategy for expendable autonomous systems.

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Title Sheet & Instructions

Introduction

BOM Naming Convention

The next sheet of this document is the minimum Bill of Materials (BOM) Information required to be considered a Blue List applicant. Each company or person submitting a drone or drone component must provide a Bill of Materials that provides sufficient details on the components of their system. This list is not comprehensive and may expand over time requiring applicants to be willing to resubmit this information as requested and to update the DCMA Office whenever a change is made to their system. DCMA expects to be able to see what parts the applicant is buying and from who, in order to determine the compliance of the drone or drone component. The Applicant should include all logic bearing components.

CompanyName_ProductName_BOM_Date

Expectation for Each Column
Hierarchy	Component	Component Name	Type	Manufacturer (OEM) Part Number
Numerical hierarchy to show part association	This section should indicate the Assembly the component is a part of is i.e. Frame, Flight Controller, Remote Controller, Radio.	This section should name the component that is a part of the assembly. DCMA expects to see information for all microcontrollers, active ICs that manipulate data, and other complex/active components on each critical assembly, we need to know about resistors, capacitors, passive ICs. DCMA does not need to know about screws, nuts, bolts, or washers.	This section should indicate if it is a component, sub-component, sub-component part, or PCBA Part	This section should include the part numbers the OEM manufacture company uses for each part they include in the BOM
Manufacturer (OEM) Company Name	Country of Domicile (HQ Location)	Country of Manufacture (Where Produced)	COTS or Proprietary (Assembly or Sub Assembly)	Proprietary Assembly Available for Individual Sale?
This section will list the OEM company name that manufactures the part for the applicant, if the applicant manufactures the part then the applicant's company name will go in this section. This is required for all components.	This section will show what country the headquarters of the manufacturing company/OEM is located in.	This section will show what country the manufacturing work is completed in even if it is the same as the Country of Domicile. This is also known as Country of Origin. FOR ICs must list Wafer Manufacture and ATP Locations. Otherwise this is place of manufacture as defined in DFARS 52.225-18	This section is to help the DCMA team determine what may have been previously reviewed and approved on the Blue Framework to expeditated our review. No issues with either proprietary designs or COTS items being used.	This section will indicate if the applicant company allows individual sale of a proprietary assembly/sub-assembly (major components IE airframe, motor, remote control, propellors, battery, etc.) for sustainment/repair, regular commercial sale, both, or neither/NA.

Instructions

Introduction

BOM Naming Convention

CompanyName_ProductName_BOM_Date

	Column Instructions
	1. Supply Tier (System is Tier 1, Major Components Tier 2-n, Resources are final Tier)		11. Facility Type (Assembly / Refining / Extraction)	21. Manufacturing Readiness Level
	Description and Choices: Identifies the position of the component or resource within the system hierarchy. Choices: Tier 1-N use as many tiers as needed / available		Description and Choices: Identifies the primary activity performed at the reported facility.
Choices: Assembly / Refining / Extraction.		Description and Choices: Measures the maturity of the item’s manufacturing, production, supply-chain, quality, and sustainment processes.

Choices: Use the applicable approved Manufacturing-readiness scale 1-10. Reference the TRL and MRL Explanation Tab for detailed instructions on each level.

	Instructions: Enter the hierarchy level for the row. Identify the complete UAV/UAS or final assembly as Tier 1. Identify major assemblies as Tier 2, Tier 3, and so on. Identify raw materials, parts, refined materials, or other lowest-level inputs as Tier and corresponding number. Use the same tier terminology consistently throughout the submission.		Instructions: Select the activity most directly associated with the item in that row. Use Assembly for final or subassembly production, Refining for processing or purification of materials, and Extraction for removal or recovery of raw materials from a source.	Instructions: Enter the current validated Manufacturing Readiness Level for the specific item and production process. Consider manufacturing repeatability, supplier capacity, quality controls, tooling, workforce, materials, and sustainment. Provide the assessment date and supporting evidence when available.
	2. Component or Resource Name		12. Site Location (Address)	22. Unit Cost (Current Capacity)
	Description and Choices: The commonly used name of the system, component, part, material, or resource.		Description and Choices: The physical location of the assembly, refining, or extraction facility.	Description and Choices: The current estimated or contracted cost to produce or procure one unit at the reported normal production capacity.
	Instructions: Enter the manufacturer’s or supplier’s formal name for the item. Use one distinct item per row. Do not combine multiple parts or resources in one cell. Use the same name consistently wherever the item appears in the hierarchy.		Instructions: Enter the complete physical address, including street address, city, state or province, country, and postal code when available. Do not enter a post-office box unless no physical address can be provided. If a facility has multiple relevant addresses, create a separate row for each site.	Instructions: Enter the cost for one unit using the current production configuration and current capacity. Include the currency, such as USD 125.00/unit. State whether the value includes materials, labor, overhead, testing, packaging, transportation, or other charges. Do not enter a total program cost or a projected surge price.
	3. Manufacturer Part Number		13. Site Owned By (entity name)	23. Component Picture
	Description and Choices: The part number, model number, stock number, material number, or other unique identifier assigned by the manufacturer or supplier.		Description and Choices: The legal entity that owns the reported facility or manufacturing property.	Description and Choices: A visual image of the system, component, resource, facility output, or relevant material.
	Instructions: Enter the exact identifier used in the manufacturer’s records. Preserve letters, numbers, hyphens, spaces, and revision indicators. If the item does not have a part number, enter N/A and provide another identifying reference in the Description field.		Instructions: Enter the legal name of the facility owner. If the facility is leased, enter the property owner or lessor rather than the tenant. Enter Same as Manufacture / Refining Company when applicable.	Instructions: Provide a clear, current image showing the item being reported. Use a file format such as JPG, PNG, or PDF. The image should be identifiable and should not contain classified, export-controlled, proprietary, or personally identifiable information unless specifically authorized. Name the file using the Manufacturer Part Number or Record ID. If an image is unavailable, enter Not Available and explain why in the Description field.
	4. Category (Airframe, Propellers, Motors, Battery and Power, Electronic Speed Controllers, Flight Controller, Radio Transmitter / Reciever, Sensors, Navigation, Payload)		14. Site Operated By (entity name)
	Description and Choices: Identifies the functional category of the component or resource.
Choices: Airframe / Propellers / Motors / Battery and Power / Electronic Speed Controllers / Flight Controller / Radio Transmitter / Receiver / Sensors / Navigation / Payload.		Description and Choices: The legal entity responsible for operating and managing the facility.
	Instructions: Select the single category that best describes the item. Use Payload for mission equipment carried by the UAV/UAS. Use Sensors for sensing devices that do not more specifically belong to Navigation. If none of the listed categories applies, enter Other and explain the category in the Description field.		Instructions: Enter the legal name of the organization that operates the site. This may differ from the manufacturer or property owner. Enter Same as Manufacture / Refining Company when applicable.
	5. Description (Component or resource description)		15. Site Line Capacity (How many manufacturing or Refining lines are available)
	Description and Choices: A concise explanation of the item’s purpose, function, composition, or use within the system.		Description and Choices: The number of active or available manufacturing, assembly, refining, or extraction lines at the reported site.
	Instructions: Describe what the item is and what it does. Include relevant specifications such as material type, processing function, operating role, capacity, or compatibility. Do not use marketing language. Do not repeat only the component name or part number.		Instructions: Enter a whole number representing the lines that can produce the reported item or an equivalent item. Do not count inactive, retired, or unavailable lines. If line capacity is not separately tracked, enter Unknown and explain the limitation in the Description field.
	6. Manufacture / Refining Company Name		16. Domestically Sourced (Yes / No)
	Description and Choices: The legal or commonly recognized name of the company that manufactures, refines, processes, or produces the item.		Description and Choices: Identifies whether the item is sourced domestically within the country or sourcing boundary specified by the customer.

Choices: Yes / No / Partially / Unknown.

	Instructions: Enter the company directly responsible for producing the item. If multiple companies perform different production steps, identify the responsible company for the row and list additional companies in the Description field or a separate supporting document.		Instructions: Enter Yes when the item and its relevant production inputs meet the applicable domestic-sourcing requirement. Enter No when the item is sourced outside that boundary. Enter Partially when some materials, subcomponents, or processing steps are domestic and others are foreign. Enter Unknown when the supplier cannot validate the origin. State the applicable country or sourcing standard in the Description field when necessary.
	7. Incorporation Location (City, State, Country)		17. Daily Production Rate (Number / Unit)
	Description and Choices: The location where the manufacturing, refining, or processing company is legally incorporated or headquartered.		Description and Choices: The normal number of items the facility can produce during one standard production day at current operating conditions.
	Instructions: Enter the city, state or province, and country using the format City, State/Province, Country. This is the company incorporation or headquarters location, not necessarily the location where the item is produced.		Instructions: Enter both the quantity and unit of measure, such as 100 units/day, 25 assemblies/day, or 500 kg/day. Use the unit that best represents the item in the row. Base the value on sustainable normal operations, not maximum theoretical output. Identify the production period or assumptions in the Description field if the rate varies significantly.
	8. COTS or Proprietary? (COTS / Proprietary)		18. Surge Production Rate (Daily)
	Description and Choices: Identifies whether the item is a commercially available off-the-shelf product or a proprietary product.
Choices: COTS / Proprietary.		Description and Choices: The maximum number of items that can be produced per day during a temporary surge (for 180 days) using available labor, equipment, shifts, and supply capacity.
	Instructions: Enter COTS when the item is commercially available from the supplier without system-specific design or modification. Enter Proprietary when the item is designed, controlled, or produced specifically by the supplier or is not generally available from commercial sources. If the item contains both COTS and proprietary elements, classify the row according to the item being reported and explain the distinction in the Description field.		Instructions: Enter the daily quantity and unit of measure, such as 150 units/day. Use a rate that the facility can actually achieve during surge operations. State the expected surge duration, number of shifts, and major assumptions in the Description field. Do not enter a theoretical rate that has not been validated by the supplier.
	9. Proprietary Assembly Available for Individual Sale?		19. Ramp Production Rate (Daily after 180 days)
	Description and Choices: Identifies whether a proprietary assembly can be purchased separately rather than only as part of a larger system.
Choices: Yes / No / Partial / Unknown / Not Applicable.		Description and Choices: The expected sustainable daily production rate after 180 days of production ramp-up.
	Instructions: Enter Yes if the complete proprietary assembly is sold separately. Enter No if it is only available as part of another assembly or system. Enter Partial if some configurations or subassemblies are sold separately. Enter Unknown if the supplier cannot verify the information. Enter Not Applicable for COTS items or resources that are not proprietary assemblies.		Instructions: Enter the expected quantity and unit of measure after the facility has had 180 days to increase staffing, tooling, equipment, materials, and operating capacity. Example: 250 units/day. If the supplier cannot project a 180-day rate, enter Unknown and explain why in the Description field.
	10. Assembly / Refining / Extraction Site Name		20. Technical Readiness Level
	Description and Choices: The named facility where the item is assembled, refined, extracted, processed, or otherwise produced.		Description and Choices: Measures the maturity of the item’s technology and technical design.

Choices: Use the applicable approved Technical-readiness scale 1-10. Reference the TRL and MRL Explanation Tab for detailed instructions on each level.

Instructions: Enter the official or commonly used name of the site. Use one row per distinct production site when the same item is produced at multiple locations. Do not enter only the company name unless the company and facility have the same name. Instructions: Enter the current validated Technical Readiness Level for the specific item, not the company’s overall rating. Provide the assessment date, evidence, or approving authority in supporting documentation when available. Do not estimate a level without a documented basis.

TRL and MRL Explanation

Technical Readiness Level			Manufacturing Readiness Level
Level	Official DoD Designation	Acquisition Meaning & Criteria	Level	Official DoD Designation	Acquisition Meaning & Criteria
TRL 1	Basic principles observed and reported.	Lowest level of technology readiness. Scientific research begins to be translated into active applied research and development.	MRL 1	Manufacturing feasibility identified.	Basic manufacturing implications are identified in a highly conceptual manner.
TRL 2	Technology concept and/or application formulated.	Practical applications are invented. Applications are speculative, and there may be no proof or detailed analysis to support the assumptions.	MRL 2	Manufacturing concepts defined.	This level is characterized by characterization of material properties, identification of manufacturing processes, and initial laboratory-scale experiments.
TRL 3	Analytical and experimental critical function and/or characteristic proof of concept.	Active R&D is initiated. This includes analytical studies and laboratory-scale studies to physically validate the predictions.	MRL 3	Manufacturing concepts developed.	Analytical and laboratory-scale validation of manufacturing processes is completed. Experimental manufacturing proof-of-concept is achieved.
TRL 4	Component and/or breadboard validation in laboratory environment.	Basic technological components are integrated to establish that they will work together. Testing is relatively low-fidelity compared to the eventual system.	MRL 4	Capability to produce laboratory-scale prototype components.	Manufacturing processes are validated in a laboratory environment. Technologies are matured, and draft manufacturing structures and cost drivers are identified.
TRL 5	Component and/or breadboard validation in a relevant environment.	Reliability of the technology increases significantly. The basic components are integrated with reasonably realistic supporting elements so they can be tested in a simulated environment.	MRL 5	Capability to produce prototype components in a production relevant environment.	Manufacturing processes are matured on a pilot scale. Core manufacturing risks are identified and preliminary manufacturing plans are drawn.
TRL 6	System/subsystem model or prototype demonstration in a relevant environment.	A major step forward in a technology's demonstrated readiness. A representative model or prototype system is tested in a highly realistic simulated or operational environment (e.g., test flights).	MRL 6	Capability to produce a prototype system or subsystem in a production relevant environment.	Materials, tooling, and inspection processes are demonstrated in a pilot-line environment. Critical manufacturing processes are analyzed, and draft quality standards are set.
TRL 7	System prototype demonstration in an operational environment.	Represents a major step up from TRL 6, requiring demonstration of an actual system prototype in an operational environment (e.g., in the field with military operators).	MRL 7	Capability to produce prototype systems or subsystems in a planned production representative environment.	Manufacturing processes are demonstrated in a representative production facility. Major manufacturing processes are matured, and draft work instructions are completed.
TRL 8	Actual system completed and qualified through test and demonstration.	The technology has been proven to work in its final form under expected operational conditions. In almost all cases, this level represents the end of true system development (DT&E).	MRL 8	Pilot line capability demonstrated; Ready to begin Low Rate Initial Production (LRIP).	Detailed design is finalized. Materials, tooling, and labor skills are demonstrated on a pilot line. Process controls, quality systems, and primary suppliers are fully established.
TRL 9	Actual system proven through successful mission operations.	The technology is in its final form and has been successfully operated and integrated into the final platform during actual military missions (OT&E / deployment).	MRL 9	Low Rate Initial Production (LRIP) demonstrated; Capability in place to begin Full Rate Production (FRP).	Industrial base yields, cycle times, and quality standards are demonstrated in an actual production environment. Unit costs are stable, and the primary supply chain is fully operational.
			MRL 10	Full Rate Production (FRP) demonstrated and lean production practices in place.	The system is in steady, high-rate production. Manufacturing processes are stable, optimized, and statistically controlled. Supply chains are resilient, and unit costs are minimized.

Example Hardware BOM

Product	Made-Up Part Number UAV
BOM Update Date	4/6/26
BOM Revision	Rev. A
Approved By	Company/Maunfacturing POC
Approved By's Email	Company/Maunfacturing POC

Hierarchy	Component	Component Name	Type	Description	Manufacturer Part Number	Manufacture Company Name	Country of Domicile (HQ Location)	Country of Manufacture (Where Produced/Wafer Fabrication)	Country of Manufacturer (ATP Locations)	COTS/Proprietary	Proprietary Assembly Available for Individual Sale?
1	UAV/UAS	Made-Up UAV	Platform	Made-up Part Number UAV	MUP - 321	Made-up Parts	Germany	Germany	N/A	Proprietary	Both
2	Navigation System	Navboard Navvi	Component	Main navigation system	MUPN - 456	Made-up Part Number UAV	USA	USA	N/A	Proprietary	Both
3	PCBA	Navboard Navvi PCB	Sub-Component	Main PCB Board for the Navboard Navvi	MUPNU7849	Bare PCB supply	USA	USA	N/A	Proprietary	Both
4	System-on-Chip	Sphere Orange	PCB Part Items	GNSS module supports GPS functionality	H-6405	SpherePilot	New Zeland	New Zeland	Taiwan	COTS	N/A
5	Microcontroller	SGM32F56	PCB Part Items	SGM Microcontroller 32bit 64 Mb	STM32F56XX	SG Macroelectronics	Switzerland	Taiwan	Thailand	COTS	N/A
5	Persistent Memory Module	MFS64GB	PCB Part Items	Macron Flash Storage	MFS64GB4875	Fakecron	Taiwan	Thailand	Singapore	COTS	N/A
5	Internal Navigation Sensor	MEMS456	PCB Part Items	Microelectromechanical system for measuring inertia	MEMS456	Fakemove Inc.	France	Mexico	USA	COTS	N/A
2	Camera	FramCam	Component	FPV Camera for UAS	MUPN - 123	Made-up Parts	Germany	Germany	N/A	Proprietary	Both
3	PCBA	FramCam PCB	Sub-Component	Main PCB Board for FramCam	MUPNU7848	Bare PCB Supply	USA	USA	N/A	Proprietary	Both
4	Optical Sensor/Image Sensor	Somy Image Sensor	PCB Part Items	Image Sensor 64 Megapixel	SOMYIP741-89	Somy	Japan	South Korea	Japan	COTS	N/A
4	Image Processor	Quackcomm Image Processor	PCB Part Items	Image processor	QP9651	Quackcomm	South Korea	Japan	Japan, South Korea, Taiwan	COTS	N/A
4	Other Programmable ICs	HQ Shutter Driver	PCB Part Items	Camera shutter driver	Hi789	highQualImages	Britian	Japan	Japan	COTS	N/A
1	Ground Control Station

Example Hardware BOM v2

Vendor Name

Vendor Contact Information (email POC)

Vendor Website

P3 Status (NA, Pending, Approved)

Drone System Name (Prouct Name)

Drone System Manufacturing Number

Type (Air, Land, Underwater, Maritime)

Total Unit Cost (One unit at current capacity)

System Description

BOM Update Date

BOM Revision

Approved By

Approved By POC (Email)

Supply Tier

(System is Tier 1, Major Components Tier 2-n, Resources are final Tier)

Component or Resource Name

Manufacturer Part Number

Category

(Airframe, Propellers, Motors, Battery and Power, Electronic Speed Controllers, Flight Controller, Radio Transmitter / Reciever, Sensors, Navigation, Payload)

Description

(Component or resource description)

Manufacture / Refining Company Name

Incorporation Location

(City, State, Country)

COTS or Proprietary?

(COTS / Proprietary)

Proprietary Assembly Available for Individual Sale?

Assembly / Refining / Extraction Site Name

Facility Type

(Assembly / Refining / Extraction)

Site Location

(Address)

Site Owned By

(entity name)

Site Operated By

(entity name)

Site Line Capacity

(How many manufacturing or Refining lines are available)

Domestically Sourced

(Yes / No)

Daily Production Rate

(Number / Unit)

Surge Production Rate

(Daily)

Ramp Production Rate

(Daily after 180 days)

Technical Readiness Level

Manufacturing Readiness Level

Unit Cost

(Current Capacity)

Component Picture

Tier 1

AeroQuad X4 Tactical UAS

AQ-X4-100

Airframe

Complete autonomous quadcopter reconnaissance platform

AeroTech Defense Inc.

Austin, TX, USA

Proprietary

Yes

AeroTech Final Integration Plant 1

Assembly

4500 Aerospace Pkwy, Austin, TX 78719, USA

AeroTech Defense Inc.

Yes

50 units/day

85 units/day

150 units/day

TRL 9

MRL 9

$8,450.00

Tier 2

Carbon Fiber Monocoque Chassis

AQ-AF-200

Airframe

Lightweight foldable quadcopter airframe structure

CompositeAero LLC

Salt Lake City, UT, USA

Proprietary

Utah Advanced Composites Facility

Assembly

1280 Industrial Blvd, Salt Lake City, UT 84104, USA

CompositeAero LLC

Yes

120 units/day

180 units/day

300 units/day

TRL 9

MRL 9

$420.00

Tier 3

3K Twill Prepreg Carbon Laminate

CF-3K-PP

Airframe

Aerospace-grade epoxy pre-impregnated carbon weave

Hexcel Corporation

Stamford, CT, USA

COTS

N/A

Hexcel Salt Lake Matrix Plant

Assembly

6700 W 5400 S, West Valley City, UT 84118, USA

Hexcel Corporation

Yes

2,500 sq m/day

3,500 sq m/day

5,000 sq m/day

TRL 9

MRL 10

$65.00

Tier 4

High-Modulus Carbon Fiber Tow

T800S-12K

Airframe

12K filament count intermediate modulus carbon fiber yarn

Toray Composite Materials

Tacoma, WA, USA

COTS

N/A

Toray Decatur Carbon Plant

Refining

2030 Hwy 20, Decatur, AL 35601, USA

Toray Industries Inc.

Toray Composite Materials

Yes

8,000 kg/day

10,500 kg/day

14,000 kg/day

TRL 9

MRL 10

$28.00

Tier 5

Polyacrylonitrile (PAN) Precursor

PAN-PRE-99

Airframe

Polymer precursor fiber spun for carbonization

Toray Plastics

Tokyo, Tokyo, Japan

COTS

N/A

Ehime Precursor Spinning Works

Refining

1515 Tsutsui, Masaki-cho, Ehime 791-3194, Japan

Toray Industries Inc.

15,000 kg/day

20,000 kg/day

28,000 kg/day

TRL 9

MRL 10

$11.50

Tier 6

Crude Propylene & Ammonia Feedstock

PROP-AMM-01

Airframe

Petrochemical feedstock for acrylonitrile synthesis

ExxonMobil Chemical

Spring, TX, USA

COTS

N/A

Baytown Olefins Complex

Extraction

3525 Decker Dr, Baytown, TX 77520, USA

ExxonMobil Corp.

ExxonMobil Chemical

Yes

500,000 kg/day

650,000 kg/day

800,000 kg/day

TRL 9

MRL 10

$1.20

Tier 2

Low-Noise Folding Propeller Set (15x5.5)

AQ-PR-1555

Propellers

Glass-reinforced nylon folding propeller blades (set of 4)

AeroProp Dynamics

San Diego, CA, USA

Proprietary

Yes

San Diego Injection Molding Plant

Assembly

8920 Kearny Villa Rd, San Diego, CA 92126, USA

AeroProp Dynamics

Yes

300 sets/day

500 sets/day

900 sets/day

TRL 9

MRL 9

$55.00

Tier 3

Short-Fiber Reinforced Polyamide 66 Pellets

PA66-GF30

Propellers

30% carbon/glass filled nylon compounding pellets

DuPont Mobility & Materials

Wilmington, DE, USA

COTS

N/A

Washington Works Compounding

Refining

8480 DuPont Rd, Washington, WV 26181, USA

Celanese / DuPont

Celanese Corp.

Yes

12,000 kg/day

16,000 kg/day

22,000 kg/day

TRL 9

MRL 10

$8.40

Tier 2

AeroMotor 4014 400KV Brushless Motor

AM-4014-400

Motors

High-torque weatherproof outrunner BLDC motor

T-Motor USA / Titan Drives

Tucson, AZ, USA

COTS

N/A

Tucson Precision Motor Assembly

Assembly

3400 E Valencia Rd, Tucson, AZ 85706, USA

Titan Drives LLC

Yes

240 units/day

400 units/day

750 units/day

TRL 9

MRL 9

$115.00

Tier 3

Stator & Rotor Bell Sub-Assembly

AM-SR-4014

Motors

Laminated silicon steel stator core and CNC aluminum bell

Precision Motion Co.

Taichung, Taiwan, Taiwan

COTS

N/A

Taichung Stamping & CNC Works

Assembly

No. 45 Keyuan Rd, Xitun Dist, Taichung, Taiwan

Precision Motion Co.

600 units/day

900 units/day

1,400 units/day

TRL 9

MRL 9

$42.00

Tier 4

N52SH Curved Neodymium Arc Magnets

MAG-N52SH-14

Motors

High-temperature sintered NdFeB permanent rotor magnets

Shin-Etsu Rare Earth

Tokyo, Tokyo, Japan

COTS

N/A

Takefu Magnet Production Plant

Refining

2-1-5 Kitago, Echizen, Fukui 915-8515, Japan

Shin-Etsu Chemical Co.

15,000 pcs/day

22,000 pcs/day

35,000 pcs/day

TRL 9

MRL 10

$1.85

Tier 5

Neodymium-Praseodymium (NdPr) Metal Alloy

NDPR-MET-99

Motors

Refined rare earth metallic alloy strip cast flakes

MP Materials Corp.

Las Vegas, NV, USA

COTS

N/A

Fort Worth Magnetics Facility

Refining

13840 Independence Pkwy, Fort Worth, TX 76177, USA

MP Materials Corp.

Yes

3,000 kg/day

4,500 kg/day

7,000 kg/day

TRL 8

MRL 8

$68.00

Tier 6

Bastnaesite Rare Earth Ore Concentrate

REO-BAST-01

Motors

Mined rare earth mineral ore containing Nd, Pr, and Ce

MP Materials Corp.

Las Vegas, NV, USA

COTS

N/A

Mountain Pass Rare Earth Mine

Extraction

67750 Bailey Rd, Mountain Pass, CA 92366, USA

MP Materials Corp.

Yes

110,000 kg/day

140,000 kg/day

180,000 kg/day

TRL 9

MRL 10

$4.50

Tier 2

AeroESC 4-in-1 60A Brushless Controller

AE-ESC-60A4

Electronic Speed Controllers

Ruggedized 6S 4-in-1 BLHeli32 electronic speed controller

AeroTech Defense Inc.

Austin, TX, USA

Proprietary

Yes

AeroTech SMT Line 2

Assembly

4500 Aerospace Pkwy, Austin, TX 78719, USA

AeroTech Defense Inc.

Yes

150 units/day

250 units/day

450 units/day

TRL 9

MRL 9

$165.00

Tier 3

6-Layer Heavy Copper ESC PCBA

AE-PCB-ESC6

Electronic Speed Controllers

4oz copper printed circuit board assembly with thermal pads

Sierra Circuits Inc.

Sunnyvale, CA, USA

Proprietary

Sunnyvale Quickturn PCB Plant

Assembly

1108 W Evelyn Ave, Sunnyvale, CA 94086, USA

Sierra Circuits Inc.

Yes

300 boards/day

500 boards/day

800 boards/day

TRL 9

MRL 9

$58.00

Tier 4

OptiMOS 80V N-Channel Power MOSFET

BSC014N08NS5

Electronic Speed Controllers

Low RDS(on) surface-mount switching power transistor

Infineon Technologies

Neubiberg, Bavaria, Germany

COTS

N/A

Infineon Kulim Back-End ATP

Assembly

Lot 10, Kulim Hi-Tech Park, 09000 Kulim, Malaysia

Infineon Technologies

120,000 pcs/day

160,000 pcs/day

250,000 pcs/day

TRL 9

MRL 10

$1.45

Tier 5

300mm Thin-Wafer Power MOSFET Die

WF-MOS-300V

Electronic Speed Controllers

Fabricated 300mm silicon power discrete wafer

Infineon Technologies

Neubiberg, Bavaria, Germany

COTS

N/A

Infineon Villach Fab

Refining

Siemensstrasse 2, 9500 Villach, Austria

Infineon Technologies

1,200 wafers/day

1,500 wafers/day

2,100 wafers/day

TRL 9

MRL 10

$410.00

Tier 6

Float-Zone Monocrystalline Silicon Ingot

SI-FZ-300

Electronic Speed Controllers

Ultra-pure float-zone silicon crystal boules

Siltronic AG

Munich, Bavaria, Germany

COTS

N/A

Siltronic Burghausen Crystal Plant

Refining

Johannes-Hess-Strasse 24, 84489 Burghausen, Germany

Siltronic AG

4,000 kg/day

5,200 kg/day

7,000 kg/day

TRL 9

MRL 10

$85.00

Tier 2

AeroPower 6S 12,000mAh Smart Battery Pack

AP-BAT-6S12K

Battery and Power

Solid-state Li-Ion tactical pack with integrated CAN BMS

AeroTech Defense Inc.

Austin, TX, USA

Proprietary

Yes

AeroTech Battery Pack Assembly

Assembly

4510 Aerospace Pkwy, Austin, TX 78719, USA

AeroTech Defense Inc.

Yes

100 packs/day

180 packs/day

320 packs/day

TRL 9

MRL 8

$540.00

Tier 3

High-Density 21700 Lithium-Ion Cell

INR-21700-50E

Battery and Power

Cylindrical 5000mAh high-discharge lithium-ion cell

Samsung SDI

Yongin, Gyeonggi, South Korea

COTS

N/A

Cheonan Battery Plant

Assembly

4674th St, Seobuk-gu, Cheonan-si, South Korea

Samsung SDI Co.

250,000 cells/day

320,000 cells/day

450,000 cells/day

TRL 9

MRL 10

$4.80

Tier 4

Coated NMC811 Cathode Electrode Foil

CAT-NMC811-AL

Battery and Power

Aluminum collector foil coated with active cathode slurry

POSCO Future M

Pohang, Gyeongbuk, South Korea

COTS

N/A

Gwangyang Cathode Complex

Refining

95 Yulchon-sandan, Gwangyang-si, South Korea

POSCO Holdings

POSCO Future M

45,000 sq m/day

60,000 sq m/day

85,000 sq m/day

TRL 9

MRL 10

$14.20

Tier 5

Battery-Grade Lithium Hydroxide Monohydrate

LIOH-BG-56

Battery and Power

Refined precursor chemical powder for high-nickel cathodes

Albemarle Corporation

Charlotte, NC, USA

COTS

N/A

Kings Mountain Conversion Plant

Refining

3009 Kings Mountain Hwy, Kings Mountain, NC 28086, USA

Albemarle Corp.

Yes

25,000 kg/day

32,000 kg/day

45,000 kg/day

TRL 9

MRL 9

$19.50

Tier 6

Lithium Brine Concentrate

LI-BRINE-RAW

Battery and Power

Extracted continental salar lithium brine

Albemarle Corporation

Charlotte, NC, USA

COTS

N/A

Salar de Atacama Brine Facility

Extraction

Sector Salar de Atacama, Antofagasta, Chile

CORFO (Chile)

Albemarle Ltda.

180,000 kg/day

220,000 kg/day

280,000 kg/day

TRL 9

MRL 10

$2.80

Tier 2

AeroPilot NDAA Triple-Redundant Flight Controller

AP-FC-NDAA3

Flight Controller

NDAA-compliant autopilot module with heated dual IMUs

AeroTech Defense Inc.

Austin, TX, USA

Proprietary

Yes

AeroTech Avionics Cleanroom

Assembly

4500 Aerospace Pkwy, Austin, TX 78719, USA

AeroTech Defense Inc.

Yes

90 units/day

150 units/day

280 units/day

TRL 9

MRL 9

$680.00

Tier 3

AeroPilot HDI 8-Layer Avionics PCBA

AP-PCB-FC8

Flight Controller

Populated high-density interconnect avionics mainboard

Benchmark Electronics

Tempe, AZ, USA

Proprietary

Benchmark Phoenix Defense Line

Assembly

56 S Rockford Dr, Tempe, AZ 85288, USA

Benchmark Electronics

Yes

180 boards/day

300 boards/day

500 boards/day

TRL 9

MRL 9

$210.00

Tier 4

32-Bit ARM Cortex-M7 Microcontroller

STM32H753VIT6

Flight Controller

Dual-bank flash 480MHz flight control processor IC

STMicroelectronics

Geneva, Geneva, Switzerland

COTS

N/A

ST Muar Back-End Assembly & Test

Assembly

Tanjong Agas Industrial Area, 84007 Muar, Malaysia

STMicroelectronics

85,000 pcs/day

110,000 pcs/day

160,000 pcs/day

TRL 9

MRL 10

$9.80

Tier 5

40nm Embedded Flash CMOS Silicon Wafer

WF-STM32-40NM

Flight Controller

Fabricated 300mm logic wafer containing MCU dies

TSMC

Hsinchu, Taiwan, Taiwan

COTS

N/A

TSMC Fab 14

Refining

1-1 Nan-Ke N. Rd, Tainan Science Park, Tainan, Taiwan

TSMC

3,500 wafers/day

4,200 wafers/day

5,500 wafers/day

TRL 9

MRL 10

$3,200.00

Tier 6

193nm ArF Immersion Photoresist & 9N Silane Gas

CHEM-ARF-SIH4

Flight Controller

Ultra-pure semiconductor lithography chemicals and silane

Entegris / Shin-Etsu

Billerica, MA, USA

COTS

N/A

Entegris Danbury Specialty Gas

Refining

7 Commerce Dr, Danbury, CT 06810, USA

Entegris Inc.

Yes

2,000 L/day

2,800 L/day

4,000 L/day

TRL 9

MRL 10

$340.00

Tier 2

SecureLink AES-256 MIMO Datalink Transceiver

SL-MIMO-24

Radio Transmitter / Reciever

Dual-band 1.8GHz/2.4GHz encrypted mesh radio transceiver

Silvus / TacticalRF Corp

Los Angeles, CA, USA

COTS

N/A

Los Angeles RF Integration Lab

Assembly

10990 Wilshire Blvd, Los Angeles, CA 90024, USA

TacticalRF Corp

Yes

75 units/day

120 units/day

220 units/day

TRL 9

MRL 9

$1,450.00

Tier 3

GaN RF Front-End Power Amplifier Module

QPA2212-RF

Radio Transmitter / Reciever

Gallium Nitride high-efficiency RF power amplifier MMIC

Qorvo Inc.

Greensboro, NC, USA

COTS

N/A

Qorvo Richardson GaN Foundry

Refining

500 W Renner Rd, Richardson, TX 75080, USA

Qorvo Inc.

Yes

5,000 pcs/day

7,500 pcs/day

12,000 pcs/day

TRL 9

MRL 9

$64.00

Tier 2

Tactical 6-DoF MEMS Inertial & Barometric Suite

SENS-IMU-300

Sensors

Vibration-isolated tactical grade gyroscope and accelerometer

Honeywell Aerospace

Charlotte, NC, USA

COTS

N/A

Honeywell Plymouth MEMS Fab

Assembly

12001 State Hwy 55, Plymouth, MN 55441, USA

Honeywell International

Honeywell Aerospace

Yes

150 units/day

220 units/day

380 units/day

TRL 9

MRL 9

$490.00

Tier 2

Anti-Jam Multi-Band RTK GNSS Receiver

NAV-GNSS-AJ9

Navigation

L1/L2/L5 GPS/Galileo receiver with controlled reception pattern

NovAtel / HexNav Defense

Calgary, AB, Canada

COTS

N/A

Calgary Precision GNSS Facility

Assembly

10921 14th St NE, Calgary, AB T3K 2L5, Canada

Hexagon AB

NovAtel Inc.

110 units/day

175 units/day

300 units/day

TRL 9

MRL 9

$820.00

Tier 2

Dual EO/IR Thermal Gimbal Payload

PAY-EOIR-640

Payload

2-axis stabilized 4K visible and 640x512 LWIR thermal camera

Teledyne FLIR Defense

Thousand Oaks, CA, USA

COTS

N/A

Goleta Infrared Sensor Center

Assembly

6769 Hollister Ave, Goleta, CA 93117, USA

Teledyne Technologies

Teledyne FLIR LLC

Yes

60 units/day

95 units/day

160 units/day

TRL 9

MRL 9

$3,200.00

Tier 3

Uncooled VOx Microbolometer Focal Plane Array

FPA-VOX-640

Payload

12-micron pixel pitch Vanadium Oxide LWIR detector core

Teledyne FLIR Defense

Thousand Oaks, CA, USA

Proprietary

Yes

Goleta ROIC & Bolometer Wafer Fab

Refining

6769 Hollister Ave, Goleta, CA 93117, USA

Teledyne Technologies

Teledyne FLIR LLC

Yes

120 units/day

180 units/day

280 units/day

TRL 9

MRL 9

$1,150.00

Tier 4

Chalcogenide & Germanium LWIR Optical Lens Set

OPT-GE-LWIR

Payload

Anti-reflective diamond-turned Germanium thermal lens assembly

LightPath Technologies

Orlando, FL, USA

COTS

N/A

Orlando Precision Optics Plant

Refining

2603 Challenger Tech Ct, Orlando, FL 32826, USA

LightPath Technologies

Yes

200 sets/day

300 sets/day

500 sets/day

TRL 9

MRL 9

$290.00

Tier 5

Zone-Refined Optical Grade Germanium Blank

GE-BLANK-999

Payload

99.999% pure polycrystalline Germanium optical lens blank

Umicore Electro-Optic

Brussels, Brussels, Belgium

COTS

N/A

Olen Germanium Refining Plant

Refining

Watertorenstraat 33, 2250 Olen, Belgium

Umicore NV

800 kg/day

1,100 kg/day

1,600 kg/day

TRL 9

MRL 9

$1,850.00

Tier 6

Zinc Smelter Flue Dust (Germanium Concentrates)

ZN-GE-RES01

Payload

Germanium-bearing byproduct residue from sphalerite zinc ore

Teck Resources Ltd.

Vancouver, BC, Canada

COTS

N/A

Trail Metallurgical Operations

Extraction

25 Aldridge Ave, Trail, BC V1R 4S4, Canada

Teck Resources Ltd.

Teck Metals Ltd.

15,000 kg/day

18,000 kg/day

24,000 kg/day

TRL 9

MRL 10

$45.00

https://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/dayhttps://kg.corp.google.com/day Additional Company Information

GENERAL INFORMATION

COMPANY INFORMATION	CERTIFICATIONS
Supplier Name:	Instructions:

Select certifications currently held or in-process of renewal.

Certifications not yet held, but scheduled for acquisition should be noted in "Notes/ Comments" block.

Street Address:		ISO9001
City:		AS9100
State:		AS9006
Country:		TL9000
Postal Code		10CFR50 B
Date of Application:		ISO/TS 16949
Fiscal Year-end Close date		ISO 13485
Duns #		AS9003
Cage Code (if applicable)		MIL-I-45208
Work force Unionized (Yes/No)		MIL-Q-9858
No. of Employees		ISO14001
PARENT COMPANY INFORMATION (If Applicable)		ISO17025
Company Name:		ANSI Z540-1
Address:		NADCAP AC7004
City:		AS5553
State:		AS6081
Zip Code:		AS6074
BUSINESS TYPE		ANSI/ ESD S20.20
Manufacturer	Staffing Services	IPC-A-610
Factory Authorized Distributor	Engineering Services	IPC/ WHMA-A-620
Manufacturer's Representative	Finance Company	J-STD-001
Processor: Cleaning, Plating, testing, Etc.	Technical Services	J-STD-001 Trainer
Construction	Government Agency	ASME NQA
Distributor	Consultant	ASME
LOCAL DCMA OFFICE INFORMATION (If Applicable)		U
Representative Name:		S
Representative Function/ Title:		QSC
Email Address:		NBBI "R"
Phone Number:		NAVSEA
Department:		Federal Aviation Regulation (FAR) 145	NOTES/ COMMENTS
Team Code:		Federal Aviation Regulation (FAR) 21	Notes
Command/ Region:		ITAR
FACILITY OR COMPOUND INFORMATION
1. Does the supplier own or lease current manufacturing location?
2. If leased, when is the lease renewal date? What is the renewal length?
3. How long (in years) has supplier been at the current manufacturing location?
4. How many building comprise facility?
5. Square Feet of Each Building in facility
			Comments

!!BOM Detail Expected!!

Hierarchy	System	Type	Notes
1	UAS	Platform
2	Battery Pack	Component
3	Battery Cell	Sub-Component
4	Anode Active Material	Sub-Component Part
4	Cathode Active Material	Sub-Component Part
4	Copper/Aluminum Foils	Sub-Component Part
4	Electrolyte	Sub-Component Part
4	Separator	Sub-Component Part
4	Cans/Pouch Material	Sub-Component Part
4	Solvents	Sub-Component Part
4	Electrolyte Additives	Sub-Component Part
4	Electrolyte Salt	Sub-Component Part
4	Tapes, Adhesives, Safety Devices	Sub-Component Part
3	Battery Management System	Sub-Component
4	PCBA	Sub-Component Part	For every PCBA include the information below
**5	Software/Firmware	PCB Part Items
**5	System-on-Chip	PCB Part Items
**5	Microcontroller	PCB Part Items
**5	Microprocessor	PCB Part Items
**5	Persistent Memory Module	PCB Part Items
**5	RF IC	PCB Part Items
**5	FPGA	PCB Part Items
**5	Other Programmable ICs	PCB Part Items
**5	Other Communication ICs	PCB Part Items
5	Non-persistent Memory Module	PCB Part Items
5	Interface Ics	PCB Part Items
5	Signal and Voltage Conditioning ICs	PCB Part Items
5	Other passive microchips	PCB Part Items
2	Radio	Component
3	Radio Receiver/Transmitter or Transceiver	Sub-Component
3	Video Receiver/Transmitter or Transceiver	Sub-Component
2	Companion Computer	Component
3	PCBA	Sub-Component
2	Other Data Transmission Devices	Component
3	Receiver/Transmitter or Transceiver	Sub-Component
2	Removable Data Storage (SD Card/USB/SSD)	Component
3	PCBA	Sub-Component
2	Flight Controller	Component
3	PCBA	Sub-Component
3	Internal Navigation Sensor	Sub-Component
2	Gimbal	Component
3	Gimbal Motor	Sub-Component
4	Magnet	Sub-Component Part
4	Rare Earth Feedstock	Sub-Component Part
4	Winding	Sub-Component Part
4	Specialty Metals	Sub-Component Part
2	Propulsion Motor	Component
4	Magnet	Sub-Component Part
4	Rare Earth Feedstock	Sub-Component Part
4	Winding	Sub-Component Part
4	Specialty Metals	Sub-Component Part
2	Any other component with a PCB	Component
2	Any other component with a Motor	Component
2	Navigation System	Component
3	PCBA	Sub-Component
3	Navigation Sensor	Sub-Component
2	Other Network Connectivity Equipment	Component
3	Receiver/Transmitter or Transceiver	Sub-Component
2	Camera	Component
3	PCBA	Sub-Component
3	Optical Sensor/Image Sensor	Sub-Component
3	Image Processor	Sub-Component
2	Operating Software	Component
2	Electronic Speed Controller	Component
3	PCBA	Sub-Component
2	Other External Sensors (IR/LIDAR/Laser/etc.)	Component
3	PCBA	Sub-Component
1	Ground Control Station	GCS
2	GCS Data Storage	Component
3	PCBA	Sub-Component
2	GCS Other Data Transmission Device	Component
3	PCBA	Sub-Component
2	GCS Remote Controller	Component
3	PCBA	Sub-Component
3	Swappable Radio Module	Sub-component
2	GCS Radio	Component
3	PCBA	Sub-Component
2	GCS Operating Software	Component

2	GCS Network Connectivity	Component
3	PCBA	Sub-Component
2	GCS Goggles	Component
3	PCBA	Sub-Component
3	Radio Receiver/Transmitter or Transceiver	Sub-Component
2	GCS Display	Component
3	PCBA	Sub-Component
2	GCS Computing and Processing Assembly	Component
3	PCBA	Sub-Component
2	Any other component with a PCB	Component
3	PCBA	Sub-Component
2	Any other component with a Motor	Component
3	PCBA	Sub-Component

Hardware BOM

Product
BOM Update Date
BOM Revision	Rev. A
Approved By
Approved By's Email

Hierarchy	Component	Component Name	Type	Description	Manufacturer Part Number	Manufacture Company Name	Country of Domicile (HQ Location)	Country of Manufacture (Where Produced/Wafer Fabrication)	Country of Manufacturer (ATP Locations)	COTS/Proprietary	Proprietary Assembly Available for Individual Sale?
1	UAV/UAS	Made-Up UAV	Platform	Made-up Part Number UAV						Proprietary	N/A
2	Navigation System	Navboard Navvi	Component	Main navigation system
3	PCBA	Navboard Navvi PCB	Sub-Component	Main PCB Board for the Navboard Navvi
4	System-on-Chip	Sphere Orange	PCB Part Items	GNSS module supports GPS functionality
5	Microcontroller	SGM32F56	PCB Part Items	SGM Microcontroller 32bit 64 Mb
5	Persistent Memory Module	MFS64GB	PCB Part Items	Macron Flash Storage
5	Internal Navigation Sensor	MEMS456	PCB Part Items	Microelectromechanical system for measuring inertia
2	Camera	FramCam	Component	FPV Camera for UAS
3	PCBA	FramCam PCB	Sub-Component	Main PCB Board for FramCam
4	Optical Sensor/Image Sensor	Somy Image Sensor	PCB Part Items	Image Sensor 64 Megapixel
4	Image Processor	Quackcomm Image Processor	PCB Part Items	Image processor
4	Other Programmable ICs	HQ Shutter Driver	PCB Part Items	Camera shutter driver
1	Ground Control Station

Firmware Software BOM

Assembly Smith, Wyatt (Military): Smith, Wyatt (Military):

Add Assemblies as required Component Nomenclature Software/Firmware Version Developer Name Development Country of Origin

Replacement Parts List Please only populate this table with non-critical replacement parts that the vendor is willing to sell or that are available from other vendors (COTS), exclude screws, resistors, capacitors, and other small "consumable" electronics or mechanical parts.

Assembly Sub-Assembly Component Sub-Component Description Manufacturer Part Number Manufacture Company Name COTS/Proprietary Proprietary Assembly Available for Individual Sale? Vendor Willing to Resale COTS Items

Data Listing

Hierarchy	Assembly Column				Type
	UAV/UAS	COTS	Repair/Sustainment	Yes	Platform
	Battery Pack	Proprietary	Commercial Sale	No	Component
	Battery Cell		Both	N/A	Sub-Component
	Anode Active Material		N/A		Sub-Component Part
	Cathode Active Material				PCB Part Items
	Copper/Aluminum Foils				GCS
	Electrolyte
	Separator
	Cans/Pouch Material
	Solvents
	Electrolyte Additives
	Electrolyte Salt
	Tapes, Adhesives, Safety Devices
	Battery Management System
	PCBA
	Software/Firmware
	System-on-Chip
	Microcontroller
	Microprocessor
	Persistent Memory Module
	RF IC
	FPGA
	Other Programmable ICs
	Other Communication ICs
	Non-persistent Memory Module
	Interface Ics
	Other passive microchips
	Radio
	Radio Receiver/Transmitter or Transceiver
	Video Receiver/Transmitter or Transceiver
	Companion Computer
	Other Data Transmission Devices
	Receiver/Transmitter or Transceiver
	Removable Data Storage (SD Card/USB/SSD)
	Flight Controller
	Internal Navigation Sensor
	Gimbal
	Gimbal Motor
	Magnet
	Rare Earth Feedstock
	Winding
	Specialty Metals
	Propulsion Motor
	Any other component with a PCB
	Any other component with a Motor
	Navigation System
	Navigation Sensor
	Other Network Connectivity Equipment
	Camera
	Optical Sensor/Image Sensor
	Image Processor
	Operating Software
	Electronic Speed Controller
	Other External Sensors (IR/LIDAR/Laser/etc.)
	Ground Control Station
	GCS Data Storage
	GCS Other Data Transmission Device
	GCS Remote Controller
	Swappable Radio Module
	GCS Radio
	GCS Operating Software
	GCS Network Connectivity
	GCS Goggles
	GCS Display
	GCS Computing and Processing Assembly

File details come from the government source that posted it. Updated Nov 13, 2026.