USA & Canada
USA & Canada
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Multiple AM Technologies

200+ in-house printers, 7 additive technologies, 50+ engineering-grade materials

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U.S.-Based Manufacturing

In-house production across our U.S. manufacturing network

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Security & Compliance

ITAR registered and CMMC Level 2 (Self-Assessed)

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Certified Quality Systems

ISO 9001 and AS9100 certified quality systems.

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Drone Part Manufacturing from Prototype to Repeat Production

Move from functional 3D printed drone parts to repeat production without committing too early to hard tooling. We support bridge production, repeat builds, replacement parts, and transitions to other manufacturing processes, when appropriate.

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Prototype and Validate

Produce drone and UAV components to evaluate form, fit, function, and design alternatives.

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Bridge to Production

Define the process, first-article, finishing, inspection, and documentation requirements before repeat production.

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Repeat Production and Spares

Maintain revision-controlled builds for serialized parts, replacement components, spares, and changing demand.

Stratasys Direct | 3D printed drone camera housing thumbnail

Produce drone and UAV components to evaluate form, fit, function, and design alternatives.

Stratasys Direct | 3D printed drone mounting bracket thumbnail

Define the process, first-article, finishing, inspection, and documentation requirements before repeat production.

Stratasys Direct | 3D printed drone battery tray thumbnail

Maintain revision-controlled builds for serialized parts, replacement components, spares, and changing demand.

Custom Drone and UAV Components We Manufacture

Customer Testimonial

Steve Fournier General Atomics | Stratasys Direct

A service bureau will deliver something, but there’s no quality clauses or the rigor of manufacturing to deliver a fully functional flight part repeatably, at least from our industry standpoint. A contract manufacturer (such as Stratasys Direct) will take responsibility for the quality and will be audited and take that level of stringency to deliver that hardware, not only once, but always to the same quality level.

Date range: January 2024 to July 2026

370,000+ Parts Shipped
3,162 Unique part numbers produced
65 Customer Locations Served
3D printed avionics box closed Stratasys Direct

Finishing, Assembly, and Inspection for Drone Parts  

Printing may be only one step in producing a finished drone or unmanned system component. Stratasys Direct® offers secondary finishing, assembly, and inspection services to help prepare parts for functional testing, system integration, and end-use applications.

Surface and Environmental Performance

Vapor smoothing, painting and dyeing can improve surface quality and appearance, while selected functional coatings can help protect components from moisture, UV exposure and chemicals.

Assembly and Integration

Reduce downstream production steps with threaded inserts, fasteners, bonding, hardware installation and mechanical assembly. Components can be delivered with specified hardware and subassemblies installed for more efficient integration into the final system.

3D printed avionics box open with EMI shielding coating Stratasys Direct

Electronics Protection and Traceability

Available options may include ESD-capable materials, sealing surfaces, coatings, threaded inserts, installed hardware, assembly, labels and serialized marking, based on project requirements.

Electronics Protection

Protect sensitive electronics with conductive EMI/RFI shielding coatings applied to polymer enclosures. Electroplating and metal plating are also available when appropriate for the material, geometry and performance requirements.

Precision and Traceability

CNC finishing can bring critical holes, mounting points, mating features and sealing surfaces to the required dimensions. Additional options include inspection to drawing, first article inspection (FAI), AS9102 reporting, GD&T, and physical-property testing when specified.

Drone and UAV Part Materials and AM Technologies

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Heat, Chemical and Flight Requirements

For avionics housings, ducts, brackets, and other components used in demanding flight environments, Antero® 800NA, Antero® 840CN03, and ULTEM™ 9085 provide material options for elevated temperatures, chemical exposure, low outgassing, and applicable flame, smoke, and toxicity requirements. Antero 840CN03 also provides ESD performance.

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Lightweight Strength and Rigidity

FDM® Nylon 12CF™ is best suited to brackets, payload mounts, structural housings, tooling, and selected metal-replacement applications that benefit from high stiffness-to-weight performance.

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Sealing, Flexibility and Vibration Control

FDM® TPU 92A supports flexible seals, protective covers, vibration dampeners, and other elastomeric components. Post-processing options such as vapor smoothing or specialty coatings can also seal compatible parts across multiple additive technologies.

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Durable Production Parts

PA11 and PA12 options are best suited to impact-resistant housings, covers, ducts, clips, protective components, and repeatable production.

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Composite Tooling and Production Molds

Use printed layup tools, molds, and production aids when direct printing is not the right solution or when an evolving design makes conventional tooling too costly or slow. This multi-technology approach is especially useful when unmanned platforms require different processes for structural components, enclosures, flexible parts, and detailed prototypes.

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How to Order Custom Drone and UAV Parts

Upload your CAD file for an online quote, or contact our team when your project requires engineering review, controlled production, custom inspection or documentation.

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Upload and Quote

Upload CAD files for an instant quote or expert review

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DFM and Engineering Review

Confirm geometry, materials and critical requirements.

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Production Planning

Establish the build plan, schedule and documentation needs.

Stratasys Direct Drone component manufacturing icon step 4 3D Printing

Additive Manufacturing

Build parts with the selected process and material.

Stratasys Direct Drone component manufacturing icon step 5 finishing and inspection

Finishing and Inspection

Complete required finishing, assembly and quality checks.

Stratasys Direct Drone component manufacturing icon step 6 documentation and traceability

Documentation and Traceability

Receive parts with the agreed inspection and traceability records.

Drone component manufacturing icon step 1 upload and quote

Upload CAD files for an instant quote or expert review

Stratasys Direct Drone component manufacturing icon step 2 DFM engineering review

Confirm geometry, materials and critical requirements.

Stratasys Direct Drone component manufacturing icon step 3 production planning

Establish the build plan, schedule and documentation needs.

Stratasys Direct Drone component manufacturing icon step 4 3D Printing

Build parts with the selected process and material.

Stratasys Direct Drone component manufacturing icon step 5 finishing and inspection

Complete required finishing, assembly and quality checks.

Stratasys Direct Drone component manufacturing icon step 6 documentation and traceability

Receive parts with the agreed inspection and traceability records.

Accelerate Drone Innovation with Additive Manufacturing

Cut costs, shorten lead times, and open new design possibilities for UAV manufacturing. Whether you’re exploring 3D printable drones for commercial or military use, this guide provides the important insights to help you produce faster and smarter.

Frequently Asked Questions

Stratasys Direct supports applicable controlled drone programs through CMMC-compliant, DDTC/ITAR-registered U.S. operations. Confirm security, documentation, and compliance requirements with the team before submitting files.

Yes, Stratasys Direct manufactures end-use UAV parts when the design and requirements suit additive manufacturing. Engineers evaluate part geometry, loads, operating environment, materials, manufacturing processes, inspection, and validation requirements before selecting an approach. Final qualification depends on the specific UAV application and program.

The best 3D printing technology for drone parts depends on the component and its requirements. Stratasys Direct compares FDM, SLS, SAF, MJF, SLA, P3, and PolyJet based on part size, geometry, strength, weight, surface finish, production quantity, inspection needs, and documentation requirements.

Stratasys Direct manufactures custom 3D printed drone parts and UAV components, including frames, airframes, payload mounts, sensor housings, landing gear, propeller guards, electronics enclosures, battery trays, ducts, and brackets. Part feasibility depends on operating loads, environmental conditions, component criticality, and qualification requirements.

Yes, Stratasys Direct supports production and replacement parts by moving projects from prototypes and engineering builds into bridge production, repeat manufacturing, spares, and replacement parts. Production plans can include revision control, finishing, assembly, inspection, and documentation based on the requirements of each program.

Stratasys Direct provides drone part materials including FDM® Nylon 12CF™, Antero® 800NA, Antero® 840CN03, ULTEM™ 9085 CG, PA11, PA12, and TEPU™ elastomers. Select materials based on structural, thermal, chemical, electrical, environmental, finishing, and qualification requirements for the specific drone component.

Stratasys Direct offers finishing, assembly, and inspection services that may include vapor smoothing, painting, dyeing, coatings, CNC finishing, threaded inserts, hardware installation, assembly, standard inspection, inspection to drawing, first article inspection, AS9102 reporting, GD&T inspection, and specified testing.

Visit RapidQuotes to upload CAD files and request a quote for custom drone parts. Provide the required quantity, material, finish, tolerances, and delivery requirements. If you have questions or your project is complex or controlled, talk to a Stratasys Direct expert first to confirm the appropriate engineering process and secure file-transfer workflow.

The maximum build size for a 3D printed drone part depends on the technology, material, and geometry. The largest FDM build envelope is 36 × 24 × 36 in. (914 × 610 × 914 mm). Print larger parts in sections and bond them to create larger assemblies.

Stratasys Direct can evaluate drone propeller prototypes and selected functional aerodynamic components for 3D printing. Propeller suitability depends on geometry, material properties, rotational loads, balance, testing, and qualification requirements. Drone propellers require an engineering review before production to determine whether the selected manufacturing approach meets application requirements.

Considering In-House Production?

Explore Stratasys 3D printers, materials and software for organizations that want to manufacture drone and unmanned-system parts internally.

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