Performance Composites Inc.

Custom Drone Boxes & UAS Composite Manufacturing

Engineered. Manufactured. Assembled.

Performance Composites manufactures custom drone boxes, composite enclosures, drone stations, and UAS infrastructure for defense, commercial, and industrial applications. Our services cover tooling, composite fabrication, CNC machining, finishing, and assembly to customer-defined specifications and bills of materials (BOMs). With manufacturing facilities in Compton, California, and Reno, Nevada, we support drone and unmanned aircraft system manufacturers nationwide.

Custom Drone Boxes for Defense and Commercial UAS

Drone systems require enclosures designed around specific equipment dimensions, mounting requirements, and operating conditions. Performance Composites manufactures custom composite structures for OEMs, defense contractors, and UAS technology companies.

Our manufacturing capabilities support:

  • Custom Drone Boxes
  • Drone Storage Enclosures
  • UAS Ground Station Housings
  • Drone Docking Station Structures
  • Protective Electronics Enclosures
  • Communications Equipment Covers
  • Composite Equipment Panels
  • Custom Mounting Structures
  • Integrated Hardware and Assembly
  • Outdoor Drone Infrastructure Components

Each project is manufactured according to customer drawings, material specifications, and production requirements.

Composite Drone Boxes for Specialized Equipment

Composite materials allow manufacturers to develop complex enclosure shapes while addressing weight, stiffness, corrosion resistance, and functional requirements. Performance Composites works with fiberglass, carbon fiber, and advanced composite materials to manufacture components for specialized drone applications.

Protective Drone Equipment Enclosures

Drone equipment housings may need to accommodate aircraft, electronics, accessories, or supporting hardware. Custom construction allows the enclosure geometry to match the equipment rather than requiring the equipment to fit a standard housing.

Drone Ground Station Housings

Ground stations contain equipment used to communicate with, monitor, or control unmanned aircraft. Composite housings can be manufactured around specified electronic components, access openings, and mounting arrangements.

Drone Docking Station Structures

Drone docking stations may require molded covers, protective housings, and supporting structures. Performance Composites manufactures composite components based on customer-defined dimensions and assembly requirements. Automated docking mechanisms and electronic control systems remain subject to the customer’s integration specifications.

Electronics and Communications Enclosures

Some UAS equipment requires protective housings compatible with radio-frequency transmission. Fiberglass may be appropriate for RF-transparent applications when the reinforcement, resin system, and laminate construction meet the required operating conditions.

Composite Materials for Drone and UAS Manufacturing

Material selection affects enclosure weight, structural properties, environmental resistance, and manufacturing cost. The appropriate construction depends on the intended application rather than a single preferred material.

Fiberglass Composite Enclosures

Fiberglass provides corrosion resistance and flexibility for complex molded structures. It can be suitable for outdoor equipment housings and communications enclosures requiring RF-compatible materials.

Carbon Fiber Composite Components

Carbon fiber offers high stiffness relative to weight, making it useful for selected structural applications. Because carbon fiber is electrically conductive, its suitability must be evaluated when the enclosure contains antennas or sensitive communications equipment.

Composite Sandwich Panels

Sandwich construction combines composite skins with lightweight foam or honeycomb cores. This approach can provide additional bending stiffness for larger covers, panels, and structural housings without relying entirely on thicker solid laminates.

Custom Drone Box Design and Tooling

Drone equipment manufacturers often require specialized molds and fixtures because their enclosures must accommodate specific aircraft configurations, electronics, and mounting arrangements. Performance Composites provides engineering assistance and in-house tooling capabilities to support custom component development.

Our services include:

  • CAD Design Support
  • Prototype Development
  • CNC-Machined Masters
  • Custom Mold Manufacturing
  • Temporary Prototype Tooling
  • Production Molds
  • 3D-Printed Locating Fixtures
  • 3D-Milled Assembly Fixtures
  • Tooling Modifications

Mold design considers component geometry, part release, surface requirements, and the intended manufacturing process.

Designing Around Customer Equipment

Enclosure dimensions must account for the equipment installed inside the finished structure. Mounting points, access panels, openings, and internal clearances are established from the customer’s approved drawings.

Tooling for Repeat Production

Production molds must maintain the required geometry through repeated manufacturing cycles. Performance Composites manufactures custom tooling for prototype and production applications, with material selection and mold construction determined by project requirements.

Drone Enclosure Prototyping and Production

Prototype development allows manufacturers to evaluate component fit and manufacturing feasibility before committing to production quantities. Performance Composites supports both initial development and repeat manufacturing.

Prototype Drone Enclosures

Prototype components can be used to evaluate dimensions, mounting locations, and assembly requirements. Temporary tooling may provide a cost-effective option when the design is still being refined.

Production Drone Boxes

Production manufacturing requires consistent component geometry and controlled fabrication processes. Our engineering, tooling, and manufacturing teams coordinate approved specifications to support repeat production.

Composite Manufacturing Processes for UAS Components

Performance Composites offers several manufacturing methods for custom drone enclosures and supporting structures. The selected process depends on component geometry, material requirements, production volume, and surface specifications.

Vacuum Infusion

Vacuum infusion draws resin through reinforcement materials inside a sealed mold. It is suitable for many larger composite structures and complex molded panels requiring controlled laminate construction.

Light Resin Transfer Molding

Light RTM uses matched tooling and controlled resin introduction to produce suitable molded composite components. This process can support repeatable manufacturing for selected enclosure designs.

Prepreg Manufacturing

Prepreg materials contain reinforcement fibers pre-impregnated with resin. They may be selected for components requiring controlled reinforcement and resin content.

Hand Layup and Spray Layup

Hand layup allows reinforcement materials to be positioned within a mold for custom fabrication. Spray layup provides another manufacturing option for suitable fiberglass components.

CNC Machining and Drone Box Assembly

Custom enclosures frequently require additional operations after molding. These processes prepare the component for equipment installation and integration.

Performance Composites provides:

  • CNC Routing and Trimming
  • Precision Drilling and Cutouts
  • Bracket Installation
  • Threaded Insert Installation
  • Mounting Hardware Integration
  • Surface Preparation
  • Painting and Finishing
  • Dimensional Inspection
  • Final Assembly
  • Packaging and Crating

Assembly work is performed according to customer drawings and bills of materials.

Drone Boxes for Defense and Security Applications

Defense and security UAS programs may require custom structures for field equipment, communications systems, and supporting infrastructure.

Performance Composites manufactures defense-related composite components according to customer-defined structural, environmental, and functional requirements.

Applications include:

  • Military Drone Equipment Housings
  • Tactical UAS Enclosures
  • Communications Equipment Covers
  • Protective Ground Station Structures
  • Custom Composite Support Panels
  • Specialized Drone Infrastructure

Requirements such as environmental resistance, RF performance, and structural loading must be established for each project.

Specific military standards, protection ratings, or environmental certifications require separate verification.

RUGGED & RELIABLE

Built for harsh environments

COMPOSITE EXPERTISE

RF-transparent & structural solutions

END-TO-END MANUFACTURING

Engineering, tooling, manufacturing, assembly & integration

QUALITY ASSURED

First article inspection & repeatable quality

Drone and UAS Composite Manufacturing in California and Nevada

Performance Composites provides American-made composite manufacturing services from two facilities serving customers throughout the United States.
Compton, California

Our 53,000-square-foot Southern California facility supports manufacturers throughout Los Angeles County and surrounding aerospace, defense, and technology markets.

Reno, Nevada

Our 51,000-square-foot Reno facility provides additional manufacturing capacity for customers in Nevada, Northern California, and other western states. We also work with drone and UAS manufacturers in Arizona, Utah, Oregon, Washington, Colorado, and nationwide. Customers can submit drawings and project specifications for manufacturing evaluation regardless of their location.

Why UAS Manufacturers Work with Performance Composites

Performance Composites combines tooling, fabrication, machining, and assembly capabilities for manufacturers developing specialized composite equipment.

With more than 40 years of composite manufacturing experience, our team supports projects from initial development through production.

Our capabilities include:

  • In-House Engineering and Design Support
  • Custom Tooling and Mold Fabrication
  • Multiple Composite Manufacturing Processes
  • CNC Machining
  • Hardware Installation and Integration
  • Dimensional Inspection
  • Surface Finishing
  • Prototype and Production Manufacturing
  • ISO 9001:2015 Certification
  • California and Nevada Manufacturing Facilities

Our experience across defense, aerospace, telecommunications, transportation, and other industries supports the development of custom components with demanding manufacturing requirements.

FAQs: Drone & UAS Composite Manufacturing

Performance Composites manufactures custom composite enclosures, drone equipment housings, ground station structures, and related UAS components. Each project is based on customer drawings, equipment dimensions, and manufacturing specifications. Our capabilities also cover tooling, machining, finishing, and hardware integration.
Yes. Fiberglass and carbon fiber can be used for custom drone enclosures depending on weight, structural, and functional requirements. Fiberglass may be suitable for RF-transparent applications, while carbon fiber provides high stiffness relative to weight. Material selection must account for the intended equipment and operating conditions.
Yes. Performance Composites manufactures custom composite structures for drone stations and supporting equipment. Components can accommodate customer-defined dimensions, access openings, and mounting features. Manufacturing and assembly requirements are established from the supplied drawings and bill of materials.
Yes. Performance Composites supports prototype development, temporary tooling, and composite fabrication. Prototypes help manufacturers evaluate component fit, geometry, and production feasibility. Approved designs can then move into production tooling and repeat manufacturing.
Yes. Our services cover machining, hardware installation, finishing, and assembly. Brackets, inserts, and mounting components can be installed according to approved customer specifications. Completed structures can be prepared for the next stage of equipment integration.
Need custom drone boxes, UAS ground station housings, or specialized composite infrastructure? Performance Composites provides engineering, tooling, manufacturing, and assembly support for defense and commercial drone equipment.
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Bring Your Drone & UAS Project to Production

Whether you need an RF-transparent housing, ruggedized drone station enclosure, protective fairing, structural composite component, or a custom solution engineered for your application, Performance Composites can help move your project from technical requirements to production.

Send us your drawings, 3D model, quantity requirements, and project timeline to get started.

Trusted Partners

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Insights from Our Annual Customer Surveys

Discover how our engineered composite solutions have transformed products and driven success across industries.

"PCI has been honest and has worked hard to support the demands implied by us. I appreciate working with them!"

"PCI worked closely with us for development of Product for our important customer. We went through a lot of challenges and after FAI, PCI took care of the supplies and ensured quality & on-time delivery as per our requirements."

"PCI provide feedback on ways to improve to save cost. Very good collaboration!"

"I would recommend PCI due to the ability and ease to do business with them and their understanding of customer needs."

"I appreciate PCI’s sense of urgency working on new items and expediting for us."

"Performance Composites is a good partner to us."

"We like PCI’s fast response time to technical, delivery & quality queries as well as their product quality"

"I really enjoy working with the PCI team."

"To sum it up….PCI makes my life easy!"

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