Complex Part Geometry
Machined housings, lightweight brackets and functional assemblies with detailed features.
AEROSPACE MANUFACTURING
Precision Manufacturing for Aerospace Components.
From complex prototypes to low-volume production, HordRT supports aerospace projects with precision machining, rapid tooling and controlled manufacturing processes.
- Complex Precision Parts
- Tight-Tolerance Machining
- Material & Inspection Support
PRECISION + FLEXIBILITY
Built around your project requirements.
AEROSPACE MANUFACTURING
Built for Aerospace Performance.
Aerospace and UAV programs require the right process, controlled dimensions and clear communication from the first design review onward.
HordRT combines CNC machining, rapid tooling, injection molding, die casting and sheet metal fabrication to support functional prototypes, test builds and low-volume production.
Discuss Your Aerospace ProjectProcess & Material Options
Aluminum, engineering plastics and manufacturing processes selected around performance and volume.
Inspection & Documentation
Dimensional inspection and documentation aligned with agreed drawing requirements.
MANUFACTURING CAPABILITIES
The Right Process for Every Stage.
From functional prototypes to production-ready parts, select the process that fits your geometry, material and volume.
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Rapid Tooling
Bridge the gap between prototype validation and production molding.
Prototype · Bridge · Production Tools ↗ Injection MoldingRepeatable polymer enclosures, connectors and lightweight functional parts.
Engineering Resins · Insert Molding · Overmolding ↗ CNC MachiningComplex aluminum housings, structural brackets and precision interfaces.
Aluminum · Titanium · Engineering Plastics ↗ Die CastingProduction-ready metal housings and structural components with integrated features.
Aluminum · Zinc · Secondary Machining ↗ Sheet Metal FabricationCustom panels, brackets, frames and equipment enclosures for aerospace assemblies.
Laser Cutting · Bending · WeldingAEROSPACE APPLICATIONS
Parts for Air and Ground Systems.
Manufacturing support for precision components used across UAV platforms, test equipment and aerospace-related assemblies.
FROM PART TO ASSEMBLYDesigned around real application needs.
UAV Structures & Mounts
Lightweight frames, motor mounts, landing components and structural brackets.
Avionics & Sensor Housings
Machined or molded enclosures for electronics, cameras and sensing systems.
Test & Development Hardware
Functional prototypes, fixtures and parts for validation and integration builds.
Ground Support Equipment
Panels, frames, brackets and custom enclosures for supporting equipment.
Application-specific support: Materials, tolerances, inspection scope and documentation are reviewed against your drawings and project requirements.
Review Your PartMATERIAL OPTIONS
Materials Selected for Performance.
Material selection is matched to weight, strength, operating conditions, manufacturing process and project requirements.
MATERIAL + PROCESSSelected together from the start.
Aluminum Alloys
Lightweight, machinable and widely used for housings, frames and structural brackets.
Common options: 6061, 7075Titanium
High strength-to-weight performance for demanding precision-machined components.
Grade reviewed by projectStainless Steel
Strength and corrosion resistance for fasteners, interfaces and supporting hardware.
Grade reviewed by projectEngineering Plastics
Lightweight options for covers, insulation, enclosures and functional molded parts.
Machined & molded optionsQUALITY & INSPECTION
Verify the Part. Protect the Build.
Inspection planning begins with your drawing, critical dimensions and project requirements—not after the parts are finished.
Drawing & Requirement Review
Critical features, tolerances and inspection scope are identified before manufacturing.
Dimensional Inspection
CMM, blue-light scanning and conventional measuring equipment support geometry verification.
Reports & Project Records
Inspection results and agreed project documentation are prepared for review and traceability.
MEASURED AGAINSTYour Drawing Requirements
PROJECT WORKFLOW
A Clear Path from Drawing to Production.
Each stage is connected, helping engineering teams move forward with fewer handoffs and clearer manufacturing decisions.
START WITH THE DRAWING
DFM & Requirement Review
Geometry, tolerances, material, quantities and critical features are reviewed before manufacturing begins.
MATCH THE REQUIREMENTS
Process & Material Selection
The manufacturing route is matched to performance needs, part complexity, lead time and production volume.
BUILD & LEARN
Prototype & Test Build
Functional parts support fit checks, assembly trials and early-stage design verification.
VERIFY BEFORE RELEASE
Inspection & Validation
Dimensions and agreed project requirements are checked before parts move to the next stage.
SCALE WITH CONTROL
Low-Volume Production
Approved parts move into repeatable production with the selected process and inspection plan.
ONE TEAMMultiple manufacturing processes.
WHY HORDRT
Built for Projects That Keep Moving.
Bring prototypes, test builds and low-volume production into one coordinated manufacturing workflow.
Integrated Manufacturing
CNC machining, tooling, molding, die casting and sheet metal support through one team.
Engineering-Led Review
Geometry, materials, tolerances and manufacturing risks are reviewed before production begins.
Flexible Order Volumes
No MOQ supports early development, test builds, bridge production and changing demand.
Established Quality Systems
Certified management systems and dimensional inspection support controlled manufacturing.
2013Founded
350+Employees
20+Countries Served
No MOQFlexible Project Volumes
Aerospace Project Examples
From Design Review to Flight-Ready Parts
See how coordinated manufacturing processes can support lightweight structures, protected electronics, and accurately fitted aerospace assemblies from prototype through low-volume production.
UAV Structure
Lightweight Drone Frame Components
CNC-machined structural components designed around controlled mounting datums, reduced mass, and repeatable alignment across the airframe assembly.
MaterialAluminum 7075
Process5-Axis CNC Machining
FinishBlack Anodized
Avionics
Protected Electronics Housing
A rigid enclosure with machined interfaces and thermal-management features.
MaterialAluminum
ProcessDie Casting + CNC
Aircraft Assembly
Precision Mounting Bracket
A lightweight bracket produced for accurate assembly positioning and reliable fastening.
MaterialAluminum 6061
ProcessCNC Milling
Every aerospace project is reviewed individually for geometry, material, tolerance, inspection, and production requirements.
Discuss Your Project →
Start Your Aerospace Project
Have an Aerospace Part
Ready for Review?
Send us your drawings and requirements. Our engineering team will review the geometry, material, tolerances, and production volume for a practical manufacturing plan.
- DFM & Process Review
- Material & Tolerance Review
- Prototype to Low-Volume Production
01What information do you need to quote an aerospace project?
Please provide your 3D CAD files, 2D drawings where available, material and finish requirements, critical tolerances, expected quantity and intended application. If some details are not confirmed, our engineers can recommend practical manufacturing options.
02What aerospace components can HordRT manufacture?
We support structural brackets, housings, mounts, covers, fixtures, UAV components, electronic enclosures and other custom parts for prototype and low-volume production projects.
03Which manufacturing processes are available?
Our capabilities include rapid tooling, plastic injection molding, 3-axis to 5-axis CNC machining, die casting and sheet metal fabrication. The process is selected according to geometry, material, production volume and performance requirements.
04What materials are commonly used for aerospace parts?
Common choices include aluminum alloys, titanium, stainless steel, magnesium and engineering plastics. Selection depends on strength-to-weight needs, corrosion resistance, temperature, dimensional stability and project specifications.
05What tolerances can you achieve?
Tolerance depends on the process, material, feature geometry and part size. Selected CNC-machined metal features can reach ±0.025 mm after drawing and engineering review; molding, casting and sheet metal tolerances are evaluated for each design.
06Can you support prototypes and low-volume production?
Yes. We support one-off prototypes, design-verification parts, bridge production and flexible low-volume manufacturing. The production route can be adjusted as the design and quantity develop.
07How do you inspect critical aerospace features?
Depending on the project, inspection can include incoming material verification, in-process checks, CMM measurement, blue-light scanning, visual inspection and dimensional reports for critical features.