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Custom CNC Machining Solutions for Aerospace & UAV

Aerospace & UAV Solutions

Custom CNC Machining Solutions for Aerospace & UAV

From UAV airframes and camera gimbals to optical instrument shafts and landing gear brackets, LC Manufacturing machines lightweight, high-precision components that meet the demanding performance and reliability standards of aerospace applications.

Al 7075 Lightweight Parts +-0.005mm Tolerance 5-Axis Complex Machining 7-Day Design-to-Sample
Key Advantages

Advantages of CNC Machining for Aerospace Applications

Aerospace components must be light, strong and dimensionally stable under extreme loads and temperature changes. Our precision machining platform is built for exactly these requirements.

Lightweight Structures

Aluminum 7075-T651 components reduce weight by up to 30% compared with steel, improving flight time and payload.

Five-axis machining produces thin-wall, ribbed structures that keep strength while cutting mass.

Extreme Precision

+-0.005mm tolerances and +-0.002mm positioning accuracy for gimbal mounts, shafts and frame joints.

High concentricity and form tolerances for rotating and alignment-critical parts.

Fatigue & Vibration Resistance

Correct grain flow and chip-free machining improve fatigue life under continuous vibration.

Shot-peening and anodizing options extend component durability in harsh conditions.

Rapid Design-to-Sample

7 days from drawing confirmation to first sample, enabling fast UAV iteration cycles.

DFM feedback within 24 hours to improve manufacturability from day one.

Manufacturing Capability

Aerospace & UAV CNC Machined Components

A full range of precision components for UAVs, optical instruments and aerospace structures.

UAV Front Cover

UAV Front Cover

Lightweight aluminum front covers with precise mounting features.

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Drone Landing Gear Bracket

Drone Landing Gear Bracket

High-strength landing gear brackets absorbing impact loads.

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UAV Motor Mounts

UAV Motor Mounts

Precision motor mounts for multi-rotor aircraft propulsion.

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Optical Spindle

Optical Spindle

High-precision spindles for optical instruments and gimbals.

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Optical Instrument Shaft

Optical Instrument Shaft

Shafts with tight roundness for optical alignment systems.

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Case Study

Precision CNC Machining Case Study - UAV Motor Mounts

Project Overview

A leading UAV manufacturer needed lightweight motor mounts and frame connectors that would survive repeated high-G maneuvers while keeping the total airframe weight to a minimum.

Client Requirements

  • 30% weight reduction versus the original steel design
  • Tight concentricity between motor seat and mounting holes
  • Aluminum 7075-T651 with anodized protection
  • Design to first sample in 7 days
  • Small-batch validation before series production

Our Solution

  • Redesigned with thin-wall five-axis machining to cut weight by 30%
  • Single-setup turn-mill machining for perfect concentricity
  • Type II anodizing for corrosion and wear protection
  • 7-day first sample, validated by drop and vibration tests
  • Scaled from 50 pilot pcs to 10,000 pcs per month

Why Choose LC Manufacturing?

High strength-to-weight ratio with 7075 aluminum
Precision fits for gimbals, motors and alignment systems
Proven batch consistency for aircraft series production
Anodizing and surface treatments for harsh environments

Application Scenario

UAV airframes, arms and landing gear Camera gimbals and optical instruments Motor mounts and propulsion components Aerospace structural brackets and shafts
Custom Solutions

Customized CNC Machining Solutions for the Aerospace Industry

We partner with UAV and instrument manufacturers to turn lightweight, high-precision concepts into production-ready components.

Weight vs strength

Pain point:Standard steel parts are too heavy, limiting flight time and payload.
Solution:Aluminum 7075 with thin-wall ribbed design cuts weight 30% while keeping strength.

Alignment precision

Pain point:Gimbal and motor misalignment causes vibration and poor performance.
Solution:Single-setup machining holds concentricity and alignment within +-0.005mm.

Vibration fatigue

Pain point:Components crack under continuous motor vibration.
Solution:Chip-free machining and optional shot-peening improve fatigue life.

Fast iteration

Pain point:UAV design cycles are short; long tooling times kill projects.
Solution:7-day design-to-sample with DFM feedback in 24 hours.

Surface protection

Pain point:Outdoor flight exposes parts to moisture and UV.
Solution:Anodizing and other surface treatments protect against corrosion.
Material Options

Wide Application of CNC Machined Components in Aerospace

A complete selection of aerospace-compatible materials and surface treatments.

Aluminum 7075-T651

The workhorse lightweight alloy for airframes and mounts

Aluminum 6061-T6

Cost-effective structural alloy for brackets and covers

Titanium Ti-6Al-4V

High-strength, heat-resistant alloy for critical parts

Stainless Steel 304/316L

Corrosion-resistant components for fasteners and fittings

Engineering Plastics POM

Lightweight insulating parts for electronics and guides

Production Process

Aerospace Component Production Process

01

Design Review & DFM

Weight and manufacturability optimization in 24 hours.

02

Material Certification

Aerospace-grade alloys verified with mill certificates.

03

Precision 5-Axis Machining

Complex thin-wall and ribbed geometries in one setup.

04

Surface Treatment

Anodizing, passivation or shot-peening per specification.

05

Dimensional Inspection

100% inspection with CMM and roughness verification.

06

Protective Packaging

Secure packaging with full documentation and traceability.

Why Choose Us

Why Choose LC Manufacturing?

Precision Lightweight Machining for Aerospace Innovation

With 16 years of stainless steel and aluminum precision experience, five-axis CNC capacity and a proven record with leading UAV brands, LC Manufacturing is the agile manufacturing partner aerospace innovators rely on.

Aerospace Experience

UAV, gimbal, optical and structural component expertise.

5-Axis Capability

Complex thin-wall geometries machined in a single setup.

Fast First Sample

Design to sample in 7 days, 72h rush service available.

Flexible Volumes

From 1-piece prototypes to 100,000+ pcs series production.

Ready to Start Your Aerospace or UAV Project?

Small Volume Today. Long-Term Partnership Tomorrow.

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