High Precision Cast Aluminum Drone Frames CNC UAV Skeleton Components

100
MOQ
0.5-15$
Price
High Precision Cast Aluminum Drone Frames CNC UAV Skeleton Components
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Features
Specifications
Material: ADC12/A380 Aluminum Alloy (custom Alloys On Request)
Manufacturing Processes: High-pressure Die Casting → CNC Milling (up To 5 Axes) → Deburring → Surface Finishing
Dimensional Tolerance: ± 0.05 Mm Standard; Tighter Tolerances (± 0.02 Mm) Available Via Precision CNC
Maximum Dimensions: Up To 500 × 500 × 200 Mm (customizable)
Surface Finishes: Anodizing, Powder Coating, PVD Plating, Sand-blasting, Bead-blasting
Minimum Order Quantity: 1 Pc (prototypes)
Lead Time: 7–10 Days For Prototypes; 15–25 Days For Production Runs
Highlight:

CNC Cast Aluminum Drone Frames

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CNC UAV Skeleton Components

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High Precision Cast Aluminum Drone Frames

Basic Infomation
Place of Origin: China
Brand Name: HUARONGDA
Model Number: HRD-APM-1
Payment & Shipping Terms
Packaging Details: Box
Delivery Time: 7-15days
Supply Ability: 10000pcs/Days
Product Description
Custom Die-Cast Aluminum Drone Frames – High-Precision CNC UAV Skeleton Components
Product Specifications
Attribute Value
Material ADC12/A380 aluminum alloy (custom alloys on request)
Manufacturing Processes High-pressure die casting → CNC milling (up to 5 axes) → Deburring → Surface finishing
Dimensional Tolerance ± 0.05 mm standard; tighter tolerances (± 0.02 mm) available via precision CNC
Maximum Dimensions Up to 500 × 500 × 200 mm (customizable)
Surface Finishes Anodizing, powder coating, PVD plating, sand-blasting, bead-blasting
Minimum Order Quantity 1 pc (prototypes)
Lead Time 7–10 days for prototypes; 15–25 days for production runs
 
Key Parameters
Material ADC12/A380 aluminum alloy (custom alloys on request)
Wall Thickness Range 0.8 - 20 mm (optimized cooling channels for thin-wall designs)
File Formats Accepted STEP, IGES, STL, DWG/DXF
Inspection & QA 100% CMM inspection; SPC and in-line quality monitoring
 
Unique Selling Points
  • Superior Strength-to-Weight: Die-cast ADC12 delivers a robust skeleton that withstands hard landings while keeping weight to a minimum.
  • Complex Geometry Enabled: Intricate internal channels and ribbing for rigidity and optimal cooling thanks to high-pressure casting and 5-axis CNC refinement.
  • Tight Tolerances: CNC post-processing ensures critical mounting points and interfaces hold ± 0.05 mm accuracy for seamless assembly.
  • One-Stop Customization: From mold design and alloy selection to machining and finishing--fully in-house for fast iteration.
  • Low MOQ & Rapid Quotes: Prototype a single frame or scale to full production; receive a detailed quote within 24 hours.
 
Future Trends in UAV Frame Manufacturing
  • Hybrid Manufacturing: Combining die casting with additive-manufactured mold inserts for rapid design changes and improved cooling channel complexity.
  • Advanced Alloys & Composites: Integration of metal-matrix composites and high-strength magnesium alloys for further weight savings.
  • Smart Production (Industry 4.0): Real-time monitoring and IoT-enabled equipment optimize cycle times and minimize defects.
  • Sustainable Practices: Closed-loop cooling, energy-efficient presses, and recyclable ceramic cores reduce environmental impact.
 
Application Scenarios
  • FPV Racing Drones: Ultra-rigid frames handle high-G maneuvers and hard crashes with minimal damage.
  • Commercial Aerial Photography: Stable mounting platform for cameras and gimbals, with integrated cable channels.
  • Agricultural & Survey UAVs: Corrosion-resistant finishes suit harsh outdoor environments for mapping and monitoring.
  • Inspection & Surveillance Drones: Rigid skeleton supports multiple sensor payloads--thermal, LiDAR, multispectral.
  • Custom R & D Prototypes: Low MOQ enables rapid design-test-iterate cycles for novel UAV concepts.
 
Frequently Asked Questions
Q1: What's the smallest quantity I can order?
A1: We support single-piece prototyping to validate your design before scaling up.
Q2: Which CAD formats do you accept?
A2: STEP, IGES, STL for 3D models; DWG/DXF for 2D drawings.
Q3: How precise are the finished frames?
A3: Standard tolerance is ± 0.05 mm; tighter tolerances (± 0.02 mm) are achievable via precision CNC finishing.
Q4: What surface treatments can you apply?
A4: Anodizing (standard and hard-coat), powder coating, PVD plating in a variety of colors, sand- or bead-blasting.
Q5: How quickly can I get a quote and sample?
A5: Quotes delivered within 24 hours; prototypes ready in 7-10 days.
Q6: Do you provide quality inspection reports?
A6: Yes--every batch includes full CMM reports, SPC data, and surface-roughness verification.
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Get in touch with us
Contact Person : Lily
Tel : 0755 86323333
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