Drone Prototype
Product Details
Product Description
Machining: CNC Aluminum + CNC Plastic + Vacuum Casting
Material
- Central frame & arms: 7075-T6 aerospace aluminum alloy, high strength and vibration resistance for flight load test
- Streamlined outer housing: ABS plastic, good for CNC machining and curved surface
- Gimbal & buckle small parts: PU resin by vacuum casting for prototype assembly
Tolerance
- Aluminum CNC parts: ±0.02 ~ ±0.05 mm
- ABS CNC plastic parts: ±0.05 ~ ±0.10 mm
- Vacuum casting PU parts: ±0.10 ~ ±0.15 mm
Product Dimension (customizable, for reference)
- Diagonal wheelbase: 650 mm
- Central frame: 180mm × 180mm
- Arm length: 220mm
- Overall height: 130mm
Surface Treatment
- Aluminum frame & arms: Hard black anodizing, wear-resistant and anti-corrosion
- ABS housing: Fine sanding + matte black painting
- PU vacuum cast parts: Sanding + matte painting
Lead Time
7-10 days
Application
Drones are widely used in aerial photography, cargo delivery, industrial inspection, mapping, agriculture and forestry, security emergency response and construction monitoring to efficiently perform high-risk or long-distance operations.
Benefits of Drone Prototypes
1. Reduce R&D risk: find design defects before mold opening and avoid costly mold rework.
2. Save cost: much cheaper to modify prototype than rework production molds.
3. Shorten development cycle. Multi-process (CNC Aluminum + CNC Plastic + Vacuum Casting) delivers prototype quickly.
4. Material simulation close to mass production: aluminum for load parts, ABS for appearance housing, reliable test result.
5. Improve communication: physical prototype helps engineers and customers better understand the design.
Product Highlights
Machining: CNC Aluminum + CNC Plastic + Vacuum Casting Material- Central frame & arms: 7075-T6 aerospace aluminum alloy, high strength and vibration resistance for flight load test- Streamlined outer housing: ABS plastic, good for CNC machining and curved surface- Gimbal & buckle small parts: PU ...
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