Precision CNC Milling UAV Frame Plate Aerial Drone Hardware Spare Parts Custom Drone Structural Parts

This precision drone frame plate is custom CNC machined from high-strength aluminum alloy. It adopts integrated milling processing, with precise positioning holes, embedded brass studs and heat dissipation structure. After black anodizing surface treatment, it features lightweight, high rigidity and good anti-corrosion performance. We support custom design based on your drawings or samples, widely used for aerial photography RC drones and FPV racing drones.

✅ High precision CNC machining, strict tolerance control for perfect assembly

✅ Lightweight aluminum alloy material, high strength, effectively reduce drone load

✅ Built-in brass threaded inserts, durable thread, not easy to slip

✅ Black anodized finish, wear-resistant, anti-corrosion and nice texture

✅ Integrated heat dissipation structure design, help electronic components heat dissipation

✅ Customizable size, hole layout, surface treatment for different drone models

✅ Support prototype sample and mass production, fast delivery

Aerial photography drone, FPV racing drone, RC multi-rotor UAV, industrial inspection drone, drone frame and power assembly structure.

• Material: Aluminum Alloy 6061 / 7075 optional
• Machining Process: CNC milling, tapping, stud pressing
• Tolerance: ±0.01mm
• Surface Treatment: Black anodizing, sandblasting, laser marking, etc.
• Customization: Accept STEP, IGES, DWG drawings or sample customization
• MOQ: 1pc for prototype, bulk order available

Q1: Can you customize drone frame according to my 3D drawing? A1: Yes, we can process strictly according to your 3D files or 2D engineering drawings.

Q2: What material is better for drone frame? A2: 7075 aluminum has higher strength; 6061 aluminum is cost-effective, both are widely used for drone parts.

Q3: Can you install brass threaded studs as shown on the picture? A3: Sure, we provide press-fit brass inserts service.

Q4: What is the sample lead time? A4: Normally 3–7 working days for samples, 7–15 working days for mass production.