• AZ61A Grade Magnesium Alloy Plate 350x250x5mm for Drone Chassis Frame Structural Support
  • AZ61A Grade Magnesium Alloy Plate 350x250x5mm for Drone Chassis Frame Structural Support
  • AZ61A Grade Magnesium Alloy Plate 350x250x5mm for Drone Chassis Frame Structural Support
  • AZ61A Grade Magnesium Alloy Plate 350x250x5mm for Drone Chassis Frame Structural Support
  • AZ61A Grade Magnesium Alloy Plate 350x250x5mm for Drone Chassis Frame Structural Support
AZ61A Grade Magnesium Alloy Plate 350x250x5mm for Drone Chassis Frame Structural Support

AZ61A Grade Magnesium Alloy Plate 350x250x5mm for Drone Chassis Frame Structural Support

Product Details:

Place of Origin: Hunan, China
Brand Name: High Broad/OEM
Certification: ISO 9001:2015, ASTM B90/B94
Model Number: AZ61A

Payment & Shipping Terms:

Minimum Order Quantity: 50 Kilograms
Price: USD 6-15 / Kilogram
Packaging Details: Wooden case with anti-moisture film and edge protection, sea-worthy export packing
Delivery Time: 7-15 working days after deposit
Payment Terms: T/T,L/C,Western Union,PayPal
Supply Ability: 200 Tons per Month
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Detail Information

Thickness: 5 Mm Density: 1.80 G/cm3
Tensile Strength: 260-300 MPa Width: 250 Mm
Elongation: 12-16% Length: 350 Mm
Highlight:

Drone Chassis Plate

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AZ61A Structural Alloy

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Lightweight Chassis Frame

Product Description

AZ61A Magnesium Alloy Plate Drone Chassis Frame Structural 350x250x5mm
Product Overview

The chassis frame serves as the structural backbone of multirotor drones. AZ61A magnesium alloy plate provides a rigid, well-damped platform that maintains precise alignment of arms, motors, and electronics while offering significant weight savings compared to aluminum alternatives.

Key Features
  • Balanced strength and damping for airframe cores
  • Rigid platform maintains propeller alignment
  • Good formability for cut-outs and lightening holes
  • Machinable and weldable for frame assemblies
  • Corrosion-resistant with surface treatment
Robotics & Drone Applications
  • Multirotor and fixed-wing drone chassis
  • Central frame plates and stack decks
  • Payload bay structural plates
  • Robot chassis and base frames
Technical Specifications
Grade AZ61A
Thickness 5 mm
Width 250 mm
Length 350 mm
Density 1.80 g/cm³
Tensile Strength 260-300 MPa
Elongation 12-16%
Damping Good
Surface Machined, flat
Application Drone chassis frame
Why Choose Magnesium Alloy
  • Rigid, damped chassis improves flight stability
  • Weight saving extends flight time and range
  • Machinable design enables weight-optimized frames
Contact us for AZ61A magnesium chassis plates for drone frames with custom cut-outs.

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