SkyNex Dynamics
3 Reasons to choose SkyNex

3 Reasons

to choose SkyNex

Design and development

Deliver end-to-end solutions

· Material Formulation: Proprietary epoxy resin systems and fiber architectures

· Custom Fiber Layup: Scenario-specific optimization of ply orientation and resin matrix formulations

Carbon Fiber Technology

Independent R&D, production, and sales

· Focusing on the development and application of natural fiber composite materials

Production capacity

Intelligent manufacturing
Products
  • Badminton Rackets
  • UAV
  • Carbon Fiber Composites
  • Badminton Rackets

    Carbon Fiber Unibody Molding

    Badminton Rackets

    SkyNex Dynamics integrates self-developed carbon fiber materials with Unibody molding technology to create ultra-lightweight, high-strength professional badminton rackets.

    Frame: High-modulus carbon fiber

    Shaft: Dynamically optimized

    Weight: Under 80g

    Customized: Customizable designs available upon request

  • UAV

    Professional Choice for a Intelligent Future

    SkyNex UAV

    SkyNex drones utilize carbon fiber composites for lightweight agility, extended endurance, and mission-ready durability. Designed for surveillance, agriculture, and industrial inspection, they excel in challenging environments.

    Intelligent Flight Control, Full In-House R&DEmpowering Stable & Efficient Flight

    High-Efficiency Propulsion, Precision ControlUnleashing Drone Performance

    Tailored Solutions for Every Mission

    Precision Testing, Reliable ValidationOptimized Performance for Stable Flight

  • Carbon Fiber Composites

    Natural Carbon Fiber Composites

    Engineered with exceptional strength-to-weight ratios, corrosion resistance, and precision handling characteristics, these products cater to competitive sports, low-altitude UAV operations, and consumer markets worldwide. 

    Exceptional Strength-to-Weight Ratio: High strength and stiffness with 1/4 the density of steel

    Thermal Stability: Sustains structural integrity beyond 2,000°C in inert environments

    Multi-functional Performance: Intrinsic electrical/thermal conductivity with ultra-low CTE (Coefficient of Thermal Expansion)

    Durability: Superior fatigue resistance and chemical corrosion tolerance

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