With the rapid development of unmanned vehicle technology around the world,

Polyamide (PA) has become a key material in the manufacturing of complete machines such as drones, unmanned ships and unmanned ground vehicles due to its excellent mechanical properties, lightweight characteristics and versatility.

Key Components: Propeller Blades, Lightweight Design, Impact Resistance, Rigidity

Authorized Strategic Partner: Humble Voyager Industrial Co., Ltd. (HVI)

PA CF combines the high strength of carbon fiber with the toughness of a PA matrix to create a high-performance composite material. This material has a strength-to-weight ratio 5-9 times that of steel, enabling unmanned vehicles to withstand higher loads without structural deformation.

In aviation applications, PA CF materials exhibit an excellent stiffness-to-weight ratio, reducing drone vibration, improving flight stability, and enhancing the accuracy of onboard sensors. Their resistance to extreme weather, chemicals, UV rays, and high temperatures ensures the long-term reliability of unmanned vehicles in various environmental conditions.

PA CF material combines the high strength of carbon fiber with the toughness of a PA matrix, creating a composite with exceptional performance. This material achieves a strength-to-weight ratio 5–9 times higher than that of steel, enabling unmanned vehicles to withstand greater loads without structural deformation.

In aerospace applications, PA CF demonstrates outstanding stiffness-to-weight ratio, reducing vibrations in unmanned aerial vehicles, improving flight stability, and enhancing the accuracy of onboard sensors. Its resistance to extreme weather, chemicals, UV radiation, and high temperatures ensures long-term reliability of unmanned vehicles under diverse environmental conditions.