Finally, Composite Drone Blades and Propellers at a Competitive Cost.

Composite UAV blades have always had far superior performance than traditional materials, but the inability to mass-produce composite propellers made them too expensive. That has all changed. By combining highly automated and precise manufacturing processes with rapidly formable material chemistries, Oribi has unlocked the potential for creating the lightest and greenest generation of flying vehicles in our lifetime.

Finally, Composite Drone Blades and Propellers at a Competitive Cost.

High-Volume, Affordable UAV Blades and Propellers Manufacturing.

Oribi’s manufacturing processes allow the production of composite UAV components at rates that were not possible just a few years ago. Advances in both composite materials and manufacturing processes allow Oribi to precisely produce composite components that outperform traditional materials in every way.

High-Volume, Affordable UAV Blades and Propellers Manufacturing

Let us take the weight.

Additionally, structural, cosmetic, and functional features can be efficiently integrated into final components through our Oribi Over Mold technology, further reducing final part assemblies and secondary finishing. Injection over-molding structural continuous fiber thermoplastic reinforced parts delivers enhanced design freedom and structural performance in a single manufacturing process.

Let Us Take the Teight

Taking the Weight Out of Drone Propellers and Drone Blades.

UAV components made of advanced thermoplastic composites are lighter and stronger than components made of traditional materials.

This improved strength-to-weight ratio allows drones to operate longer and more efficiently. In addition, composite technologies allow UAV designers to develop drones with capabilities that were not possible before.

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Durable

Tough and abrasion-resistant, thermoplastic composite drone propellers and blades last longer and perform better than blades made with traditional materials.

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Lightweight

Tough and abrasion-resistant, thermoplastic composite drone propellers and blades last longer and perform better than blades made with traditional materials.

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Hight Production Volume

Thermoplastic composites are rapidly formed into final part geometries in minutes, making them the perfect high-performance material for volume applications as required by drone and UAV manufacturers.

The benefits of thermoplastic composites.

Call us to see how we can help take your drone composite blades, propellers, and other UAV components to new heights.

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