carbon fiber props

Why was our prop profile born?

FLUXER carbon fiber props
We considered the whole prop distribution load, with this profile – Smaller tip area and bigger root area, the outside prop load was reduced and root load added, so the prop can be designed lighter and thinner to get the optimized moment of inertia, which is more responsive for faster conversion of different speed in short time.
FLUXER carbon fiber props
Although the prop acreage becomes smaller, we chose more curved airfoil’s camber which was finalized by the simulation analyses, so the prop also performances well in low RPM.

ULTRA LIGHT carbon fiber props

reengineered shape for best Airflow and thurst

OUR CARBON FIBER PROPS ADVANTAGES

carbon fiber props

Optimized moment of inertia

The prop shape was designed based on power dissipation, thrust, efficiency and moment inertia of a propeller, especially for the especial condition of multirotor aircrafts. Smaller tip area and bigger root area, it helped to get the optimized moment of inertia while remain the equal thrust output, so that the responsive speed could be more sensitive.

Optimized Load Distribution

Through simulation and analyses, the tip load was decreased without the loss of thrust by a multi optimization method, which is helpful to save structure weight. The values for propeller beta were optimized to match thrust demand at different rotation rate.

High efficient structure

To meet a more powerful, rigid, and lighter structure, it adopts high

modulus carbon fiber material with balsa wood core.

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