Aeronaut CAM Carbon 18.5"x12", # 723497 

Why Aeronaut CAMcarbon?

The Special Features:

What makes the new CAM folding propellers special are the enormous innovations compared to the classicPROP. This new generation, developed by R. Freudenthaler, features an optimized, very thin airfoil design and a computer-calculated airfoil twist, leading to very high accuracy with optimal efficiency at low power consumption from the motor.

CAM? What is that...?

CAM stands for "Computer Aided Manufacturing." The molds for the injection molding process are no longer produced by hand, as with the previous classicPROP, but are developed on a PC using a CAD program (Computer Aided Design). The manufacturing of these molds is then controlled by the PC based on the input data. This is a tremendous advantage, as a more precise mold can hardly be produced, and the final propeller has practically no deviations from the original model.

The Weight:

Be amazed by the incredibly light weight of the new CAM folding propellers. You will be surprised!

The Material:

The material used is exclusively a mixture of carbon fibers with nylon, which gives the propeller high torsional stiffness and has proven its worth in our propellers for years. Carbon is a very strong material, so the propeller maintains its shape even under high loads. This is, of course, an advantage over fiberglass-reinforced plastic propellers, which achieve different efficiencies under high loads compared to a CAMcarbon!

The Advantages (at a glance):

• Very low weight! Due to the material used and the very thin profiling, the weight is very low.
• A sharp trailing edge! Gives the propeller that special aerodynamic touch.
• Very quiet! The new CAM technology makes these folding propellers among the quietest in their class.
• Very thin profile! Significant weight savings, not least due to the material.
• High efficiency! Achieved by the optimal profile.

Technical Data:

• Diameter (in inches)   18.5
• Pitch (in inches)  12
• Blade root width (mm)  8
• Mounting hole (mm)  3
• Permissible RPM (U/min)  max. 6000