12.0 x 6.5 CAM Carbon Z Folding Blades
Upgrade your glider with the high-efficiency AeroNaut CAM Carbon Z Folding Propeller Blades: 12.0×6.5". Designed specifically for electric flight sailplanes, these carbon-reinforced folding propeller blades deliver incredible thrust while folding ultra-tight against narrow fuselages to eliminate parasitic drag.
The AeroNaut CAM Carbon Z Folding Propeller Blades: 12.0×6.5" represent the next evolution in RC glider propeller technology. Featuring a newly optimized root section, these folding propeller blades bring the blade tips closer to the fuselage—even on box-shaped wooden hulls—eliminating gaps and maximizing overall aerodynamic glide ratio. Molded from high-grade carbon fiber reinforced plastic, they provide maximum rigidity and shape retention under high loads. Designed with standard 8mm blade roots, the AeroNaut CAM Carbon Z blades integrate seamlessly with 42mm middle pieces and precision Z-spinners, making them an essential choice for serious RC plane pilots seeking reliable climbing power and drag-free soaring.
What is the maximum allowable speed for the AeroNaut CAM Carbon Z Folding Propeller Blades: 12.0×6.5"?
The maximum permissible speed for the AeroNaut CAM Carbon Z Folding Propeller Blades: 12.0×6.5" is 13,000 RPM. Operating the propeller above this limit is unsafe.
What spinner root size is required for the AeroNaut CAM Carbon Z Folding Propeller Blades: 12.0×6.5"?
The AeroNaut CAM Carbon Z Folding Propeller Blades: 12.0×6.5" fit all standard folding propeller yokes and spinners designed for an 8mm blade root.
Are the AeroNaut CAM Carbon Z Folding Propeller Blades: 12.0×6.5" sold individually or in pairs?
Every package of the AeroNaut CAM Carbon Z Folding Propeller Blades: 12.0×6.5" comes as a factory-matched pair containing two individual blades.
Is a soft-start ESC required with the AeroNaut CAM Carbon Z Folding Propeller Blades: 12.0×6.5"?
Yes, operating the AeroNaut CAM Carbon Z Folding Propeller Blades: 12.0×6.5" requires an ESC with a soft-start feature enabled to prevent excessive shock loads on the blade roots during motor spool-up.







































