This is the APC 10x10 Thin Electric Propeller. APC propellers are manufactured using a pultrusion process which allows for a higher fiber (60%) to resin (nylon binder) density. This provides substantially higher strength and stiffness than with glass filled nylon. The additional stiffness is beneficial to control of vibration resonance response. The higher strength allows the use of thinner cross-sections, beneficial to weight and aerodynamic efficiency.
Features
Computer-optimized design gives these props a thinner profile and more "bite" with less noise
Lightweight molded nylon construction reduces rotating mass for higher output and longer life
Reinforcing fibers help maintain true, constant pitch at any RPM
Thin Electric propellers work well with Electric powered Park Flyer-type aircraft
This is the APC 11x8 Thin Electric Propeller. APC propellers are manufactured using a pultrusion process which allows for a higher fiber (60%) to resin (nylon binder) density. This provides substantially higher strength and stiffness than with glass filled nylon. The additional stiffness is beneficial to control of vibration resonance response. The higher strength allows the use of thinner cross-sections, beneficial to weight and aerodynamic efficiency.
Features
Computer-optimized design gives these props a thinner profile and more "bite" with less noise
Lightweight molded nylon construction reduces rotating mass for higher output and longer life
Reinforcing fibers help maintain true, constant pitch at any RPM
Thin Electric propellers work well with Electric powered Park Flyer-type aircraft
This is the APC 12x6 Slo-Flyer Electric Propeller. APC propellers are manufactured using a pultrusion process which allows for a higher fiber (60%) to resin (nylon binder) density. This provides substantially higher strength and stiffness than with glass filled nylon. The additional stiffness is beneficial to control of vibration resonance response. The higher strength allows the use of thinner cross-sections, beneficial to weight and aerodynamic efficiency.
Features
Computer-optimized design gives these props a thinner profile and more "bite" with less noise
Lightweight molded nylon construction reduces rotating mass for higher output and longer life
Reinforcing fibers help maintain true, constant pitch at any RPM
Slo-Flyer propellers work well with Electric powered Park Flyer-type aircraft
This is a 12x6E Thin Composite propeller from Advanced Precision Composites. For use on Electric powered aircraft only (not for glow engines).
FEATURES
Gray composite propeller blades that assemble onto a propeller hub. Comes with five adapter rings that adapt to different motor shafts. Comes in a bag attached to a header card.
INCLUDES
One composite propeller Five composite adapter rings
REQUIREMENTS
ALL props require balancing, this is VERY important, use TOPQ5700. May need prop reamer, use GPMQ5005 (SAE) or GPMQ5007 (Metric)
This is the APC 13x4 Thin Electric Propeller. APC propellers are manufactured using a pultrusion process which allows for a higher fiber (60%) to resin (nylon binder) density. This provides substantially higher strength and stiffness than with glass filled nylon. The additional stiffness is beneficial to control of vibration resonance response. The higher strength allows the use of thinner cross-sections, beneficial to weight and aerodynamic efficiency.
Features
Computer-optimized design gives these props a thinner profile and more "bite" with less noise
Lightweight molded nylon construction reduces rotating mass for higher output and longer life
Reinforcing fibers help maintain true, constant pitch at any RPM
Slo-Flyer propellers work well with Electric powered Park Flyer-type aircraft
This is the APC 13x6.5 Thin Electric Propeller. APC propellers are manufactured using a pultrusion process which allows for a higher fiber (60%) to resin (nylon binder) density. This provides substantially higher strength and stiffness than with glass filled nylon. The additional stiffness is beneficial to control of vibration resonance response. The higher strength allows the use of thinner cross-sections, beneficial to weight and aerodynamic efficiency.
Features
Computer-optimized design gives these props a thinner profile and more "bite" with less noise
Lightweight molded nylon construction reduces rotating mass for higher output and longer life
Reinforcing fibers help maintain true, constant pitch at any RPM
Thin electric propellers work well with Electric powered Park Flyer-type aircraft
This is the APC 14x10 Thin Electric Propeller. APC propellers are manufactured using a pultrusion process which allows for a higher fiber (60%) to resin (nylon binder) density. This provides substantially higher strength and stiffness than with glass filled nylon. The additional stiffness is beneficial to control of vibration resonance response. The higher strength allows the use of thinner cross-sections, beneficial to weight and aerodynamic efficiency.
Features
Computer-optimized design gives these props a thinner profile and more "bite" with less noise
Lightweight molded nylon construction reduces rotating mass for higher output and longer life
Reinforcing fibers help maintain true, constant pitch at any RPM
Thin Electric propellers work well with Electric powered Park Flyer-type aircraft
This is the APC 14x8.5 Thin Electric Propeller. APC propellers are manufactured using a pultrusion process which allows for a higher fiber (60%) to resin (nylon binder) density. This provides substantially higher strength and stiffness than with glass filled nylon. The additional stiffness is beneficial to control of vibration resonance response. The higher strength allows the use of thinner cross-sections, beneficial to weight and aerodynamic efficiency.
Features
Computer-optimized design gives these props a thinner profile and more "bite" with less noise
Lightweight molded nylon construction reduces rotating mass for higher output and longer life
Reinforcing fibers help maintain true, constant pitch at any RPM
Thin electric propellers work well with Electric powered Park Flyer-type aircraft
This is the APC 15x8 Thin Electric Propeller. APC propellers are manufactured using a pultrusion process which allows for a higher fiber (60%) to resin (nylon binder) density. This provides substantially higher strength and stiffness than with glass filled nylon. The additional stiffness is beneficial to control of vibration resonance response. The higher strength allows the use of thinner cross-sections, beneficial to weight and aerodynamic efficiency.
Features
Computer-optimized design gives these props a thinner profile and more "bite" with less noise
Lightweight molded nylon construction reduces rotating mass for higher output and longer life
Reinforcing fibers help maintain true, constant pitch at any RPM
Thin Electric propellers work well with Electric powered Park Flyer-type aircraft
This is the APC 15x8 Thin Electric Propeller. APC propellers are manufactured using a pultrusion process which allows for a higher fiber (60%) to resin (nylon binder) density. This provides substantially higher strength and stiffness than with glass filled nylon. The additional stiffness is beneficial to control of vibration resonance response. The higher strength allows the use of thinner cross-sections, beneficial to weight and aerodynamic efficiency.
Features
Computer-optimized design gives these props a thinner profile and more "bite" with less noise
Lightweight molded nylon construction reduces rotating mass for higher output and longer life
Reinforcing fibers help maintain true, constant pitch at any RPM
Thin Electric propellers work well with Electric powered Park Flyer-type aircraft
This is the APC 16x12 Thin Electric Propeller. APC propellers are manufactured using a pultrusion process which allows for a higher fiber (60%) to resin (nylon binder) density. This provides substantially higher strength and stiffness than with glass filled nylon. The additional stiffness is beneficial to control of vibration resonance response. The higher strength allows the use of thinner cross-sections, beneficial to weight and aerodynamic efficiency.
Features
Computer-optimized design gives these props a thinner profile and more "bite" with less noise
Lightweight molded nylon construction reduces rotating mass for higher output and longer life
Reinforcing fibers help maintain true, constant pitch at any RPM
Slo-Flyer propellers work well with Electric powered Park Flyer-type aircraft
This is the APC 18x10 Thin Electric Propeller. APC propellers are manufactured using a pultrusion process which allows for a higher fiber (60%) to resin (nylon binder) density. This provides substantially higher strength and stiffness than with glass filled nylon. The additional stiffness is beneficial to control of vibration resonance response. The higher strength allows the use of thinner cross-sections, beneficial to weight and aerodynamic efficiency.
Features
Computer-optimized design gives these props a thinner profile and more "bite" with less noise
Lightweight molded nylon construction reduces rotating mass for higher output and longer life
Reinforcing fibers help maintain true, constant pitch at any RPM
Thin Electric propellers work well with Electric powered Park Flyer-type aircraft