APC 9x6EP Pusher Prop

Description

APC 9x6EP Pusher Propeller

Enhance your RC aircraft’s performance with the APC 9x6EP Pusher Propeller. This thin electric propeller is expertly crafted using a pultrusion process that achieves a remarkable 60% fiber to resin (nylon binder) density. This high fiber content delivers significantly greater strength and stiffness compared to traditional glass-filled nylon propellers, ensuring improved vibration resonance control and allowing for thinner cross-sections that boost aerodynamic efficiency and reduce weight.

Key Features:

• Computer-Optimized Design:Achieves a thinner profile with more “bite” and reduced noise, enhancing your flight experience.
• Lightweight Molded Nylon Construction:Decreases rotating mass, resulting in higher output and prolonged propeller life.
• Reinforced Fibers:Ensure consistent pitch maintenance at any RPM for reliable performance.
• Reverse Rotation Pusher Propeller:Ideal for pusher-configured RC models, providing reliable reverse rotation.

Specifications:

• Propeller Diameter:9 inches (228.6 mm)
• Pitch:6 inches (152.4 mm)
• Hub Diameter:0.8 inches (20.32 mm)
• Hub Thickness:0.39 inches (9.906 mm)
• Shaft Diameter:0.25 inches (6.35 mm)
• Weight:0.63 ounces (17.86 grams)
• Rotation:Clockwise (CW) for reverse/pusher applications
• Adapter Rings:Use LPAR06E adapter rings for secure mounting

Package Includes:

• 1 APC 9x6EP Pusher Propeller
• 1 set of LPAR06E adapter rings

Optimized Performance:With its advanced design and lightweight materials, the APC 9x6EP Pusher Propeller is perfect for RC enthusiasts seeking enhanced performance and efficiency in their models. The propeller’s high strength and precise engineering make it an essential upgrade for anyone looking to optimize their aircraft’s capabilities.

Why Choose APC Propellers?APC is renowned for its commitment to quality and innovation, ensuring each propeller meets rigorous standards for performance and reliability. Upgrade your RC aircraft today with the APC 9x6EP Pusher Propeller and experience the difference in flight stability and efficiency.