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MFE-APC 16x12 PROPELLER
MFE-APC 16x12 PROPELLER
MFE-APC 16x12 PROPELLER
MFE-APC 16x12 PROPELLER

MFE-APC 16x12 PROPELLER

₹2,539.00

The MFE-APC 16x12 Propeller is a premium thin-electric propeller, ideal for fixed-wing RC aircraft and UAVs demanding high thrust and speed. Its 16-inch diameter and 12-inch pitch, crafted from durable glass-fiber reinforced composite, ensure efficient power conversion and smooth, low-vibration performance for enhanced flight dynamics.

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Product Details

Features:


  • Optimized for electric fixed-wing aircraft.


  • High 12-inch pitch for speed.


  • Durable glass-fiber reinforced composite.


  • Excellent dynamic balance, low vibration.


  • Efficient power conversion.


  • Thin blade profile for minimal drag.


  • Provides strong, consistent thrust.


  • Standard hub for wide motor compatibility.


  • Enhances flight performance and efficiency.


  • Suitable for various RC and UAV applications.



Technical Specifications:


  • Model: MFE-APC 16x12 PROPELLER

  • Propeller Diameter: 16 inches (406.4 mm)

  • Propeller Pitch: 12 inches

  • Number of Blades: 2

  • Material: Glass-Fiber Reinforced Composite (GFRC) or Fiberglass-Reinforced Plastic (often grey in color)

  • Hub Diameter: 1.25 inches (approx. 31.75 mm)

  • Hub Thickness: 0.79 inches (approx. 20 mm)

  • Shaft Diameter Compatibility: Typically designed for 5/16 inch shaft (7.94 mm). Often includes adapter rings for common motor shaft sizes like 3mm, 4mm, 5mm, 6mm, 8mm, etc.

  • Product Weight: Approximately 3.63 oz (102.91 g)

  • Color: Grey (Standard for many APC props)

  • Maximum RPM: According to APC's formula for E-Series props, the 16x12E should not be used over 9,063 RPM .

  • Application: Primarily for electric-powered sport aircraft, fixed-wing drones, and VTOL UAVs.

  • Dynamic Balance: Precision molded to minimize vibration and ensure good balance out of the box.



Additional Details:


  • Manufacturer: APC

  • Brand: MFE-APC

  • Generic Name: Electric Propeller || Fixed-Wing Propeller || RC Plane Propeller || UAV Propeller || High Pitch Prop || Composite Propeller || 2-Blade Propeller || Drone Prop || Aerodynamic Propeller || Sport Propeller

  • Sold By: UAV Marketplace (an authorized seller of drone gear and accessories)

  • Ideal For: Electric RC Airplanes || Fixed-Wing UAVs || High-Speed Drone Builds || Long-Range Drones || Aerial Mapping Drones (fixed-wing) || Surveillance Fixed-Wing UAVs || Custom Electric Aircraft Projects || VTOL Drones (for forward flight) || Sport Flying RC Models || Efficient Propulsion Systems



Package Details:


Includes:

  • 1x MFE-APC 16x12 PROPELLER



Frequently Asked Questions:


Q1. What is the benefit of a "16x12" propeller size for fixed-wing aircraft?

Ans. The "16x12" designation means the propeller has a 16-inch diameter and a 12-inch pitch. For fixed-wing aircraft, this high pitch indicates it's designed to move a large volume of air a significant distance with each rotation, generating high forward speed and efficient thrust for cruising. The 16-inch diameter provides good thrust, while the high pitch is ideal for faster aircraft that benefit from greater air displacement per revolution, translating into higher airspeeds.


Q2. Is this propeller suitable for multirotor (drone) applications, or only fixed-wing?

Ans. While this propeller is an "APC Thin Electric" type and can technically be used on some multirotors, its 16x12 dimensions (especially the high pitch) are primarily optimized for fixed-wing aircraft. For multirotors, propellers typically have a lower pitch (e.g., 16x4, 16x5, 16x6) to maximize vertical thrust and efficiency for hovering and slower flight. Using a 16x12 on a multirotor would likely lead to excessive current draw and reduced hover efficiency.


Q3. What material is the MFE-APC 16x12 propeller made from, and what are its advantages?

Ans. The MFE-APC 16x12 propeller is made from a Glass-Fiber Reinforced Composite (GFRC) material, which is a type of durable plastic reinforced with fiberglass. The advantages of this material include its lightweight nature, good rigidity, and excellent resistance to breakage compared to pure plastic. This composite construction ensures the propeller maintains its shape under high RPMs, contributes to efficient power transfer, and offers good durability against minor impacts and wear during regular use.

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